全站搜索 - 33 - 康华尔电子-进口晶振一站式解决专家爱普生晶振,KDS晶振,京瓷晶振

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: 百利通亚陶晶振,温补晶振,JT晶振,JT15260001晶振

温补晶振(TCXO)产品本身具有温度补偿作用,高低温度稳定性:频率精度高0.5PPM~2.0PPM,常用频率:26M,33.6M,38.4M,40M.因产品性能稳定,精度高等优势,被广泛应用到一些比较品质的数码通讯产品领域,全球导航定位系统,智能手机,WiMAX和无线通信等产品,符合RoHS/无铅.
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: 百利通亚陶晶振,有源晶振,FK晶振,FK1330001Z晶振

3225mm体积非常小的贴片晶振器件,是民用小型无线数码产品的俱佳选择,小体积的晶振被广泛应用到,手机蓝牙,卫星定位系统,无线通讯集,高精度和高频率的稳定性能,非常好的减少电磁干扰的影响,是民用无线数码产品较好的选择,符合RoHS/无铅.
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: 爱普生晶振,温补晶振,TG2016SAN晶振,X1G0044210003晶振

温补晶振(TCXO)产品本身具有温度补偿作用,高低温度稳定性:频率精度0.5PPM~2.0PPM,常用频率:26M,33.6M,38.4M,40M.因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和无线通信等产品,符合RoHS/无铅.
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: NAKA晶振,温补晶振,CHSG(CMOS)晶振,有源晶振

温补进口晶振(TCXO)产品本身具有温度补偿作用,高低温度稳定性:频率精度高0.5PPM~2.0PPM,常用频率:26M,33.6M,38.4M,40M.因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和无线通信等产品,符合RoHS/无铅.
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: NAKA晶振,温补晶振,CHA(OSC)晶振,插件有源晶振

温补晶振(TCXO)产品本身具有温度补偿作用,高低温度稳定性:频率精度高0.5PPM~2.0PPM,常用频率:26M,33.6M,38.4M,40M.因产品性能稳定,精度高等优势,有源晶振被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和无线通信等产品,符合RoHS/无铅.
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: NAKA晶振,温补晶振,CHA(CMOS)晶振,插件进口晶振

温补晶振(TCXO)产品本身具有温度补偿作用,高低温度稳定性:频率精度高0.5 PPM-2.0 PPM,工作温度范围:-30度至85度,电源电压:1.8V-3.3V之间可供选择,产品本身具有温度电压控制功能,世界上最薄的晶振封装,频率:26兆赫,33.6兆赫,38.4兆赫,40兆赫,因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和蜂窝和无线通信等产品,符合RoHS/无铅.
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: CTS晶振,贴片晶振,443晶振,CB3LV-3C-1M8433晶振

超小型表面贴片型SMD晶振,最适合使用在汽车电子领域中,也是特别要求高可靠性的引擎控制用CPU的时钟部分.低频晶振可从12MHz起对应,小型,超薄型具备强防焊裂性,石英晶体在极端严酷的环境条件下也能发挥稳定的起振特性,产品本身具有耐热,耐振,耐撞击等优良的耐环境特性,满足无铅焊接以及高温回流温度曲线要求,符合AEC-Q200标准.
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: 爱普生晶振,贴片晶振,SG-210SEB晶振,SG-210SEB 40.0000MW3

温补晶振（TCXO）产品本身具有温度补偿作用,“SG-210SEB 40.0000MW3”高低温度稳定性:频率精度高0.5 PPM?2.0 PPM,工作温度范围: - 30度?85度,电源电压:1.8V?3.3V之间可供选择,产品本身具有温度电压控制功能,世界上最薄的晶振封装,频率:26兆赫,33.6兆赫,38.4兆赫,40兆赫,因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和蜂窝和无线通信等产品,符合RoHS/无铅.
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: 爱普生晶振,贴片晶振,SG-210SEH晶振

