- [行业资讯]Abracon的ASEDV MHz简单封装晶体振荡器SPXO优化低功耗2022年05月17日 13:55
- Abracon晶振通过引入连续电压SMD振荡器家族来应对这一挑战，包括MHz SPXO, kHz title="有源晶振SPXO" target="_blank">tyle="color:#000000;font-size:18px">有源晶振SPXO和TCXO类型。本文将重点研究最近发射的ASADV - ASDDV和ASEDV MHz简单封装晶体振荡器(SPXO)设备的设计简单，并且优化了低功耗，同时无需设置偏置电压(VDD)。
来源可变性和波动性的挑战，依赖电池的电子设备面临着处理可变电压源的挑战,说明了在恒定电流下电池的电压是如何降低的，以及电压是如何波动的电流牵引会影响供电电压。
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- [行业资讯]Abracon精心研制的ASCO-26.000MHZ-L-T3一跃成为高端产品的新宠2022年05月17日 10:54
tyle=";margin-bottom:0;background:white"> tyle="font-size:14px;font-family:'arial','sans-serif';color:black;font-weight:normal">Abracontyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black;font-weight:normal">拥有精密定时tyle="font-size:14px;font-family:'arial','sans-serif';color:black;font-weight:normal">target="_blank" title="石英晶体振荡器">tyle="font-family: 微软雅黑, sans-serif; color: rgb(0, 0, 0);">tyle="color: rgb(0, 0, 0);">石英晶体振荡器(XO)tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black;font-weight:normal">，例如温度补偿晶体振荡器tyle="font-size:14px;font-family:'arial','sans-serif';color:black;font-weight:normal"> (TCXO) tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black;font-weight:normal">和烤箱控制晶体振荡器tyle="font-size:14px;font-family:'arial','sans-serif';color:black;font-weight:normal"> (OCXO)tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black;font-weight:normal">，它们非常适合考勤卡、服务器、交换机和路由器中的定时参考时钟要求
tyle="margin-top:5px;margin-right:0;margin-bottom:5px;margin-left: 0;background:white"> tyle="word-spacing: -1.5px; font-family: arial, sans-serif;">Abracontyle="word-spacing: -1.5px; font-family: 微软雅黑, sans-serif;">的tyle="word-spacing: -1.5px; font-family: arial, sans-serif;">RJ45 tyle="word-spacing: -1.5px; font-family: 微软雅黑, sans-serif;">连接器具有多种参数组合，可满足您的确切要求和产品设计。
tyle=";margin-bottom:0;background: white"> tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">可选择带或不带磁性，数据速率tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 10G Base-Ttyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">、tyle="font-size:14px;font-family:'arial','sans-serif';color:black">5G Base-Ttyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">、tyle="font-size:14px;font-family:'arial','sans-serif';color:black">2.5G Base-Ttyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">、tyle="font-size:14px;font-family:'arial','sans-serif';color:black">10/100/1000 Base-T tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">等，tyle="font-size:14px;font-family:'arial','sans-serif';color:black">LED tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">颜色选择、直角或垂直方向，tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 0 tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">至tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 70C tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">和tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> -40 tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">至tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 85Ctyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">（扩展工作温度）和镀金选项。
tyle=";margin-bottom:0;background: white"> tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">其他选项包括用于高效设计的多端口tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 1x2 tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">或tyle="font-size:14px;font-family:'arial','sans-serif';color:black"> 1x4 tyle="font-size:14px;font-family:'微软雅黑','sans-serif';color:black">模块。
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- [行业资讯]泰艺发布超高精度,低耗能的石英晶体振荡器DT-65652022年05月16日 11:31
- 当今的通信系统需要更精确的网络同步和保持性能。随着向 5G 及更高版本的过渡，基于数据包的网络使同步技术更具挑战性，因为它们不能自然地提供同步。同样，随着当今智能电网的发展，网络同步精度发挥着越来越重要的作用，要求具有超高精度的定时同步和保持能力。title="泰艺晶振" target="_blank">tyle="color:#000000;font-size:16px">泰艺tyle="font-family:" sans="" serif",="" tahoma,="" verdana,="" helvetica;font-size:13.3333px"="">title="泰艺晶振" target="_blank">tyle="color:#000000;font-size:16px">晶振公司在智能电网这方面发现了新的机会,便研发优质的晶体振荡器,低抖动,高性能是其一大特点.
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- [行业资讯]OM-7605-C9结合了先进的超低功耗CMOS振荡器电路和32.768k2022年05月13日 19:01
tyle="font-family:simsun;font-size:16px">超低功率振荡器在微型SMD陶瓷封装中结合了32.768kHz或100kHz石英晶体与CMOS振荡器电路。tyle="box-sizing:border-box;vertical-align:inherit;font-family:simsun;font-size:16px">OM-7605-C9tyle="box-sizing:border-box;font-family:sourcesanspro, sans-serif;font-size:18px;letter-spacing:0.8px;vertical-align:inherit">tyle="box-sizing:border-box;vertical-align:inherit">tyle="font-family:simsun;font-size:16px">是一个tyle="font-family:simsun;font-size:16px">低频SMTtyle="font-family:simsun;font-size:16px">振荡器模块，title="石英晶体振荡器" target="_blank">tyle="color:#000000;font-size:18px">石英tyle="font-family:simsun;font-size:16px;letter-spacing:0.8px">title="石英晶体振荡器" target="_blank">tyle="color:#000000;font-size:18px">晶体振荡器tyle="box-sizing:border-box;font-family:sourcesanspro, sans-serif;font-size:18px;letter-spacing:0.8px;vertical-align:inherit">tyle="box-sizing:border-box;vertical-align:inherit">tyle="font-family:simsun;font-size:16px">，它结合了一个集成的CMOS电路和一个XTAL。tyle="box-sizing:border-box;vertical-align:inherit;font-family:simsun;font-size:16px">它在带有金属盖的密封陶瓷封装中在真空下运行tyle="font-family:simsun;font-size:16px">，tyle="font-family:sourcesanspro, sans-serif;font-size:18px;letter-spacing:0.65px">tyle="font-family:simsun;font-size:16px">该振荡器在微型SMD陶瓷封装内结合了32.768kHz或100kHz音叉晶体谐振器与基于CMOS的振荡器电路。tyle="font-family:simsun;font-size:16px">OM-7605-C9振荡器模块将极低功耗与超小型陶瓷封装相结合: 最小的振荡器模块(嵌入式XTAL),采用超小型1.6x1.0x0.60mm无铅陶瓷封装。
tyle="font-family:sourcesanspro, sans-serif;font-size:18px;letter-spacing:0.65px">theiti,="" "microsoft="" yahei",="" sans-serif;font-size:18px;word-spacing:-1.5px"="" style="color:#333333">
tyle="font-size: medium; "> tyle="font-family:simsun;font-size:16px">OM-7605-C9结合了先进的超低功耗CMOS振荡器电路和title="32.768k" target="_blank">tyle="color:#000000;font-size:18px">32.768k “音叉”晶体采用超小型陶瓷封装，带金属盖。不需要外部元件。这在宽电源电压和温度范围内极低的功耗是该产品的主要特点。 CLKOUT引脚上的频率输出可以通过CLKOE引脚使能/禁用。CLKOUT频率为 当CLKOE引脚连接到VDD时使能。当CLKOE引脚连接到GND时，频率被禁用 CLKOUT引脚为高阻态(高阻态)。 OM-7605-C9还提供扩展温度范围版本(-40°C至+125°C)。
<table border="1" cellpadding="0" cellspacing="0" height="5824" class="" bordercolor="#000000">th="148" style="width: 111pt;" /> th="192" style="width: 144pt;" /> th="67" style="width: 50.25pt;" /> th="101" span="2" style="width: 75.75pt;" /> th="144" style="width: 108pt;" /> tyle="font-size: medium; "> tyle="font-family:simsun;font-size:16px">tyle="font-family:simsun;font-size:16px;letter-spacing:0.65px">编码OM-7605-C9±20ppmTAQC，
tyle="font-family:simsun;font-size:16px">特征：tyle="font-family:simsun;font-size:16px">宽电源电压范围，tyle="font-family:simsun;font-size:16px">非常低的功耗，tyle="font-family:simsun;font-size:16px">CLKOUT启用/禁用，tyle="font-family:simsun;font-size:16px">超小尺寸、低调、轻巧（3.1 毫克），tyle="font-family:simsun;font-size:16px">高抗冲击和抗振动，tyle="font-family:simsun;font-size:16px">100%无铅，符合RoHS标准，tyle="font-family:simsun;font-size:16px">提供符合AEC-Q200的汽车认证
