-
爱普生晶振,差分晶振,EG-2101CA晶振,EG-2101CA 125.0000M-PCHL3
差分晶振的使用特点在于能够从50MHZ频率做到700MHZ的超高频点.“EG-2101CA 125.0000M-PCHL3”特别是“SAW单元极低的抖动振荡器”能达到声表面波等要求值,简称为“低抖动振荡器”.此款晶振电源电压相较于之前能够做到2.5V~3.3V之间,其工作温度以及储存温度范围远远超过了普通晶振,达到了-45°~+100°的温度范围,差分晶振的精度值(PPM)可精确到±10PM,普通晶振达不到的输出电压,差分晶振做到了1V,起振时间超快为0秒,随机抖动性能0.2ps Typ. 3ps Typ. 25ps Typ. 4ps Typ.都是较为常见的,相位抖动能从0.3ps Max-1ps Max.更多 +
-
TXC晶振,贴片晶振,9HT12晶振,无源晶振
更多 +小体积SMD时钟石英晶体振荡器,是贴片音叉晶体,千赫频率元件,应用于时钟模块,智能手机,全球定位系统,因产品本身体积小,SMD编带型,可应用于高性能自动贴片焊接,被广泛应用到各种小巧的便携式消费电子数码时间产品,环保性能符合ROHS/无铅标准.
-
TXC晶振,贴片晶振,7R晶振,石英晶振
普通USB石英晶振,外观完全使用金属材料封装的,产品本身采用全自动石英晶体检测仪,以及跌落,漏气等苛刻实验.产品本身具有高稳定性,高可靠性的石英晶体谐振器,焊接方面支持表面贴装,外观采用金属封装,具有充分的密封性能,车载晶振本身能确保其高可靠性,采用编带包装,可对应产品应用到自动贴片机告诉安装,满足无铅焊接的高温回流温度曲线要求.更多 +
-
TXC晶振,9HT11晶振,贴片晶振,高频晶振
32.768K系列具有超小型,薄型,质地轻的表面贴片音叉型石英晶体谐振器,晶振产品本身具备优良的耐热性,耐环境特性,在办公自动化,家电领域,移动通信领域可发挥优良的电气特性,符合无铅标准,满足无铅焊接的回流温度曲线要求,金属外壳的石英晶振使得产品在封装时能发挥比陶瓷晶振外壳更好的耐冲击性能.更多 +
-
TXC晶振,贴片晶振,7R晶振,石英晶振
普通USB石英晶振,外观完全使用金属材料封装的,产品本身采用全自动石英晶体检测仪,以及跌落,漏气等苛刻实验.产品本身具有高稳定性,高可靠性的石英晶体谐振器,焊接方面支持表面贴装,外观采用金属封装,具有充分的密封性能,车载晶振本身能确保其高可靠性,采用编带包装,可对应产品应用到自动贴片机告诉安装,满足无铅焊接的高温回流温度曲线要求.更多 +
-
TXC晶振,贴片晶振,OW晶振,无源贴片晶振
台湾晶技该系列产品具有高精度超小型的表面贴片型石英晶体谐振器,最适用于移动通信终端的基准时钟等移动通信领域.比如智能手机,无线通信,卫星导航,平台基站等较高端的数码产品,晶振本身小型,薄型具备各类移动通信的基准时钟源用频率,智能手机晶振,贴片晶振具有优良的电气特性,耐环境性能适用于移动通信领域,满足无铅焊接的高温回流温度曲线要求.更多 +
-
TXC晶振,贴片晶振,8J晶振,蓝牙晶振
更多 +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8MHz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.
-
TXC晶振,贴片晶振,9Q晶振,1612mm四脚金属面晶振
贴片晶振本身体积小,超薄型石英晶体谐振器,特别适用于有目前高速发展的高端电子数码产品,因为晶振本身小型化需求的市场领域,小型,薄型是对应陶瓷谐振器(偏差大)和普通的石英晶体谐振器(偏差小)的中间领域的一种性价比较出色的产品.产品广泛用于笔记本电脑,无线电话,卫星导航HDD, SSD, USB, Blu-ray等用途,符合无铅焊接的高温回流焊曲线特性.更多 +
-
TXC晶振,贴片晶振,8Q晶振,单片机晶振
台湾晶技该系列产品具有高精度超小型的表面贴片型石英晶体谐振器,最适用于移动通信终端的基准时钟等移动通信领域.比如智能手机,无线通信,卫星导航,平台基站等较高端的数码产品,晶振本身小型,薄型具备各类移动通信的基准时钟源用频率,贴片晶振具有优良的电气特性,耐环境性能适用于移动通信领域,满足无铅焊接的高温回流温度曲线要求.更多 +
-
TXC晶振,贴片晶振,7M晶振,7M12000001晶振
3225晶振mm体积贴片晶振适用于汽车电子领域的表面贴片型石英晶振,本产品已被确定的高信赖性最适合用于汽车电子部件,晶体在极端严酷的环境条件下也能发挥稳定的起振特性,晶振本身具有耐热,耐振,耐冲击等优良的耐环境特性,满足无铅焊接的高温回流温度曲线要求,符合AEC-Q200标准.振外壳更好的耐冲击性能.更多 +
-
NDK晶振,车载晶振,NX8045GB晶振,NX8045GB-12.000000MHZ晶振
贴片石英晶体,体积小,焊接可采用自动贴片系统,产品本身小型,表面贴片晶振,特别适用于有小型化要求的电子数码产品市场领域,因产品小型,薄型优势,耐环境特性,包括耐高温,耐冲击性等,在移动通信领域得到了广泛的应用,晶振产品本身可发挥优良的电气特性,满足无铅焊接的高温回流温度曲线要求.更多 +
-
加高晶振,贴片晶振,HSX111SA晶振