温补晶振（TCXO）产品本身具有温度补偿作用,高低温度稳定性:频率精度高0.5 PPM?2.0 PPM,工作温度范围: - 30度?85度,电源电压:1.8V?3.3V之间可供选择,产品本身具有温度电压控制功能,世界上最薄的晶振封装,频率:26兆赫,33.6兆赫,38.4兆赫,40兆赫,因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和蜂窝和无线通信等产品,符合RoHS/无铅.
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: 爱普生晶振,贴片晶振,SG-210SED晶振,SG-210SED 50.0000ML3

温补晶振（TCXO）产品本身具有温度补偿作用,“SG-210SED 50.0000ML3”高低温度稳定性:频率精度高0.5 PPM?2.0 PPM,工作温度范围: - 30度?85度,电源电压:1.8V?3.3V之间可供选择,产品本身具有温度电压控制功能,世界上最薄的晶振封装,频率:26兆赫,33.6兆赫,38.4兆赫,40兆赫,因产品性能稳定,精度高等优势,被广泛应用到一些比较高端的数码通讯产品领域,GPS全球定位系统,智能手机,WiMAX和蜂窝和无线通信等产品,符合RoHS/无铅.
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: SAW滤波器,声表面滤波器,F11-R315M滤波器

声表面滤波器是在一块具有压电效应的材料基片上蒸发一层金属膜,然后经光刻,在两端各形成一对叉指形电极组成.当在发射换能器上加上信号电压后,就在输入叉指电极间形成一个电场使压电材料发生机械振动(即超声波)以超声波的形式向左右两边传播,向边缘一侧的能量由吸声材料所吸收.在接收端,由接收换能器将机械振动再转化为电信号,并由叉指形电极输出.
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: 声表面滤波器,SAW滤波器,TO-39滤波器

SAW滤波器的主要特点是设计灵活性大、模拟/数字兼容、群延迟时间偏差和频率选择性优良(可选频率范围为10MHz～3GHz)、输入输出阻抗误差小、传输损耗小、抗电磁干扰(EMI)性能好、可靠性高、制作的器件体小量轻,其体积、重量分别是陶瓷介质滤波器的1/40和1/30左右,且能实现多种复杂的功能.SAW滤波器的特征和优点,适应了现代通信系统设备及便携式电话轻薄短小化和高频化、数字化、高性能、高可靠等方面的要求.
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[行业资讯]EPSON爱普生EV7050EAN高速光通信精密测试专用晶振2026年08月20日 10:45: EPSON爱普生EV7050EAN高速光通信精密测试专用晶振
作为全球频率元器件行业标杆品牌,EPSON爱普生凭借数十年SAW谐振技术,高频振荡架构,超低噪声电路调校与精密封装工艺,重磅推出EV7050EAN电压控制式锯齿波振荡器(VCSO).该产品区别于传统晶振架构,采用高性能SAW声表面波谐振原理搭配锯齿波压控振荡架构,具备超宽高频频段,飞秒级超低相位抖动,宽频率牵引范围,LV-PECL高速差分输出等顶级特性,是高速光通信,精密测试仪器,高端射频系统的核心标杆时钟器件.康华尔电子为EPSON爱普生官方正规授权品牌代理商,原厂直供100%原装正品EV7050EAN振荡器,现货充足,规格齐全,技术配套完善,可为客户提供试样测试,批量供货,选型匹配,技术调试一站式服务,咨询热线:0755-27838351.

334-76357f428e86","mention_page_title":{},"external_mention_url":{}},"iskeepquotecontainer":false,"isfromcode":false,"selection":[{"id":83,"type":"text","selection":{"start":255,"end":581},"recordid":"c8o7frmdadqwwdchyjkczla8npf"}],"payloadmap":{},"iscut":false}"="" data-lark-record-format="docx/text" class="lark-record-clipboard">; 阅读（127）标签：EPSON日产晶振|5G通信设备晶振|VCXO石英压控晶振

TCXO晶振技术最新核心进展全方位实现精度跃升
石英晶体具备固有温度特性,环境温度变化会直接改变晶片谐振频率,导致普通晶振出现明显频率偏移,这也是设备时钟不准,定位偏差,通信丢包,采样失真的核心诱因.普通无源晶振,常规有源晶振无温度补偿能力,全温区频率稳定度普遍仅能达到±10ppm~±50ppm,在高低温切换,复杂工况下精度大幅衰减,完全无法适配高精度设备需求.