tyle="font-family:simsun;font-size:16px">应用：tyle="font-family:simsun;font-size:16px">物联网，tyle="font-family:simsun;font-size:16px">可穿戴设备，tyle="font-family:simsun;font-size:16px">计量，tyle="font-family:simsun;font-size:16px">工业的，tyle="font-family:simsun;font-size:16px">汽车，tyle="font-family:simsun;font-size:16px">卫生保健，tyle="font-family:simsun;font-size:16px">便携设备。
<table border="1" cellpadding="0" cellspacing="0" height="8148" class="" bordercolor="#000000">th="148" style="width: 111pt;" /> th="192" style="width: 144pt;" /> th="67" style="width: 50.25pt;" /> th="101" span="2" style="width: 75.75pt;" /> th="144" style="width: 108pt;" /> tyle="font-family:simsun;font-size:16px">独特的尺寸和极具竞争力的价格使该产品非常适合多种应用:
tyle="font-family:simsun;font-size:16px">通信:物联网/可穿戴设备/无线传感器和标签/手机
<table border="1" cellpadding="0" cellspacing="0" height="5600" class="" bordercolor="#000000" style="border-collapse: collapse; border-spacing: 0px; font-size: inherit;">
tyle="font-family:simsun;font-size:16px">汽车:M2M /导航和跟踪系统/仪表盘/转速表/发动机控制器
tyle="font-family:simsun;font-size:16px">汽车音响和娱乐系统
tyle="font-family:simsun;font-size:16px">计量:电表/加热计数器/智能电表/光伏转换器/公用事业计量
tyle="font-family:simsun;font-size:16px">室外:ATM和POS系统/监控和安全系统/售票系统
tyle="font-family:simsun;font-size:16px">医疗:血糖仪/健康监控系统
tyle="font-family:simsun;font-size:16px">安全:安全和摄像系统/门锁和门禁控制
tyle="font-family:simsun;font-size:16px">消费者:赌博机/电视和机顶盒/白色家电
tyle="font-family:simsun;font-size:16px">自动化:PLC /数据记录器/家庭和工厂自动化/工业和消费电子
tyle="font-family:simsun;font-size:16px">th="148" style="width: 111pt;" /> th="192" style="width: 144pt;" /> th="67" style="width: 50.25pt;" /> th="101" span="2" style="width: 75.75pt;" /> th="144" style="width: 108pt;" /> - 阅读（228）
- [行业资讯]为高新科技术做出巨大贡献的CTS晶体445C35D24M000002022年05月13日 16:07
- tyle="color:#000000;">传统设计 – TF415 和 TFSM26
tyle="color:#000000;">对旧标准封装格式的持续需求以及title="CTS晶振" target="_blank">tyle="color: rgb(0, 0, 0); font-size: 18px;">CTS晶振tyle="color:#000000;">以具有竞争力的价格提供优质设备的能力，推动了这两种型号的发布。TF415 采用 4.1mmx1.5mm 陶瓷封装，标准容差为 ±20ppm，抛物线温度系数 -0.034ppm/°C 2在 -40°C 至 +85°C 范围内。TFSM26 采用 6.2mmx2.1mm 圆柱形通孔封装，其引线形成表面贴装封装。此配置是 Citizen CMR200T 和 Micro Crystal MS1V-T1K 的兼容替代品。
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- [行业资讯]Raltron宣布推出超高稳定性OXD3000系列恒温晶体振荡器2022年05月12日 18:34
tyle=" display: inline !important;"> tyle="font-family:simsun;font-size:16px">Raltron Electronics Corp .成立于1983年，是一家获得ISO-9001:2015认证的私营公司，在全球范围内开发、制造、营销和销售各种频率管理产品，包括定时title="石英晶振" target="_blank">tyle="color:#000000;font-size:18px">石英晶振、晶体振荡器、VCO、VCXO、TCXO、OCXO、滤波器、陶瓷谐振器以及各种天线、电缆组件和连接器。它的产品行销全球，独立拥有的代表和特许经销商网络。
tyle="vertical-align:inherit">tyle="vertical-align:inherit">tyle="font-family:simsun;font-size:16px">Raltron宣布推出超高稳定性OXD3000系列title="恒温晶振" target="_blank">tyle="color:#000000;font-size:18px">恒温晶振，tyle="font-family:simsun;font-size:16px">提供10MHz的标准频率和5V或12V两种电源选项，以及在 -20 °C 至 +70 °C 或在 -40 °C 至 +80 °C 的工作温度范围内为±0.1 ppb。tyle="vertical-align:inherit;font-family:simsun;font-size:16px">tyle="color:#000000">OXD3000系列采用36mmx27mm欧式封装，在100kHz时具有-155dBc/Hz的低相位噪声、高达0.2 ppb/天的低老化，tyle="color:#000000">温度稳定性为0.05 ppb，tyle="color:#000000">tyle="color:#000000">并具有两个输出选项HCMOS或正弦波,
<table border="1" cellpadding="0" cellspacing="0" height="29216" class="" bordercolor="#000000">th="213" style="width: 159.75pt;" /> th="109" style="width: 81.75pt;" /> th="70" style="width: 52.5pt;" /> th="127" style="width: 95.25pt;" /> th="98" style="width: 73.5pt;" /> th="90" style="width: 67.5pt;" /> th="150" style="width: 112.5pt;" /> tyle="font-family:simsun;font-size:16px">OXD3000系列OCXO提供10 MHz的标准频率和两个电源 5V或12V选项，以及令人难以置信的0.05 ppb高稳定性能 工作温度范围为-20°C至+70°C，或工作温度范围内的0.1 ppb 范围为-40°C至+80°C。采用36 mm x 27 mm的欧洲封装OXD3000系列 具有-155 dBc/Hz的低相位噪声(100 kHz ),低老化性能(最高0.2 ppb/天)和两个 输出选项HCMOS或正弦波。tyle="font-family:simsun;font-size:16px">
tyle="font-family:simsun;font-size:16px">这些不同寻常的特性使得新的OXD3000系列非常适合于以下应用作为数字信号处理器，成像，传输，蜂窝基站以及高 性能测试设备。
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- [行业资讯]Statek国际晶振集团环保基本理念,无铅环保晶振2022年05月12日 17:43
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">Statek国际晶振集团环保基本理念：
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">1.tyle="font-family:simsun;font-size:16px">作为良好的企业市民tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">遵循本公司的行动方针tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">充分关心维护地球环境tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">遵守国内外的有关环保法规tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">2.tyle="font-family:simsun;font-size:16px">保护自然环境tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">充分关注自然生态等方面的环境保护tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">维持和保全生物多样性tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">3.tyle="font-family:simsun;font-size:16px">有效利用资源和能源tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">认识到资源和能源的有限性tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">努力进行有效利用tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">4tyle="font-family:simsun;font-size:16px">为构建循环型社会做出贡献tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">致力于减少title="温补晶振" target="_blank">tyle="color:#000000;font-size:18px">温补晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">石英晶体振荡器tyle="font-family:simsun;font-size:16px">, tyle="font-family:simsun;font-size:16px">压电石英晶体元器件、压电石英晶体、有源晶体、石英晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">贴片晶振材料的废弃物及废弃物的再利用核再生循环tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">努力构建循环型社会tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">5.tyle="font-family:simsun;font-size:16px">推进环保型业务tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">充分发挥综合实力tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">推进title="石英晶振" target="_blank">tyle="color:#000000;font-size:18px">石英晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">贴片晶振环保型业务tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">为减轻社会的环境负荷做出贡献tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">6.tyle="font-family:simsun;font-size:16px">建立环境管理系统tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">充分运用环境管理系统tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">设定环境目的和目标tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">定期修正tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">不断改善tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">努力预防环境污染tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">StatekStatektyle="font-family:simsun;font-size:16px">国际晶振集团所生产的压电石英晶体、title="有源晶振" target="_blank">tyle="color:#000000">有源晶体tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">温补晶体振荡器（tyle="font-family:simsun;font-size:16px">TCXOtyle="font-family:simsun;font-size:16px">）、恒温晶体振荡器（tyle="font-family:simsun;font-size:16px">OCXOtyle="font-family:simsun;font-size:16px">）完全符合tyle="font-family:simsun;font-size:16px">ISO14001tyle="font-family:simsun;font-size:16px">环境管理体系国际标准的要求tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">体现了一个适合、三个承诺和一个框架：
