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ConnorWinfield康纳温菲尔德CS-023晶振,CS-023-114.285M无源晶振，ConnorWinfield康纳温菲尔德晶振，美国进口晶振，CS-023石英贴片晶振是一款小体积晶振，外形尺寸3.2x2.5mm贴片晶振，四脚贴片晶振，无源晶振，CS-023-114.285M石英晶振，石英晶体谐振器，无铅环保晶振，表面安装在AT切割的第三泛音晶体。它们在许多频率合成器和PLL应用中被用作参考晶体。频率为：114.285MHz，频率校准：±20ppm，频率稳定性：CS-023：±20ppm，温度范围：-40至85°C，表面安装包装带和卷轴包装符合RoHS/无铅，应用于移动通讯设备，无线网络，蓝牙晶振，汽车电子，导航仪，GPS定位，物联网，平板电脑，医疗设备，数码电子等应用。更多 +
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ConnorWinfield晶振CS-018,CS-018-114.285M小体积3225晶振，ConnorWinfield康纳温菲尔德晶振，美国进口晶振，CS-018石英贴片晶振是一款小体积晶振，外形尺寸3.2x2.5mm贴片晶振，四脚贴片晶振，无源晶振，CS-034-040.0M石英晶振，石英晶体谐振器，无铅环保晶振，表面安装在AT切割的第三泛音晶体。它们在许多频率合成器和PLL应用中被用作参考晶体。频率为：114.285MHz，频率校准：±20ppm，频率稳定性：CS-018：±100ppm，温度范围：-40至85°C，表面安装包装带和卷轴包装符合RoHS/无铅，应用于移动通讯设备，无线网络，蓝牙晶振，汽车电子，导航仪，GPS定位，物联网，平板电脑，医疗设备，数码电子等应用。更多 +
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CITIZEN无源晶振CS325S,CS325S24000000ABJT车载导航晶振
CITIZEN无源晶振CS325S,CS325S24000000ABJT车载导航晶振，日本进口CITIZEN西铁城晶振，CS325S是一款小体积晶振尺3.2x2.5mm晶振，四脚贴片晶振，CS325S28636300ABJT无源晶振，CS325S18432000ABJT石英晶振，CS325S32000000ABJT贴片晶振，石英晶体谐振器，无铅环保晶振，具有超小型，轻薄型，高精度，高可靠性，耐热及耐环境特点，适用于移动通讯设备，无线网络，平板电脑，智能手机，蓝牙模块，汽车电子晶振，车载导航晶振， 医疗设备，物联网应用。更多 +
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KDS石英晶振DSX321SH,1ZNY12000BC0C小型3225mm晶振，日本进口KDS大真空晶振，DSX321SH是一款小体积尺寸3.2x2.5mm贴片晶振，1ZNY24000BC0E无源晶振，1ZNY28636BC0A石英晶振，1ZNY12000CC0D四脚贴片晶振，石英晶体谐振器，无铅环保晶振，小型，薄型，SMD水晶振动子3225尺寸、厚度0.65mm，耐热性优异，高精度，高可靠性，支持广泛的频率：12MHz-50MHz晶体，符合AEC-Q200标准，用途：移动通信设备，近距离无线模块，DVC，DSC，PC等小型设备，车载晶振，无线网络晶振，蓝牙模块晶振，GPS定位系统，无线通讯集，多媒体设备等车载用途（符合AEC-Q200标准）。1ZNY12000AB0C产品具有优良的耐热性，耐环境特性，可发挥晶振优良的电气特性，符合RoHS规定，满足无铅焊接的高温回流温度曲线要求，是民用无线数码产品最好的选择。更多 +
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2520mm体积的石英晶体振荡器有源晶振,该产品可驱动2.5V的温补晶振,压控晶振,VC-TCXO晶体振荡器产品,电源电压的低电耗型,编带包装方式,可对应自动高速贴片机自动焊接,及IR回流焊接（无铅对应）,为无铅产品,超小型,质地轻.产品被广泛应用到集成电路,程控交换系统,无线发射基站.更多 +
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小型贴片石英晶振主要采用了，先进的晶片的抛光工艺技术，是晶体行业中石英晶片研磨技术中表面处理的最高技术，最终使晶片表面更光洁，平行度及平面度更好，大大的降低谐振电阻，使精度得到了很大的提升。改变了传统的生产工艺，使产品在各项参数得到了很大的改良,外观尺寸具有薄型表面贴片型石英晶体谐振器,特别适用于有小型化要求的市场领域,比如智能手机,无线蓝牙,平板电脑等电子数码产品。更多 +
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- [新闻资讯]什么是相位噪声和抖动ECS晶振的两大核心解析2026年07月23日 11:48
什么是相位噪声和抖动ECS晶振的两大核心解析
理想的时钟方波信号,每一个上升沿,下降沿都会在绝对精准的时间点准时出现,周期完全均匀,时序绝对规整.但实际电路中,受晶片热噪声,电源纹波,电磁干扰,温度漂移,器件老化等因素影响,时钟边沿会出现微小的,无规律的偏移,时而提前,时而滞后.这种实际时钟边沿与理想标准时间位置的偏差误差,就叫做时钟抖动(Jitter).它是纯粹的时域指标,聚焦"时间准不准".