TCXO温度补偿晶体振荡器的核心优势,是内置高精度温度采集模块+智能补偿电路,可实时检测环境温度变化,通过硬件电路或算法精准输出补偿电压,修正谐振频率,主动抵消温度波动带来的频率漂移,让晶振在全温区范围内保持频率高度稳定.相较于普通晶振,TCXO的频率稳定度提升数十倍甚至上百倍,是实现设备高精度时序控制的核心器件.

3332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"HFFedFsY9o5mDKxaBjocrAg1nRg","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"石英晶体具备固有温度特性，环境温度变化会直接改变晶片谐振频率，导致普通晶振出现明显频率偏移，这也是设备时钟不准、定位偏差、通信丢包、采样失真的核心诱因。普通无源晶振、常规有源晶振无温度补偿能力，全温区频率稳定度普遍仅能达到±10ppm~±50ppm，在高低温切换、复杂工况下精度大幅衰减，完全无法适配高精度设备需求。"},"attribs":{"0":"*0*1+4e"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"1":["author","7592593332774128587"]},"nextNum":2}},"type":"text"}},"Rv8AfiwdcdbWmpcnUpocwSHLnah":{"id":"Rv8AfiwdcdbWmpcnUpocwSHLnah","snapshot":{"ai_extra":{"rewrite_command":1},"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"HFFedFsY9o5mDKxaBjocrAg1nRg","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"TCXO温度补偿晶体振荡器的核心优势，是内置高精度温度采集模块+智能补偿电路，可实时检测环境温度变化，通过硬件电路或算法精准输出补偿电压、修正谐振频率，主动抵消温度波动带来的频率漂移，让晶振在全温区范围内保持频率高度稳定。相较于普通晶振，TCXO的频率稳定度提升数十倍甚至上百倍，是实现设备高精度时序控制的核心器件。"},"attribs":{"0":"*0*1+m*0*1*2+g*0*1+3c"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3}},"type":"text"}},"HFFedFsY9o5mDKxaBjocrAg1nRg":{"id":"HFFedFsY9o5mDKxaBjocrAg1nRg","snapshot":{"type":"page","parent_id":"","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","children":["JeJifrv34dsgGzcDVCsclCxfnrh","J8FKfBpJudXNxWcrQJ0ckZeQnew","Jxp5fBK9mdtnhecwLyScXTl7nDh","Gcu0fD1HfdQsgLcPmTDcQ1eUnod","GvYwf2Ikddg2OuctAQDcHz42n3f","Rv8AfiwdcdbWmpcnUpocwSHLnah","V1hxfbUdxd0Pd7c3bYEclk3Bnhe","JXfqfx2ccdUm57cAFM4cm60An4d","E4uef7X4Gdqd2DcbF2Hcz13lnHg","DHkIfaJFQdaz2MciFQ7cmSDfnPF","Iu91fEtKNdPN1Dc0iUBczeFFnDg","KgZ5f94t4dn1GpcZhYCcX0UQnXc","GNN3fh3MldFI8ycCsfcc954Nnog","UbNsflPVldowM0cR1jTcv1A4nxi","LSjHfdXfbdWkOlcHTMYcSnGhnIb","UTcxfBUhpdeJ1ccowWbcceUCnmc","NHXNf5jETdFLmNciisEcD94qnJd","EV8vf5pd8dvNYicSZiSc8N48nUg","UuwUfmJtCdo19cccoskc1TQRnsR","RzhwfT4LodLmjxchgcycPWlunHe","AYskfNlefdkKqfc8ZEZcM44FnCf","NdLHfWJ1cdIts3cAPTEcIQr4nDe","S5E6f12HrdFDg5cAyjPcF2wjncg","EyQCflG7VdRMCxcBht4cB8FYnhb","LGE7fVHa8dIA7ScxRBvcH68Snic","ZY6zfSgAAdPvMFcCEVecOi59nQc","XFB7fWAyndiQdNccXYjck8jcn7b","RsdwfYE04dLEHTcNY49c3PNKn3e","XmwFfuVxSd52wrclW5zcFDuGnsh","GSdRfeNfvdWudCcImv4cNSNunKh","P2XkfOPGQdXC7EcmenAc9qttnqd","GFfJfW1hqdk87pcx6WtcizRPntc","EPV8fcQ2RdvypYcnBPacNLbfnDg","TSRlfNYmWdlg7gcnI3qcA8tCnhs","ILUFf02EUdq9hIcUzBochH7ontd","TDIEfNYfPd683ccmxPrcJnjinBh","D9t4fVXQBdaTzecgIfLcqta9nNd","DkrPfPtF0dNIuKc4NgdcIZlFntg"],"text":{"apool":{"nextNum":2,"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]}},"initialAttributedTexts":{"attribs":{"0":"*0*1+r"},"text":{"0":"实现精准度提升：探索TCXO温度补偿晶振技术的最新进展"}}},"align":"","doc_info":{"editors":["7592593332774128587"],"options":["editors","edit_time"],"deleted_editors":null,"option_modified":null},"revision_container_id":"doxcnYPf3Mza3TJtVN69K2I6YEb","status":{"streaming":{"enabled":false,"expired_at":"1784774751","is_create_command":true,"operator_id":"7592593332774128587","source":1}}}}},"payloadMap":{"GvYwf2Ikddg2OuctAQDcHz42n3f":{"level":1},"Rv8AfiwdcdbWmpcnUpocwSHLnah":{"level":1}},"extra":{"channel":"saas","pasteRandomId":"f87511b5-1381-4f33-a02b-20e9e363fe06","mention_page_title":{},"external_mention_url":{},"isEqualBlockSelection":true},"isKeepQuoteContainer":false,"selection":[{"id":6,"type":"text","selection":{"start":0,"end":158},"recordId":"GvYwf2Ikddg2OuctAQDcHz42n3f"},{"id":7,"type":"text","selection":{"start":0,"end":158},"recordId":"Rv8AfiwdcdbWmpcnUpocwSHLnah"}],"pasteFlag":"008ca181-fb5d-4b2a-8313-967188bb777a"}'>