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">建造美丽家园tyle="font-family:simsun;font-size:16px">——适合于我公司的生产活动、产品以及服务过程的性质tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">规模与环境影响；
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">持续改进tyle="font-family:simsun;font-size:16px">——持续改进环境绩效和环境管理体系的承诺；
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">减少污染tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">节能降耗——污染预防的承诺；
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">依法治理tyle="font-family:simsun;font-size:16px">——遵守现行适用的环境法律、法规和其他要求的承诺；
<table border="1" cellpadding="0" cellspacing="0" height="7500" class="" bordercolor="#000000">th="216" style="width: 162pt;" /> th="118" style="width: 88.5pt;" /> th="66" style="width: 49.5pt;" /> th="206" style="width: 154.5pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" /> tyle="font-size: medium; "> tyle="font-family:simsun;font-size:16px">Statek国际晶振集团环保基本理念：
tyle="font-size: medium; "> tyle="font-family:simsun;font-size:16px">“减少污染tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">节能降耗tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">建造美丽家园；依法治理tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">持续改进tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">净化一片蓝天”提供了建立和评审环境目标和指标的框架tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">Statektyle="font-family:simsun;font-size:16px">晶振环境影响的最小化：遵照社会的期望tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">改进我们的环境行为tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">我们将通过有效利用森林、能源以及其它资源tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">减少各种形式的废物来实现这一承诺tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">Statektyle="font-family:simsun;font-size:16px">晶振环境管理体系：在每一个运行部门tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">实施支持方针的系统的环境管理工具tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">我们将确保适当的人力资源和充分的财力保障tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">每年我们都将建立可测量的环境管理以及行为改进的目标和指标tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">环境行为评价：评价我们运行以及员工的环境行为表现tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">确认支撑着本方针的成绩tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">我们将向我们的员工提供信息tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">以及能够将方针与各自工作职责完全结合的培训tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">加强环境意识教育tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">提高全员环境意识tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">充分调动职工的积极性tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">积极使用温补晶体振荡器（tyle="font-family:simsun;font-size:16px">TCXOtyle="font-family:simsun;font-size:16px">）、恒温晶体振荡器（tyle="font-family:simsun;font-size:16px">OCXOtyle="font-family:simsun;font-size:16px">）tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">石英晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">有源晶振环保型原材料tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">减少生产过程中的废弃物产生量tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">努力向相关方施加环境影响tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">我们的活动、产品和服务首先要遵守和符合有关环境的法律和其他环境要求tyle="font-family:simsun;font-size:16px">.tyle="font-family:simsun;font-size:16px">努力探索生产中所使用的有毒有害物质的替代tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">本着污染预防的思想tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">使我们的有源晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">title="压控晶振" target="_blank">tyle="color:#000000;font-size:18px">压控晶振tyle="font-family:simsun;font-size:16px">, tyle="font-family:simsun;font-size:16px">晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">石英晶振更趋于绿色tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">提高本公司的社会形象tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">Statektyle="font-family:simsun;font-size:16px">国际晶振集团不断改进设计tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">优化工艺tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">调整工厂布局tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">采取相应措施tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">减少各种污染环境的因素tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">尽可能地节省资源和能源tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">积极保护厂区和周围地区的环境tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">在本公司石英晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">贴片晶振tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">压电石英晶体、有源晶体的生产与经营过程中充分考虑对环境的影响tyle="font-family:simsun;font-size:16px">,tyle="font-family:simsun;font-size:16px">为人类的健康生存和持续发展作出贡献tyle="font-family:simsun;font-size:16px">.
tyle="font-size: medium; "> tyle="font-family:宋体;font-size:14px">tyle="font-family:simsun;font-size:16px">
<table border="1" cellpadding="0" cellspacing="0" height="7500" class="" bordercolor="#000000" style="border-collapse: collapse; border-spacing: 0px; font-size: inherit;">th="216" style="width: 162pt;" /> th="118" style="width: 88.5pt;" /> th="66" style="width: 49.5pt;" /> th="206" style="width: 154.5pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" /> - 阅读（62）
- [行业资讯]如何选择合适的振荡器四个关键问题有助于满足设计要求2022年05月12日 17:24
- tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">晶体振荡器通常是设计师最后考虑的元件之一，但是错误的部分可以很快扼杀一个设计。此外，搜索通过各种可用的振荡器和它们的能力令人困惑。有四个关键问题你应该问自己选择振荡器。您找到的答案将有助于确保您的满足设计要求。
tyle="font-size:16px;color:#222222;font-family:宋体">一，你需要晶体还是振荡器？虽然它们可能看起来完全相同，并且共享许多规格、晶体和振荡器是非常不同的设备。包装好的水晶是一块石英，切割后抛光，以高Q值在特定频率共振。它没有包含驱动石英产生时钟输出的振荡器电路。相反，驱动电路位于晶体所在的器件内部已连接。tyle="font-size:16px;color:#222222;font-family:宋体">相比之下，晶体振荡器(XO)是一个完整的器件，包含tyle="color:#222222;font-family:宋体;font-size:18px">石英晶体tyle="font-size:16px;color:#222222;font-family:宋体">、振荡器电路、输出驱动器和潜在的锁相环路(PLL)。XO提供特定频率和信号的时钟输出格式，如CMOS、tyle="color:#222222;font-family:宋体;font-size:18px">LVDStyle="font-size:16px;color:#222222;font-family:宋体">和LVPECLtitle="差分晶振" target="_blank" style="font-size:16px;font-family:宋体">tyle="color:#000000;font-size:18px">差分晶振tyle="font-size:16px;color:#222222;font-family:宋体">。可以直接驱动芯片或通过缓冲区提供特定频率。振荡器是一个完整的单输出时钟发生器。大多数消费电子和电池供电应用使用片上系统(SoC) 集成振荡器电路和简单、低成本晶体的器件时钟合成。针对高端应用—数据中心、电信、工业 自动化等。—外部XO通常用于提供参考时序用于SoC的内部PLL。
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">使用片外时钟源非常有利，因为它提供了独立、隔离的参考时钟经过优化，可提供低抖动操作串扰最小。另一个显著的好处是振荡器整合了集成电源噪声抑制，最大限度地降低电路板级的影响时钟抖动噪声。
<table border="1" cellpadding="0" cellspacing="0" height="9000" class="" bordercolor="#000000">th="216" style="width: 162pt;" /> th="118" style="width: 88.5pt;" /> th="66" style="width: 49.5pt;" /> th="206" style="width: 154.5pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" /> tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">二，tyle="font-size:16px;color:#222222;font-family:宋体">需要什么样的抖动性能？时序抖动是衡量时钟信号纯度的一种方式。越低抖动，噪音越小。因为振荡器通常用作本地振荡器系统的“心跳”,干净和低抖动的输出是可取的。 抖动可以在示波器的时域中测量，例如周期抖动和逐周期抖动—或在频域中 相位噪声分析仪，均方根相位抖动在一个频带内积分，例如12千赫到20兆赫，
