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JTX210音叉晶振,Q0,032768-JTX210-9-20-T2-LF,2012小型贴片晶振

原厂编码 Original model ：	Q 0,032768-JTX210-9-20-T2-LF
产品类型 Product type：	JTX210
频率 frequency ：	32.768K无源晶振
频率容差 frequencytolerance：	±20ppm
负载 Loadcapacitance：	9pF
工作温度 Operating Temperature ：	-40+105℃
尺寸 size ：	2012
制造商 Manufacturer ：	Jauch

CTS西迪斯晶振全系列低功耗晶体解决方案
相较于市面普通国产,台系低功耗晶振,CTS西迪斯原装低功耗晶体解决方案不只是单纯降低功耗,更实现了低功耗,高稳定,高可靠,宽温适配,零故障的综合性能碾压,完美解决行业"低功耗必降稳定性"的技术痛点:
1.低功耗不牺牲稳定性:市面低端低功耗晶振为压低功耗,会削弱谐振增益与晶片稳定性,极易出现停振,温漂超大,时序错乱等问题.CTS西迪斯通过工艺优化实现功耗与性能双向平衡,低功耗前提下保留优异的温稳特性,抗干扰能力与长期老化稳定性.
2.全温域功耗一致性优异:-40°C~+85°C超宽温域内功耗波动极小,杜绝低温功耗激增,高温漏电增大的问题,适配户外,工业,车载等复杂工况,保障设备全环境续航稳定.
3.起振可靠性极高:充足的起振增益余量,低压,低温,休眠唤醒,频繁启停场景下均可快速稳定起振,彻底杜绝低功耗设备常见的间歇性停振,死机,复位故障,大幅降低售后不良率.
4.批量一致性强,适配量产:原厂精密工艺管控,器件功耗,ESR,负载参数批量偏差极小,量产整机功耗一致性高,无需逐台调试,大幅提升量产良率,降低生产测试成本.
5.微型化,高适配,易设计:超小贴片封装,标准频点全覆盖,负载电容常规适配,无需复杂外围电路,无需额外功耗匹配设计,简单替换即可实现整机功耗大幅优化,缩短研发调试周期.

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阅读（68）标签：CTS晶振|低功耗晶振|贴片晶振|汽车电子晶振|西迪斯晶振

[行业资讯]CTS石英振荡器振动诱导相位噪声深度解析2026年09月22日 15:35: CTS石英振荡器振动诱导相位噪声深度解析
振动诱导相位噪声(Vibration-InducedPhaseNoise),是指石英振荡器在外部机械振动,加速度应力,冲击载荷作用下,谐振频率被动态调制,进而引发的相位噪声恶化现象.石英晶振属于机电耦合型器件,依靠石英晶体的压电谐振效应输出稳定时钟信号,其谐振频率对机械应力,形变高度敏感.
静态工况下,CTS高精度石英振荡器凭借高纯度晶片,精密封装与温补电路,可实现极低的本底相位噪声;但在动态振动工况中,持续变化的加速度会让石英晶片产生微小形变,改变晶体弹性系数与谐振尺寸,造成输出频率随振动频率周期性偏移,最终在频谱上形成新增噪声边带,抬升全域噪底,这就是振动诱导相位噪声的核心成因.该问题是高动态工况下精密时钟系统性能衰减的首要诱因,也是军工,车载,高端通信设备研发量产的重点攻克难题.

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[技术支持]CTS压电传感器晶振工作原理2026年09月22日 13:52: CTS压电传感器晶振工作原理
CTS压电传感器的所有工作逻辑,均依托压电效应这一核心物理特性实现,也是区别于普通电阻式,电容式传感器的核心优势.CTS全系压电传感器采用高品质专用压电陶瓷材料制备,该材料具备独特的非对称晶格结构,无外力作用时,材料内部正负电荷中心完全重合,整体呈现电中性,无电荷输出;当受到外部机械作用力干扰时,晶格结构会发生微小,可逆的弹性形变,迫使内部正负电荷中心发生偏移分离,在材料上下表面形成极化电荷,产生电位差,最终输出可采集的电荷信号与电压信号.
这一物理过程即为正压电效应,也是CTS压电传感器的核心工作原理:将机械能量(压力,振动,冲击,应变,加速度)直接转化为电能(电荷,电压信号).且CTS压电陶瓷材料的输出电荷密度与外部施加的机械应力呈精准线性对应关系,应力越大,形变越明显,产生的电荷信号越强,这也是CTS压电传感器能够实现高精度定量检测的核心基础.

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[晶振型号选型指南]CTS汽车级晶体与时钟振荡器的选型指南2026年09月22日 09:20

CTS汽车级晶体与时钟振荡器的选型指南

在车载电子系统中,时钟晶体与振荡器是整车电控,智能座舱,车载通信,自动驾驶辅助等模块的核心"频率心脏".汽车工况复杂多变,高低温骤变,震动冲击,电磁干扰,电压波动等恶劣环境,对晶振的稳定性,精度,可靠性,抗干扰性有着远超消费电子的严苛要求.普通工业级,消费级晶振极易出现频漂,停振,时钟偏移问题,直接导致车载设备死机,通信失灵,定位偏差等故障.
康华尔电子作为CTS西迪斯官方授权一级代理,深耕晶振行业多年,专注CTS全系列汽车级,工业级晶体及时钟振荡器的现货供应与选型技术支持.

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阅读（64）标签：CTS西迪斯晶振|有源晶体振荡器|车载电子晶振|汽车电子晶振

[技术支持]TXC台湾晶技TSV基晶体器件核心技术原理2026年08月31日 13:25

TXC台湾晶技TSV基晶体器件核心技术原理
TSV(Through-SiliconVia,硅通孔/硅穿孔)技术是先进半导体3D封装的核心标志性技术,区别于传统二维横向互联逻辑,通过在硅基衬底上精密刻蚀垂直微孔,填充高纯导电金属,实现垂直穿透式电气互联,是实现器件微型化,低损耗,高集成的核心基础.TXC基于数十年晶体工艺积淀,将TSV技术与石英谐振腔深度融合,自研适配晶体谐振器件的专属硅基TSV工艺体系,构建全新的三维立体器件架构.
TXCTSV基晶体谐振器件核心原理,是利用硅中介层垂直通孔互连替代传统金丝键合横向引线结构,将石英谐振晶片,硅基腔体,电极导通结构进行垂直堆叠集成.通过精密微纳加工工艺,在硅衬底制备高密度,高精度,高一致性的垂直导电通孔,以铜金属填充形成稳定导电通路,让谐振晶片电极直接通过TSV垂直结构连接底部焊盘,无需任何横向引线与键合工艺.大幅缩短信号传输路径,近乎消除寄生参数,同时依托硅基一体化腔体结构,实现晶片全包裹密封,从结构层面同时解决信号损耗,气密性,结构稳定性三大核心问题.
相较于行业通用TSV工艺,TXC针对石英晶体高频谐振特性做了专项优化,精准控制通孔孔径,孔壁平整度,金属填充致密性与应力均匀度,规避TSV工艺易出现的应力集中,漏电,信号串扰问题,保障谐振晶片振动模态纯净,频率输出精准,长期性能稳定,完美适配晶体谐振器件的高频,高稳,低噪工作需求.

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