阅读（72）标签：ECS有源晶振|TCXO温度补偿晶振|低功耗精密设备晶振

[技术支持]Rakon瑞康新一代晶体振荡器技术深度解析2026年07月21日 15:57

Rakon瑞康新一代晶体振荡器技术深度解析
Rakon瑞康新一代晶体振荡器的核心革新,在于摒弃传统分立电路设计,采用自研专属ASIC专用集成电路+XMEMS®精密谐振单元+Kelvin™高精度测温传感的一体化集成架构,将传统晶振需要数十颗分立元器件实现的全部功能,高度集成至单颗定制ASIC芯片内部,实现时钟信号产生,温度采集,智能补偿,频率校准,稳压滤波,信号整形,功耗管控,故障纠错的全流程单芯片闭环控制,从硬件底层重构精密时序器件的工作逻辑.

不同于通用商用芯片,RakonMercury+™,Pluto+™系列ASIC芯片是专为高精度晶振量身定制的专用集成电路,针对性优化时序运算,温度补偿,低噪声处理算法,完全适配高端TCXO,OCXO的精密工作需求.其中Pluto+™ASIC主打高性价比精密温补时序场景,适配工业,导航,常规通信设备;Mercury+™ASIC定位军工级,仪器级超高精度恒温时序场景,主打极致低噪声,超高稳定,超低老化漂移,是高端OCXO的核心核心主控芯片.

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阅读（103）标签：Rakon瑞康晶振|军工级晶振|卫星通信晶振

[技术支持]RIVER晶振5G-A/6G全场景高精度计时解决方案2026年07月20日 10:03

RIVER晶振5G-A/6G全场景高精度计时解决方案
RIVER日本大河晶振,深耕通信高精度计时领域数十年,深度跟进5G-A迭代,6G技术预研与商用落地进程,精准吃透新一代移动通信网络的高频,高精度,高同步,高可靠,长寿命核心需求.依托品牌独家KoT正交板波专利切割技术,无PLL超低抖动原生振荡架构,宽温高稳精密工艺,低老化长效技术体系,针对性打造专为5G-Advanced进阶网络,6G未来全域组网量身定制的高精度计时解决方案,全方位解决新一代通信网络时序不稳定,同步精度不足,高频噪声干扰,温漂失控,长期老化失效等行业痛点.