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">小于250 fs-RMS的低相位抖动XO对于更高性能至关重要 因为高水平的时钟抖动会导致不可接受的高 误码率(BER)、丢失的通信量或系统通信的丢失。因此，从抖动较低的时钟源开始总是更安全，以便提供更多抖动余量。在理想情况下，由驱动的应用程序或芯片组 振荡器将提供最大允许抖动规格 伴随的积分频带、相位噪声屏蔽和杂散要求。主要考虑的是需要多大的抖动余量振荡器允许来自缓冲器或更远的其它芯片的任何附加抖动 在时序路径的下游，另一个考虑是，一些XO数据手册只宣传“典型” 抖动规格。它不能保证器件在整个过程中的性能， 电压、温度和频率变化。 通常，硬件设计师不会有一套全面的 系统所有关键元件的抖动要求。参考设计 在这种情况下是有帮助的，因为用于设计的振荡器已经 审查过了。
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">与能提供多种多样产品的供应商合作也是有帮助的 具有不同抖动和成本选项的振荡器以及在线工具可提供帮助 你决定最适合的。同样，当有疑问时，开始总是更安全 低抖动振荡器，然后评估松弛抖动选项作为 降低成本的潜在未来途径。
<table border="1" cellpadding="0" cellspacing="0" height="9480" class="" bordercolor="#000000">th="216" style="width: 162pt;" /> th="118" style="width: 88.5pt;" /> th="66" style="width: 49.5pt;" /> th="206" style="width: 154.5pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" /> tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">三，tyle="font-size:16px;color:#222222;font-family:宋体">你的频率会变吗？许多振荡器应用只需要单一的固定频率，如156.25 兆赫。在其他情况下，振荡器提供的频率可能需要 改变。例如，12G-SDI视频成帧器可能需要在 297MHz和297/1.001 MHz两种不同的视频帧速率。在其他时候，可能需要有意增加一个小频率偏差作为余量测试的一部分，对系统级设置进行压力测试 等待时间。也许最常见的是，设计师可能还不知道确切的，最终设计将使用哪个频率，但他们知道他们需要一个振荡器提供这种参考
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">对于此类应用，理想的解决方案是一个振荡器， 预存频率。双通道和四通道振荡器可用于这些应用程序。这些器件的输出频率可通过引脚选择，从而实现 一个XO代替多个振荡器和一个多路复用器。如果应用需要整数时钟和小数时钟的混合，选择能够提供一致性能的器件 所有目标频率下的低抖动操作。 另一种有用的振荡器是I2C可编程振荡器。这些设备 提供最大的频率灵活性，提供一致的低抖动操作 在很宽的频率范围内。这些设备可以在飞行中重新编程 以提供几乎无限数量的频率
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">它们对于原型制作和数字PLL架构中的使用也非常有用， 其中主处理器提供快速数字反馈机制 锁定并跟踪参考信号的XO。
<table border="1" cellpadding="0" cellspacing="0" height="8520" class="" bordercolor="#000000">th="216" style="width: 162pt;" /> th="118" style="width: 88.5pt;" /> th="66" style="width: 49.5pt;" /> th="206" style="width: 154.5pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" /> 四，tyle="font-size:16px;color:#222222;font-family:宋体">频率稳定性有多重要？频率稳定性是衡量振荡器的输出频率由于温度的变化，在操作过程中可能会发生变化。如果频率漂移超出应用预期，时序误差可能发生。频率稳定性用百万分率或ppm表示，相对于特定温度范围内的标称频率。
tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">振荡器使用在制造过程中以不同角度切割的石英晶体 产生不同的温度反应。普通XO温度稳定性 等级包括20 ppm、50 ppm和100 ppm。较低的ppm意味着 在给定温度范围内，输出频率更加稳定。
值得注意的是，频率稳定性只是知道如何做到的一个方面 振荡器的频率可能会改变很多。完整测量潜在的频率偏差称为总稳定性，它是整个温度范围内的频率稳定性、25°C时的初始精度和 指定的时间和温度，总稳定性揭示了最坏情况-振荡器可能产生的频率超过其 工作寿命。
XO在整个温度范围内可能具有出色的频率稳定性，但这 测量仅与室内提供的标称频率相关 温度。因此，对于某些器件来说，初始精度误差可能相当大，例如SAW振荡器，并且必须加以考虑。 同样，石英晶体会在很长一段时间内慢慢老化，从而导致 输出频率缓慢漂移。一些振荡器供应商规定了老化时间 在25°C下只能存放一年，而更保守的供应商规定存放时间为10年 在更高的温度下工作数年，为长期运营。老化条件会对的总稳定性产生重大影响振荡器，有时可以进行比较难。当有疑问时，使用有保证的定时装置更安全 更严格条件下的规格，以提供更多的设计余量。 - 阅读（110）
- [行业资讯]皮尔斯振荡器与晶体谐振器性能对比大曝光!2022年05月12日 16:05
- pierce振荡器的介绍
皮尔斯振荡器是Colpitts振荡器的变种，广泛应用于联合晶体谐振器。皮尔斯振荡器需要一个简化的外部组件集，从而降低了最终的设计成本。此外，皮尔斯振荡器以其当与晶体谐振器，特别是title="超薄型石英晶体谐振器" target="_blank">超薄型石英晶体谐振器配对时，振荡频率稳定。 - 阅读（442）
- [行业资讯]高性能M626x系列具有出色的相位噪声和严密稳定性2022年05月11日 17:58
tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;font-family:simsun;font-size:16px">MtronPTI今天推出了高性能M626x系列 TCXO/VCTCXO。tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;font-family:simsun;font-size:16px">M626x 系列产品使用具有新一代集成电路 (IC) 的高Q晶振，在10kHz偏移时具有 -156dBc/Hz的出色相位噪声和在 -40°C至+/-0.1ppm的严密稳定性+85°C。tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;font-family:simsun;font-size:16px">该产品提供标准频率和高达52MHz的定制频率、-55°C 至 +125°C 的宽温度范围以及低至 0.6 ppb/G 的低G灵敏度，采用行业标准的5x7mm无引线封装。tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;font-family:simsun;font-size:16px">M626x取代了传统的M616x。
tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#666666;font-family:montserrat;font-size:18.6667px">tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#000000;font-family:simsun;font-size:16px">MtronPTI 已成功将50多种不同的TCXO从使用寿命结束的 AKM IC 转换为更新和更高性能的 IC。tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#000000;font-family:simsun;font-size:16px">MtronPTI 的设计和运营团队的使命是确保新 IC 及时合格，以防止单个客户线停止，现在支持新的设计活动。
tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#666666;font-family:montserrat;font-size:18.6667px">tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#000000;font-family:simsun;font-size:16px">MtronPTI提供范围广泛的精密石英晶振、title="石英晶体振荡器" target="_blank">tyle="color:#000000;font-size:18px">石英晶体振荡器、滤波器和集成微波组装解决方案。tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#000000;font-family:simsun;font-size:16px">MtronPTI是经过 ISO 9001:2015 和 AS9100 Rev. D 认证的组织
tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#666666;font-family:montserrat;font-size:18.6667px">tyle="font-family:simsun;font-size:16px;color:#000000">编码M62612JFCN10.0000 MHz，tyle="font-family:simsun;font-size:16px;color:#000000">tyle="font-family:simsun;font-size:16px;color:#000000">特征：tyle="font-family:simsun;font-size:16px;color:#000000">
tyle="font-family:simsun;font-size:16px;color:#000000">频率从 10 MHz 到 52 MHz
tyle="font-family:simsun;font-size:16px;color:#000000">支持TCXO和VCTCXO格式
tyle="font-family:simsun;font-size:16px;color:#000000">在 -40°C至+85°C范围内具有严格的稳定性±0.1ppm
tyle="font-family:simsun;font-size:16px;color:#000000">温度范围 -55°C 至 +125°C
tyle="font-family:simsun;font-size:16px;color:#000000">提供 4/5 垫和 10 垫配置
tyle="font-family:simsun;font-size:16px;color:#000000">3.0 V 和 3.3 V 版本
tyle="font-family:simsun;font-size:16px;color:#000000">低相位噪声性能
tyle="font-family:simsun;font-size:16px;color:#000000">提供低G灵敏度 (0.6 ppb/G) 版本tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#666666;font-family:montserrat;font-size:18.6667px">tyle="font-family:simsun;font-size:16px;color:#000000">应用：tyle="font-family:simsun;font-size:16px;color:#000000">
<table border="1" cellpadding="0" cellspacing="0" height="3944" class="" bordercolor="#000000">
tyle="font-family:simsun;font-size:16px;color:#000000">军队
tyle="font-family:simsun;font-size:16px;color:#000000">航空电子设备
tyle="font-family:simsun;font-size:16px;color:#000000">航天
tyle="font-family:simsun;font-size:16px;color:#000000">通讯和导航th="159" style="width: 119.25pt;" /> th="137" style="width: 102.75pt;" /> th="73" style="width: 54.75pt;" /> th="119" style="width: 89.25pt;" /> th="101" style="width: 75.75pt;" /> th="72" style="width: 54pt;" /> th="128" style="width: 96pt;" />
品牌 td> <td class="et4" width="73" x:str="" style="width: 54.75pt;"> Series
型号 td> <td class="et4" width="119" x:str="" style="width: 89.25pt;"> Type
类型 td> <td class="et4" width="101" x:str="" style="width: 75.75pt;"> Frequency
频率 td> <td class="et4" width="72" x:str="" style="width: 54pt;"> Voltage-Supply
电压 td> <td class="et4" width="128" x:str="" style="width: 96pt;"> Package/Case