从频域频谱角度观察,理想晶振输出的时钟信号,能量应该完全集中在单一中心频率点,波形纯净,无杂波,无旁瓣.但实际工作中,时钟信号会产生微小的相位波动,导致信号能量向中心频率两侧扩散,形成类似"裙摆"的噪声基底与离散杂散波.这种时钟信号在频域上的频谱杂散与能量扩散程度,就是相位噪声.它是纯粹的频域指标,聚焦"信号纯不纯",专门用来衡量高频射频,通信系统的时钟质量.28587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"QhgvdIJvyoF1rUxKNxGc5mnZnCd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"首先建立核心底层认知：相位噪声与时钟抖动描述的是同一个时钟不稳定现象，只是观测维度不同、应用场景不同、测量方式不同，二者可以通过公式互相换算，是时钟信号纯净度的一体两面。简单来说：抖动是时域看时间偏差，相位噪声是频域看频率杂散，所有的时钟抖动，本质都会转化为相位噪声，所有的相位杂散，也都会体现为时序抖动。"},"attribs":{"0":"*0*1+b*0*1*2+1a*0*1+2o"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3}},"type":"text"}},"T2pbf9td4d9YMmcqeYZcVjjDndc":{"id":"T2pbf9td4d9YMmcqeYZcVjjDndc","snapshot":{"ai_extra":{"rewrite_command":1},"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"QhgvdIJvyoF1rUxKNxGc5mnZnCd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"普通低频设备对这两个参数不敏感，所以常规无源晶振即可满足需求；但5G/6G通信、高速差分总线、高精度定位、精密测控、音频解码、车载高速电控等高端设备，对时序精度极致苛刻，相位噪声与抖动超标会直接导致产品性能降级、功能异常、无法过认证，是高端硬件设计必须严控的核心指标。"},"attribs":{"0":"*0*1+3q"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"1":["author","7592593332774128587"]},"nextNum":2}},"type":"text"}},"QhgvdIJvyoF1rUxKNxGc5mnZnCd":{"id":"QhgvdIJvyoF1rUxKNxGc5mnZnCd","snapshot":{"type":"page","parent_id":"","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","children":["R4Raf1rNedFFQXcFEWQcFsYAnfo","FNmGfKGORd3bYzcsBtzc93uUnHe","QorXfnIVbdAvbucKQqQc9LcFnme","HHA3fy59Zd4HgEcD1Dxc7d21nQh","DiMWf4E0wdSTyMcxf8WcJzpbnph","T2pbf9td4d9YMmcqeYZcVjjDndc","QUwSfk5kCdg36cc232zcqlxcn8e","JzPzfq9qCdg2oxco6eFcKCcOn0c","INUCfl3iOdqI7fcN1f7cGmNMn7d","AD8ifhShsdkADjcb560cR0oSnye","OGAhfxG8Bdh4kDc8irlcAwKnnRf","YTz8friWxdkL3ucQuE5cRLSYnjc","CltPfije4dmTYOc1XaocNVqEncs","MaXQfLyWXdnupCcfzUhcUVb5nre","IyNIfoU2ade4VJcq3IucmLlTncd","GVdofdwyGdBCeQc7PVFcCWounfb","QfBLf0H8Ad5Rp7cwKpacXmxDnIb","VogpfYv4dd8DGCchDtqczBmEncf","Pv8uf3BGadam2zcIaf4cEJ90nte","RFUtf2OXydeh1ccZjigcliYunVb","BrJ9fwMFNdMkgAc9PJEcV6Jun7d","GzP0fGGnqdtAYccZ2pLcCnh3nBh","J2shfrNoqdAHpecNRGXcY2mInwc","Nr7Zfxxw0dIUgKck3ZFcdPSlnsc","Zn6vfM9EcdukIzcc9CQc3IAnnpc","Av4Gf087udNAmTcPn07cPB9lnkh","LAjTfmoXidOIxdcSvG5cSPEFn4f","QP4bfLkjodJvddcZYjncC50qn1e","JY2afb1lMdJCZoctc2RcvkxbnNg","CIuLfCBDKd9Sl4cgxfAcH9fCnth","THFzfBm8UdCn6Cc8D7zcZq99nSf","NKFEf6CpMd2GfIcbJOWcucGtnMc","LgXlf1OSpdpJOvcewlAc9TpMnRc","JJlJfZRGjdoMu6cS0kPcRwbsnKj","IiylfGiCGdUsmtcUqKBcZ1htn4I","GK8tfCQKHdfl0PcD0hMcOXkBnvg","PUAPfJrDvdQrKJc9sKkcFPi5nKd","Nf25ftJFVddQxSccRknciVv7nac","Mr1xfQ76LdvHOPc3U4tcZvYon9c","VAIWfrWabd80SXcNkbBc8Czkn1g","Dw9CfcMwIda6i3cYiTEcZrVknRq","