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阅读（73）标签：通信设备晶振|6G网络设备晶振|工业应用晶振|大河晶振|日产进口晶振

[行业资讯]京瓷KYOCERA超小型低电压晶振适配智能眼镜迭代升级2026年07月13日 13:31

京瓷KYOCERA超小型低电压晶振适配智能眼镜迭代升级
京瓷针对AR/VR智能眼镜,轻量化穿戴终端的专属工况,摒弃通用晶振的均衡化设计逻辑,以极致小型化,超低电压驱动,微功耗运行,宽温高稳定为核心研发方向,打造出适配穿戴设备极限设计的定时晶振产品矩阵.其中代表性的KC1210A等系列超小型振荡器,依托京瓷独家微型元件设计与精密陶瓷封装技术,实现了体积,功耗,稳定性的全方位突破,完美解决传统晶振的行业痛点,成为当下高端智能眼镜的标配核心定时器件.

相较于市面上普通穿戴晶振,京瓷智能眼镜专用定时器件具备四大差异化核心特质:行业领先超小型封装尺寸,突破性超低电压驱动,纳安级极致微功耗,军工级宽温抗振稳定性能,从硬件底层全方位赋能智能眼镜实现轻薄化机身,长效化续航,低延迟交互,全天候稳定运行.

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阅读（78）标签：京瓷KYOCERA晶振|有源晶振|日产晶振

[行业资讯]Q-Tech晶振的QT2021系列具有出色的抗辐射能力2026年07月03日 15:08: Q-Tech晶振的QT2021系列具有出色的抗辐射能力
Q-Tech晶振QT2021系列是专为太空辐照,高空辐射,军工复杂辐照场景量身打造的高可靠晶振产品,摒弃普通晶振民用化,通用化设计逻辑,从晶片选材,晶格加固,电路优化,材质升级,封装防护,辐照预筛选全链路完成专项抗辐照加固,具备超高辐照耐受度,零辐照精度崩塌,超低老化漂移,强环境适配的核心优势,完美解决空天辐照工况下的时序器件失效难题.

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[技术支持]Microchip晶振耐辐射低抖动时钟发生器核心技术优势2026年07月02日 15:29

Microchip晶振耐辐射低抖动时钟发生器核心技术优势
针对高端特种装备与航天军工设备的极致时序需求,Microchip(微芯科技)依托数十年宇航级时序器件研发积淀,重磅推出耐辐射,低功耗,超低抖动可编程时钟发生器系列(代表型号:DSA504RT宇航级六输出时钟发生器).该系列器件专为极端恶劣工况量身打造,融合PureSilicon™MEMS核心技术与原厂宇航级抗辐射工艺,完美解决传统时钟器件辐射耐受差,时序抖动大,温漂明显,功耗偏高,集成度低的行业痛点,成为新一代星载计算,航天载荷,军工测控,高端精密设备的标准化时序核心解决方案.

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阅读（84）标签：低抖动晶振|工业级晶振|Microchip进口晶振

[行业资讯]Statek推出CXOXLPN低相位噪声石英晶体振荡器2026年07月01日 09:55: Statek推出CXOXLPN低相位噪声石英晶体振荡器
市面上常规通用晶振受限于老旧电路架构,普通晶片工艺,简易滤波设计,普遍存在底噪高,近端相噪差,杂散干扰多的缺陷,极易导致高端设备出现无线接收灵敏度下降,邻道干扰严重,动态测试误差偏大,高速传输误码飙升,系统同步失锁等致命问题,完全无法满足军工,航天,精密射频,高端测试测量设备的严苛时序标准.为彻底解决高端高频系统的相噪痛点,美国高可靠时序器件领军品牌Statek,依托近70年军工级石英晶振研发制造积淀,重磅推出CXOXLPN系列超低相位噪声石英晶体振荡器.该系列产品凭借行业顶尖的相噪指标,极致低抖动特性,超高频率稳定度,军工级抗冲击可靠性,专为高端精密高频设备量身打造,重塑低相噪时钟器件行业标杆.

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