包装/封装 td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-10.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-10.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-10.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-14.7456 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 14.7456MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-14.7456 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 14.7456MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-14.7456 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 14.7456MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-25.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-25.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-25.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F135-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F135 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F135-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F135 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F135-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F135 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F32K-327 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F32K td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 32.768kHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F32K-327 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F32K td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 32.768kHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F32K-327 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F32K td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 32.768kHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-19.440 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 19.44MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-19.440 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 19.44MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX924B-19.440 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX924 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 19.44MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-20.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 20MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-12.800 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.8MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-12.800 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.8MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> FOX914B-12.800 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> FOX914 td> <td class="et6" x:str=""> TCXO td> <td class="et6" x:str=""> 12.8MHz td> <td class="et6" x:str=""> 3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24.576 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24.576MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24.576 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24.576MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24.576 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24.576MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-27 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-27 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-27 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-10 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-10 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-10 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 10MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-40 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 40MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-33.333 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 33.333MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F216R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F210R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F216R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F210R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F216R-24.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F210R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F235-24 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F235 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 24MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-25 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 25MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-50 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 50MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-48 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-12 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F335-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F335 td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-48.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-48.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-48.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 48MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F535L-16 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F535L td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 3.3V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-12.288 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 12.288MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-14.31818 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 14.31818MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-14.31818 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 14.31818MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-14.31818 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 14.31818MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-16.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 16MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-18.432 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 18.432MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-18.432 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 18.432MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-18.432 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 18.432MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-26.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 26MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-26.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 26MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-26.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 26MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-27.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 27MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> <tr height="28" style="height: 21pt;"> <td class="et6" height="28" x:str="" style="height: 21pt;"> F316R-30.000 td> <td class="et6" x:str=""> Fox Electronics td> <td class="et6" x:str=""> F310R td> <td class="et6" x:str=""> XO (Standard) td> <td class="et6" x:str=""> 30MHz td> <td class="et6" x:str=""> 1.8V td> <td class="et6" x:str=""> 4-SMD, No Lead td> tr> tbody> table>tyle="font-size: medium; "> tyle="box-sizing:border-box;border:0px;margin:0px;outline:0px;padding:0px;vertical-align:inherit;color:#666666;font-family:montserrat;font-size:18.6667px">tyle="font-family:simsun;font-size:16px;color:#000000">tyle="font-family:simsun;font-size:16px">MtronPTI提供广泛的精确频率控制和数据定时解决方案,包括:射频,微波和毫米波滤波器 - 晶体,陶瓷,谐振腔,集总元件,开关,数字可调谐和低噪声/恶劣环境石英晶体振荡器 - 晶振,TCXOtitle="温补晶振" target="_blank">tyle="color:#000000;font-size:18px">温补晶振，VCXO压控晶振 ,烤箱和IEEE-1588锁定.2014年,MtronPTI晶振增加了毫米波金属插入技术波导滤波器和最先进的固态功率放大器.
