100G光模块用差分有源晶振推荐应达利1631-H1565,频率156.25MHz,工作电压3.3V
随着人工智能技术的快速发展,光模块和算力服务器成为了当前信息通信领域中的热门产品。石英晶体谐振器和振荡器虽然在光模块成本中占比不高,但却对光模块的稳定性和可靠性发挥着重要作用。这些晶振提供了高精度的时钟信号和稳定的频率控制,从而提高光模块的速率,增加通信距离,并提高带宽等。因此,晶振可以说是光模块的重要保障。
客户的主要产品做光模块、交换机、光纤收发器和光纤到户的PON产品。现有100G光模块的项目,要选一个差分的普通有源晶振,要求:3.3V供电156.25Mhz SPXO;温度范围广;抖动小;封装通用3225 6pin;频率容差小。
应达利的1631-H1565有源晶振产品,频率156.25MHz,3225封装尺寸6pin,3.3V工作电压,工作温度范围-40~105℃,频偏50ppm,符合客户要求,有LVPECL或者LVDS差分输出可供选择。
应达利电子集团于1995年在深圳成立,专业研发生产销售石英晶体谐振器、振荡器。晶振尺寸小至1.2 X 1.0mm,频率范围32.768KHz~200MH,包含无源晶体、热敏晶体、32.768KHz音叉晶体、温补钟振TCXO、压控钟振VCXO、差分振荡器等,广泛应用于5G、智能家居、消费电子、汽车电子(符合AEC-Q200)、通讯产业、医疗电子、安防行业、工业设备等行业。
应达利自有工厂面积超过40,000平米,年产能超过 1,000,000,000颗,已通过ISO 9001、IATF 16949、ISO 14001体系认证,拥有超53项发明专利和实用新型专利。产品远销欧美、亚太等地区,销售办事处遍布北京、重庆、苏州、福州、深圳、香港、台湾。
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本文由提灯破云转载自应达利,原文标题为:应达利156.25MHz差分有源晶振用于100G光模块,工作电压3.3V,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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YXC无源晶振【选型篇】
晶振是一种能够产生时钟频率信号的关键元件。无源晶振的工作原理基于石英的压电效应。在石英水晶片的两边镀上电极,当在两电极上加一定的电压时,由于石英的压电效应会产生形变,从而给IC提供一个正弦波形。这个正弦波形经过IC的内部整形和PLL(锁相环)电路后,产生方波,然后输入给下级电路。无源晶振必须结合外围电路构成一个振荡器才能输出特定频率的信号,而这个振荡器需要外部电源提供驱动电流。
【选型】30MHz无源晶振X1E000021041000/11助力智能家居无线模块设计,频率稳定度±10PPM
针对如上设计需求,推荐选择EPSON(爱普生)TSX-3225系列无源晶体X1E000021041000/11,采用3225封装,4pin,额定频率30MHz,负载电容7pF,全温-20℃~75℃条件下精度±10ppm。
【应用】无源晶体CX3225/2016SA系列助力5G通信电源MCU设计,±150ppm的温漂保证频率精度
相比4G通信电源,5G通信电源需求低成本、高效率、所以5G通信电源在功率密度上要远优于传统的4G方案,对内部器件可靠性要求较高。针对主控MCU参考晶体,推荐京瓷的CX3225/CX2016系列晶体振荡器,工作频率范围8-60MHz,标准负载电容8pF,最高工作温度达到125˚C,精度最高可以达到±15ppm。
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众所周知,电子线路中的晶振分为无源晶振和有源晶振两种类型。本文应达利探讨了如何区分有源晶振和无源晶振。
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描述- 本资料对爱普生无源晶体、时钟、陀螺仪传感器、有源晶振等产品进行了介绍。
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