Ufp7fXd47dqkK8cBPjgcbEFbnMd","EDZXfMbiKdffnxcsbGWcdmionBc","RfdPfHzMUdPEDwcan7qckh4inQe","Fp4sfxJnmd4ffschDt6cumbpn2d","WVTrfStB7do8gTcheAwc7R9vnch","MBISfbWTTdKLBzcXr9acGsk9n8f","MFW4fd859dx6xqc1qSTcPoS1nbf","VQ4Qfx2pEdOqJUcyOXocbsGUnud","CEvWfZPGhdc99rc72T1cQAbWnCj"],"text":{"apool":{"nextNum":2,"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]}},"initialAttributedTexts":{"attribs":{"0":"*0*1+p"},"text":{"0":"什么是相位噪声和抖动？时钟信号两大核心参数深度解析"}}},"align":"","doc_info":{"editors":["7592593332774128587"],"options":["editors","edit_time"],"deleted_editors":null,"option_modified":null},"revision_container_id":"doxcng3lmZPk269gKllICIm0Upe","status":{"streaming":{"enabled":false,"expired_at":"1784778616","is_create_command":true,"operator_id":"7592593332774128587","source":1}}}}},"payloadMap":{"DiMWf4E0wdSTyMcxf8WcJzpbnph":{"level":1},"T2pbf9td4d9YMmcqeYZcVjjDndc":{"level":1}},"extra":{"channel":"saas","pasteRandomId":"70f0902d-a549-4185-902b-b4b3f5b53990","mention_page_title":{},"external_mention_url":{},"isEqualBlockSelection":true},"isKeepQuoteContainer":false,"selection":[{"id":6,"type":"text","selection":{"start":0,"end":153},"recordId":"DiMWf4E0wdSTyMcxf8WcJzpbnph"},{"id":7,"type":"text","selection":{"start":0,"end":134},"recordId":"T2pbf9td4d9YMmcqeYZcVjjDndc"}],"pasteFlag":"d655d475-1551-4535-b13b-9fd16f1755ca"}'>28587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"QhgvdIJvyoF1rUxKNxGc5mnZnCd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"理想的时钟方波信号，每一个上升沿、下降沿都会在绝对精准的时间点准时出现，周期完全均匀、时序绝对规整。但实际电路中，受晶片热噪声、电源纹波、电磁干扰、温度漂移、器件老化等因素影响，时钟边沿会出现微小的、无规律的偏移，时而提前、时而滞后。"},"attribs":{"0":"*0*1+39"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"1":["author","7592593332774128587"]},"nextNum":2}},"type":"text"}},"AD8ifhShsdkADjcb560cR0oSnye":{"id":"AD8ifhShsdkADjcb560cR0oSnye","snapshot":{"ai_extra":{"rewrite_command":1},"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"QhgvdIJvyoF1rUxKNxGc5mnZnCd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"这种实际时钟边沿与理想标准时间位置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阅读（53）
- [新闻资讯]深度解析Rakon瑞康晶振相位噪声与时序抖动2026年07月21日 17:01
深度解析Rakon瑞康晶振相位噪声与时序抖动
依托全套核心技术加持,Rakon瑞康TCXO,OCXO系列产品在相位噪声,时序抖动指标上全面领跑行业,精准适配高端设备严苛标准.
超低相位噪声表现:主流高频TCXO产品可实现-130dBc/Hz@100Hz,-150dBc/Hz@1kHz的优质相噪指标,近端与远端噪声底噪极低,频谱纯净度远超同尺寸传统石英晶振;高端Mercury+™架构OCXO相位噪声性能达到仪器级,军工级水准,可满足基站核心时序,精密测试,航天测控的极致低噪声需求.
极致低时序抖动表现:得益于纯净载波输出与动态误差实时修正,Rakon集成式晶振时序抖动控制在飞秒级,全程时序边沿规整,偏移量极小,无瞬时跳变,无动态漂移,完美匹配高速数据传输,多传感器时序融合,精密同步授时等高规整度时序场景.
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