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- 阅读（58）
- [行业资讯]SDT4U40EP3是业界最小的4A肖特基整流器2022年05月11日 17:29
- tyle="color:#222222;font-size:12px;font-family:宋体">tyle="font-size:16px">Diodes公司声称拥有一系列采用超紧凑芯片级封装 (CSP) 的高电流肖特基整流器，可实现业内同类产品中最高的电流密度。SDM5U45EP3（5 A、45 V）、SDM4A40EP3（4 A、40 V）和SDT4U40EP3 (4 A, 40 V) 器件可用于多种应用，包括用作阻断或反极性保护二极管、电气过应力保护二极管和续流二极管。这些设备专为空间受限的应用而设计，例如便携式、移动和可穿戴设备，以及物联网硬件。三款器件中最小的是SDT4U40EP3，号称是业界最小的4-A 沟槽肖特基整流器，也是第一款采用1608封装的器件，其PCB面积比竞争器件少90%。由于该公司专有的阴极设计和制造工艺，SDT4U40EP3还声称拥有800A/cm2电流密度的最高电流密度。它还提供超低正向电压性能（典型值为0.47V），可最大限度地降低效率更高系统的功率损耗。 Diodes 表示， SDM5U45EP3的占位面积为2-mm2 ，而X3-TSN1608-2封装的SDM4A40EP3和SDT4U40EP3的占位面积为1.28 mm2,可最大限度地提高高度集成消费产品的电路板空间。样品可应要求提供。
SDM5U45EP3是一款45V 5A肖特基势垒整流器，针对低正向压降和低泄漏电流进行了优化，采用小型表面贴装封装，tyle="font-size:18px">tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">特征：tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">2mm2 占地面积–比PowerDI123小67%tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">0.3mm的板外轮廓–比PowerDI123薄70%tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">低正向压降降低功耗tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">软开关特性确保EMI和EFI最小化tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">用于瞬态保护的护环模具结构tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">完全无铅且完全符合 RoHS 标准tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">不含卤素和锑。“绿色”设备
应用程序：tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">阻塞二极管tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">升压二极管tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">开关二极管tyle=" color: rgb(34, 34, 34); font-family: Arial, Verdana, sans-serif; font-size: 12px;"> tyle="font-family:宋体">tyle="font-size:16px">反向保护二极管
<table border="1" cellpadding="0" cellspacing="0" height="9024" width="902" style="width: 700px;">th="216" style="width: 162pt;" /> th="131" style="width: 98.25pt;" /> th="66" style="width: 49.5pt;" /> th="211" style="width: 158.25pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" />
原厂编码 td> <td class="et4" width="131" x:str="" style="width: 98.25pt;"> Manufacturer
厂家 td> <td class="et4" width="66" x:str="" style="width: 49.5pt;"> Series型号 td> <td class="et4" width="211" x:str="" style="width: 158.25pt;"> Type 系列 td> <td class="et4" width="123" x:str="" style="width: 92.25pt;"> Frequency
频率 td> <td class="et4" width="155" x:str="" style="width: 116.25pt;"> Package / Case包装/封装 td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-16.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-25.000MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.9152MHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.9152MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-24.000MHZ-D2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-6.000MHZ-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-25.000MHZ-B2F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-7.3728MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-20.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-10.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.000MHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.000MHZ-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-12.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-7.3728MHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.6864MHZ-DT td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-14.7456MHZ-B4H-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="36" style="height: 27pt;"> <td class="et5" height="36" x:str="" style="height: 27pt;"> AB38T-32.768KHZ td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> AB38T td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> Cylindrical Can, Radial td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-25.000MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-8.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-7.3728MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-16.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.579545MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-28.63636MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 28.63636MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-10.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-18.432MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-9.8304MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 9.8304MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-27.000MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.9152MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.9152MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-9.216MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 9.216MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-18.432MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.6864MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-20.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.500MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.5MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-5.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 5MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-6.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-6.144MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6.144MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-16.384MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16.384MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS25-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS25 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 4-SOJ, 5.50mm pitch td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS6M-25.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS6M td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-16.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-24.576MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24.576MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS25-32.768KHZ-6-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS25 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 4-SOJ, 5.50mm pitch td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> AB26TRQ-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> AB26TRQ td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> Cylindrical Can, Radial td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> AB26T-32.768KHZ td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> AB26T td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> Cylindrical Can, Radial td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-24.000MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-6.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-5.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 5MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-9.8304MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 9.8304MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-4.9152MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.9152MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-4.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-25.000MHZ-D2Y-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-18.432MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-32.000MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 32MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-3.6864MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-3.579545MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-13.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-22.1184MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 22.1184MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-6.144MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6.144MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-7.3728MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-8.192MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8.192MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-20.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-26.000MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-29.4912MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 29.4912MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-10.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-11.0592MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 11.0592MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-4.096MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.096MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-16.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-16.384MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16.384MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-36.000MHZ-D4YF-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 36MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> AB26TRB-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> AB26TRB td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> Cylindrical Can, Radial td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.9152MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.9152MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-12.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-24.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-11.0592MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 11.0592MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.6864MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-14.7456MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-14.31818MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.31818MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-27.000MHZ-B2F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-22.1184MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 22.1184MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-24.576MHZ-B2F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24.576MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.192MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8.192MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-24.000MHZ-D2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10-167-12.000MHZ-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10-166-12.000MHZ-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-8.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.579545MHZ-D-4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM11-140-26.000MHZ-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM11 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM11-141-26.000MHZ-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM11 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM11-143-27.120MHZ-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM11 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27.12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-25.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-8.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-16.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-3.6864MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-15.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 15MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-4.9152MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.9152MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-9.8304MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 9.8304MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-4.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-4.096MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.096MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS3-6.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS25-32.768KHZ-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS25 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 4-SOJ, 5.50mm pitch td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS25-32.768KHZ-6-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS25 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 4-SOJ, 5.50mm pitch td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-12.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-8.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-25.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-20.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-13.560MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.56MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-25.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-12.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-20.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-120-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-9-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-7-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-12.000MHZ-B4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-32.768KHZ-7-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-32.768KHZ-9-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS13-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS13 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 4-SMD, Flat Lead, 3 Leads td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABL-8.000MHZ-B2 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABL td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-25.000MHZ-10-D1G-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-32.768KHZ-7-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-8.000MHZ-10-1-U-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-25.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-16.000MHZ-10-1-U-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-24.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-16.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3C-12.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3C td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-25.000MHZ-B4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-8.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-12.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-16.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-4.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-12.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.560MHZ-10-R20-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS(RF) td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.56MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-10.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-12.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-8.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-24.000MHZ-B4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-10.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-3.6864MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.6864MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-13.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-13.560MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.56MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-14.7456MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-16.384MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16.384MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-22.1184MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 22.1184MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-24.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-25.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-26.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-27.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-28.63636MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 28.63636MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8AIG-30.000MHZ-12-2Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 30MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-3.579545MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-4.433619MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.433619MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-6.144MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6.144MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-7.3728MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLSG-14.7456MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLSG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> HC49/US - 3 Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-8.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-25.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-16.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-25.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-24.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-12.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-10.000MHZ-10-1-U-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-10.0000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-20.000MHZ-10-1-U-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-16.000MHZ-B4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-24.000MHZ-10-1-U-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3C-25.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3C td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-25.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-12.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-16.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-9-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-7-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-24.000MHZ-B4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.288MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12.288MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.500MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.5MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.579545MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-24.576MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24.576MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.433619MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.433619MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-10.240MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10.24MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-15.360MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 15.36MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-6.7458MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6.7458MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-30.000MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 30MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-32.000MHZ-B4-F-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 32MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.194304MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.194304MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-14.31818MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.31818MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-24.000MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS06-107-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS06 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-26.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-13.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-14.7456MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3C-32.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3C td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 32MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-10.000MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 10MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-20.000MHZ-18-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3C-24.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3C td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.52127MHZ-10-J-4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.52127MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-11.0592MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 11.0592MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-14.31818MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.31818MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-24.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM2-26.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3C-27.000MHZ-D4Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3C td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-6-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-14.7456MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-12.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-20.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-16.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-18.432MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-8.000MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-18.432MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-24.000MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-24.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-29.4912MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 29.4912MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-24.000MHZ-R60-D-1-W-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-9-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-7-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10AIG-24.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10AIG-25.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10AIG-27.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10AIG-32.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 32MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3-18.432MHZ-D2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS06-32.768KHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS06 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M-12.000MHZ-B-2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M-16.000MHZ-B-2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-155-12.800MHZ-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12.8MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10-16.000MHZ-E20-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-7.3728MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 7.3728MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-24.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-16.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-6.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-8.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 8MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-33.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 33MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.897MHZ-20-R70-D-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS(RF) td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4.897MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-28.63636MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 28.63636MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-48.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 48MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-27.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-20.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-30.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 30MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM10-24.000MHZ-E20-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM10 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-13.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-27.120MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27.12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-22.1184MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 22.1184MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8-28.375MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 28.375MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-24.000MHZ-D-1-W-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-25.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-16.384MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16.384MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-12.288MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12.288MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-16.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-24.576MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24.576MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-13.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-18.432MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-19.6608MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 19.6608MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-24.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-26.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-28.63636MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 28.63636MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-30.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 30MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-33.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 33MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM8G-40.000MHZ-4Y-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM8G td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 40MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07AIG-32.768KHZ-6-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07AIG td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM11AIG-24.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM11AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 24MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM11AIG-40.000MHZ-4Z-T3 td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM11AIG td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 40MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-27.120MHZ-10-D1G-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27.12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-13.500MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.5MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-12.288MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12.288MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-27.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-25.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS6M-27.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS6M td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS6M-26.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS6M td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-20.500MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20.5MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-26.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 26MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-18.432MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 18.432MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-13.560MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.56MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS2-25.000MHZ-2X-FT td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-20.000MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS7M2-14.31818MHZ-D-2Y-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS7M2 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.31818MHz td> <td class="et5" x:str=""> 2-SMD, Flat Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-16.000MHZ-4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-12.000MHZ-12-B4H-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM7-14.7456MHZ-B4-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM7 td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-4.000MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 4MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-6.000MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 6MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.000MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.288MHZ-K4T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12.288MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS06-32.768KHZ-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS06 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-25.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 25MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-16.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 16MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-12.000MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABM3B-27.120MHZ-10-D2H-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABM3B td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 27.12MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABS07-32.768KHZ-9-1-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABS07 td> <td class="et5" x:str=""> kHz Crystal (Tuning Fork) td> <td class="et5" x:str=""> 32.768kHz td> <td class="et5" x:str=""> 2-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABMM-14.7456MHZ-B2-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABMM td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 14.7456MHz td> <td class="et5" x:str=""> 4-SMD, No Lead td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.02519MHZ-10-K4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.02519MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-3.579545MHZ-L4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 3.579545MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-9.8304MHZ-L4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 9.8304MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-20.000MHZ-L4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 20MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-13.0625MHZ-10-K4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 13.0625MHz td> <td class="et5" x:str=""> HC49/US td> tr> <tr height="30" style="height: 22.5pt;"> <td class="et5" height="30" x:str="" style="height: 22.5pt;"> ABLS-12.000MHZ-L4Q-T td> <td class="et5" x:str=""> Abracon Crystal td> <td class="et5" x:str=""> ABLS td> <td class="et5" x:str=""> MHz Crystal td> <td class="et5" x:str=""> 12MHz td> <td class="et5" x:str=""> HC49/US td> tr> tbody> table> tyle="font-family:宋体">tyle="font-size:16px">SDT4U40EP3是业界最小的4A沟槽肖特基整流器，是第一个在1608年的包装里。它占了90%以上更小的PCB面积，以及更薄的机身电路板外形，体积小于2%竞争SMA封装器件。它的800A/cm2的电流密度，也是该行业对沟槽肖特基，是感谢正在申请专利的创新阴极使用的设计和制造流程。 由此产生的超低正向电压性能(典型值0.47V)最大限度降低功耗损耗，支持更高的设计效率系统。此外，它的优势雪崩能力使它足够强大 为了应对极端的工作条件 例如瞬态电压。
X3 tsn 1616-2封装的SDM5U45EP3 有一个2mm2 足迹，而X3- TSN1608-2封装的SDM4A40EP3和 SDT4U40EP3的1.28mm2 足迹启用 系统设计者最大限度地发挥电路板的实际功能 现代高度整合的庄园消费品。这些超薄的CSP， 0.25毫米(典型值)的外形 缩短热路径—产生更大的 降低热量的功耗 BOM成本和增加可靠性。这些环保型CSP封装器件完全符合RoHS 3.0标准 符合无豁免。
<table border="1" cellpadding="0" cellspacing="0" height="9000" width="902" style="width: 700px;">th="216" style="width: 162pt;" /> th="131" style="width: 98.25pt;" /> th="66" style="width: 49.5pt;" /> th="211" style="width: 158.25pt;" /> th="123" style="width: 92.25pt;" /> th="155" style="width: 116.25pt;" />
td> tr> tbody> table> - 阅读（124）
- [公司新闻]新冠疫情对晶振行业有影响在所年免,但应如何看待?2021年01月13日 17:10
tyle="text-indent:2em;"> tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">截止今日tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">新型冠状病毒仍然在肆掠tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">现已经不是国内受到影响了tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">全球范围内都受到了一定影响tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">其中以日本韩国受影响最大tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">;tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">在这场疫情中tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">各行各业都不可避免受到负面影响tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">但是当你去仔细查阅数据tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">你会发现电子行业所受的影响竟如此大tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family:宋体;font-size:16px;text-indent:28px;word-spacing:-1.5px">tyle="font-size:14px;">而title="石英晶振" target="_blank">tyle="color: rgb(255, 0, 0); font-size: 14px;">石英晶振tyle="font-size:14px;">行业作为电子产品行业的硬件服务行业tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">,tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">同样也受到了连带影响tyle="font-family: 宋体; font-size: 14px; text-indent: 28px; word-spacing: -1.5px;">.
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- [行业资讯]业界首款高温防水传感器?对晶体时钟源的信号稳定性要求如何?2020年12月18日 17:36
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: simsun;">业界首款高温防水传感器tyle="font-size: 14px; font-family: simsun;">?tyle="font-size: 14px; font-family: simsun;">对晶体时钟源的信号稳定性要求如何tyle="font-size: 14px; font-family: simsun;">?
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: simsun;">石英晶振的频率输出信号是电子产品功能模块工作的发起者tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">此信号的稳定性优劣与否直接影响对应模块的工作性能tyle="font-size: 14px; font-family: simsun;">.tyle="font-size: 14px; font-family: simsun;">所以一般不同的模块tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">不同的设备会根据实际需求选用不同的频率元件tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">比如定位模块因为精度要求较高tyle="font-size: 14px; font-family: simsun;">,tyle="font-size:16px;font-family:宋体">tyle="font-family: simsun; font-size: 14px;">那么就会使用性能较好的tyle="font-family:simsun">target="_blank" title="温补晶振">tyle="color: rgb(255, 0, 0); font-size: 14px;">温补晶振tyle="font-size: 14px; font-family: simsun;">.tyle="font-size: 14px; font-family: simsun;">近日在传感器领域出现了一款高温防水型tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">号称是史上首款tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">那么这一设备对石英晶振的要求有是怎样的呢tyle="font-size: 14px; font-family: simsun;">?
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- [行业资讯]CTS旗下新型435型高工作温度晶体首发2020年12月09日 17:55
tyle=" text-indent: 2em;"> tyle="font-size: 14px;">CTStyle="font-size: 14px; font-family: 宋体;">旗下新型tyle="font-size: 14px;">435tyle="font-size: 14px; font-family: 宋体;">型高工作温度晶体首发tyle="font-size: 14px;">.
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: 宋体;">新型tyle="font-size: 14px;">435tyle="font-size: 14px; font-family: 宋体;">型晶体的发布为tyle="font-size:16px">tyle="color:#ff0000">title="CTS晶振" target="_blank">tyle="color: rgb(255, 0, 0); font-size: 14px;">CTS晶振tyle="font-size: 14px; font-family: 宋体;">产品组合增加了tyle="font-size: 14px;">RoHS6/6[tyle="font-size: 14px; font-family: 宋体;">无铅tyle="font-size: 14px;">],tyle="font-size: 14px; font-family: 宋体;">缝焊tyle="font-size: 14px;">2tyle="font-size: 14px; font-family: 宋体;">垫陶瓷封装tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">尺寸为tyle="font-size: 14px;">5.0mmx3.2mm.tyle="font-size: 14px; font-family: 宋体;">这是替代在盖密封过程中使用的玻璃料中含铅tyle="font-size: 14px;">[Pb]tyle="font-size: 14px; font-family: 宋体;">的同类玻璃密封包装的理想替代品tyle="font-size: 14px;">.435tyle="font-size: 14px; font-family: 宋体;">型还是支持现有设计的另一种解决方案tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">该设计利用了两个可能过时或过时的遗留晶体封装tyle="font-size: 14px;">.
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- [公司新闻]NDK晶振自何时开始执着于5G应用产品开发更新?都有哪些产品?2020年11月11日 18:05
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: simsun;">NDK晶振自何时开始执着于5G应用产品开发更新?都有哪些产品?
tyle=" text-indent: 2em;"> tyle="font-size:16px;font-family:simsun">tyle="font-size:14px;">相信有很多小伙伴都发现了一件事,title="NDK晶振" target="_blank">tyle="color: rgb(255, 0, 0); font-size: 14px;">NDK晶振tyle="font-size:14px;">似乎非常执着于5G应用类产品生产技术的开发以及对一些产品的性能进行更新使其向5G应用设备标准靠近;可能是NDK看到了5G通信市场的风口吧,毕竟时至今日5G也开始了如火如荼的建设,那么NDK在这期间都发布了哪些新品或是更新了什么产品呢?
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- [行业资讯]对美晶振市场或厂家来说,疫情持续蔓延的影响有多大2020年10月16日 17:30
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: 宋体;">对美晶振市场或厂家来说tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">疫情持续蔓延的影响有多大
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: 宋体;">欧洲疫情的第二波蔓延已经滚滚袭来tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">昨日我国驻意大利使馆就已经发布相关公告tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">提醒在意华人注意防护tyle="font-size: 14px;">;tyle="font-size: 14px; font-family: 宋体;">另一个严重的地方就是美国tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">从爆发之初截止目前tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">新冠从未停止过蔓延tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">如今确认总人数已经破tyle="font-size: 14px;">820tyle="font-size: 14px; font-family: 宋体;">万人次tyle="font-size: 14px;">,tyle="font-size:16px;font-family:宋体">tyle="font-size:14px;">然而在美洲的大部分title="石英晶振" target="_blank">tyle="color: rgb(255, 0, 0); font-size: 14px;">石英晶振tyle="font-size:14px;">厂家都是美国的tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">这样的疫情局势是否会对美晶振厂家和市场造成影响tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">这样的影响有多大tyle="font-size: 14px;">.
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- [常见问题]不知道微处理器应用晶振产品应该怎么选择?莫慌!2020年09月22日 17:47
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: simsun;">不知道微处理器应用晶振产品应该怎么选择tyle="font-size: 14px; font-family: simsun;">?tyle="font-size: 14px; font-family: simsun;">莫慌tyle="font-size: 14px; font-family: simsun;">!
tyle=" text-indent: 2em;"> tyle="font-size:16px;font-family:宋体">tyle="font-family: simsun; font-size: 14px;">一款适宜的tyle="font-family:simsun">target="_blank" title="石英晶振">tyle="color: rgb(255, 0, 0); font-size: 14px;">石英晶振tyle="font-family: simsun; font-size: 14px;">产品对电子产品来说有多么重要tyle="font-size: 14px; font-family: simsun;">?tyle="font-size: 14px; font-family: simsun;">举个例子tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">如果对一个蓝牙耳机进行选型的话你就必须要考虑的是产品的音质tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">数据有效传输距离等等tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">那么对此你就必须要考虑的就是晶振频率的稳定性和负载电容的大小tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">因为频率稳定性会影响数据传输的有效性tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">而负载则会影响有效传输距离tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">过大则范围缩小tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">过小则会影响晶振系统稳定性tyle="font-size: 14px; font-family: simsun;">;tyle="font-size: 14px; font-family: simsun;">不仅仅是蓝牙耳机tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">各种电子产品都是一样的tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">只是需求不同tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">考虑要求和标准自然就不同了tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">微处理器上使用的晶振选型也是这样的情况tyle="font-size: 14px; font-family: simsun;">,tyle="font-size: 14px; font-family: simsun;">均是按需考虑tyle="font-size: 14px; font-family: simsun;">.
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- [公司新闻]由一家网络通讯公司走向末路引发深思,晶振厂家初心当不改2020年09月19日 17:47
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: 宋体;">由一家网络通讯公司走向末路引发深思tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">晶振厂家初心当不改
tyle=" text-indent: 2em;"> tyle="font-size: 14px; font-family: 宋体;">前段时间据爆料tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">称深圳一家网络通讯设备公司倒闭了tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">当时第一个想法就是tyle="font-size: 14px;">:tyle="font-size: 14px; font-family: 宋体;">不应该啊tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">现在的通信行业可以说是香饽饽了tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">再差也不至于如此啊tyle="font-size: 14px;">;tyle="font-size: 14px; font-family: 宋体;">了解到相关情况之后才知是因为该公司出产的交换机等通信设备都是采用老旧技术生产的tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">依旧无法满足市场的需求了tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">所以才会导致没有订单维持工厂运转正常运转tyle="font-size: 14px;">;tyle="font-size:16px;font-family:宋体">tyle="font-size:14px;">对于title="石英晶振" target="_blank">tyle="color: rgb(255, 0, 0); font-size: 14px;">石英晶振tyle="font-size:14px;">厂商来说也是一样的tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">多年来被市场淘汰的厂商不在少数tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">但是做成功的也不在少数tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">这其中初心不改tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">勇于创新tyle="font-size: 14px;">,tyle="font-size: 14px; font-family: 宋体;">面向市场这几个因素是非常关键的tyle="font-size: 14px;">.
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- [技术支持]为什么晶振会出现频偏,用什么方法可以最大化缩小其影响2020年07月16日 17:39
tyle="text-indent:2em;"> tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">晶振乃是频率控制元器件tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">但是它的频点会出现上下浮动tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">因为生产技术和固有属性的原因tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent:32px;word-spacing:-1.5px;font-size:16px">tyle="font-size:14px;">将target="_blank" title="石英晶振">tyle="color: rgb(255, 0, 0); font-size: 14px;">石英晶振tyle="font-size:14px;">产品的频点固定在一个特定值上是不现实的tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">所以就有了频率公差的出现tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">即使现在有的晶振产品tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">如温补晶振的频差已经做到了最高tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">0.5ppmtyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">的样子tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">但依旧无法实现完全固定tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">那么为什么会出现这种频偏现象呢tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">,tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">我们应该如何缩小其影响呢tyle="text-indent: 32px; word-spacing: -1.5px; font-size: 14px;">?
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- [日产晶振优势]11SMX晶振吸引大众眼球的仅仅是因为体积吗?2020年05月20日 17:19
- tyle="text-indent:28px;word-spacing:-1.5px">11SMX晶振是当下较小的一款元器件,也是众多厂家中意的target="_blank" title="小型贴片无源晶振" style="text-indent:28px;word-spacing:-1.5px">tyle="color:#ff0000">小型贴片无源晶振tyle="text-indent:28px;word-spacing:-1.5px">.它的体积是其优势,但仅仅是一部分,还有更为突出的是抗tyle="text-indent:28px;word-spacing:-1.5px">冲击tyle="text-indent:28px;word-spacing:-1.5px">金属面外壳,应用的广泛性.你要知道金属外壳具有强大的耐冲击性,可以延长晶振老化时间,如果仔细了解到它的应用你会更大吃一惊,不仅在智能手机,无线路由器上大有用途,在蓝牙耳机中也是受到疯狂追捧.
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