贴片晶振本身体积小,超薄型石英晶体谐振器,特别适用于有目前高速发展的高端电子数码产品,因为晶振本身小型化需求的市场领域,小型,薄型是对应陶瓷谐振器（偏差大）和普通的石英晶体谐振器（偏差小）的中间领域的一种性价比较出色的产品.产品广泛用于笔记本电脑,无线电话,卫星导航HDD, SSD, USB, Blu-ray等用途,符合无铅焊接的高温回流焊曲线特性.更多 +
- [公司资讯]KDS大真空DSX211G系列2016超微型高频贴片晶振2026年08月21日 00:34
KDS大真空DSX211G系列2016超微型高频贴片晶振
DSX211G是一款高性能基频型SMD表面贴装石英晶体谐振器,采用KDS大真空成熟的真空玻璃密封工艺与精密晶圆切割调校技术,主打中高频,超微型,宽温高可靠,工业车载级适配,是目前2016封装尺寸中综合性能最优的高频无源晶振系列之一.该产品为基频泛音设计,无需额外匹配升压电路,电路适配简单,起振稳定,波形纯净,彻底解决传统高频晶振起振困难,波形畸变,温漂过大,阻抗偏高的行业痛点,广泛适配工业设备,车载多媒体,USB通信,高清数码设备,近距离通信模组等中高频时钟场景,可全面替代同规格普通国产晶振,进口通用晶振,大幅提升终端设备时序稳定性与产品档次.
在封装规格上,DSX211G采用行业主流的2016超微型贴片封装(2.0×1.6×0.65mm),超薄机身结构适配高密度SMT全自动高速贴装工艺,贴装良品率高,无翘板,无虚焊问题,完美适配各类小型化,轻薄化,高密度布局的PCB设计,有效节省设备布局空间,助力终端产品微型化升级.产品频率覆盖20.000MHz~64.000MHz超宽中高频区间,覆盖市面绝大多数通信,工控,数码设备的高频时钟需求,同时提供8pF,10pF,12pF多档位负载电容可选,可精准匹配不同主控电路,时钟电路的阻抗参数,适配性极强,落地调试难度极低.
- 阅读（46）
- [公司资讯]Jauch石英晶体的理论与应用2026年08月04日 00:57
Jauch石英晶体的理论与应用
区别于市面普通石英晶体粗放化的生产工艺与宽松参数标准,Jauch从底层物理理论出发,实现材料提纯→精密切割→纳米级研磨→参数校准→老化筛选→可靠性测试全流程自主可控.依托近70年德系精工积淀,产品具备高Q值,低损耗,低噪声,低温漂,高一致,高耐候的核心优势,既满足普通消费电子的性价比需求,又能适配工业,车载,精密仪器等高端严苛场景的可靠性要求.同时品牌量产体系成熟,品控严苛,批次稳定性强,可有效帮助企业降低设备故障率,提升产品良品率,减少售后成本.128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"cfbbffcc-44bb-481b-91e9-825488b26172","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":34,"type":"text","selection":{"start":0,"end":226},"recordId":"Oi8sfNAv1dhhUDc8bgScDHgAnvg"}],"payloadMap":{},"isCut":false}'>- 阅读（51）
- [公司资讯]超低功耗MCU模拟器件优化ECS晶体振荡器精准选型准则2026年07月24日 00:59
超低功耗MCU模拟器件优化ECS晶体振荡器精准选型准则
超低功耗MCU的核心优势在于休眠功耗极低,待机续航持久,其搭载的模拟电路主要负责信号采集,电压监测,定时唤醒,低频通信等功能,对时钟源的要求与常规高速MCU截然不同,传统晶振选型极易出现适配漏洞,核心痛点集中在四点:1.功耗不匹配,透支设备续航:普通晶振起振电流,工作电流偏高,无法适配nA级休眠,μA级待机的超低功耗MCU,即使MCU进入深度休眠模式,晶振持续耗电,大幅缩短电池供电设备的使用寿命.
2.参数不兼容,模拟采样失真:MCU模拟器件的AD采样,基准电压校准,低频信号处理对时钟稳定性要求极高,普通晶振温漂大,频率偏差高,会导致模拟数据采样误差,信号失真,降低设备检测精度.
3.负载阻抗不符,起振异常:低功耗MCU内部振荡电路驱动能力偏弱,常规高ESR(等效串联电阻)晶振易出现起振慢,起振不稳定,停振等问题,直接导致MCU死机,定时失效,唤醒异常.
4.温稳性不足,极端工况失效:工业,户外物联网设备温差跨度大,普通晶振高低温环境下频率漂移严重,造成MCU时钟错乱,模拟器件工作阈值偏移,设备故障率大幅提升.
128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"超低功耗MCU的核心优势在于休眠功耗极低、待机续航持久，其搭载的模拟电路主要负责信号采集、电压监测、定时唤醒、低频通信等功能，对时钟源的要求与常规高速MCU截然不同，传统晶振选型极易出现适配漏洞，核心痛点集中在四点："},"attribs":{"0":"*0*1+30"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true}"],"1":["author","7592593332774128587"]},"nextNum":2}},"type":"text"}},"J57Nfiw10dsWV9cm2pYcvlSGnad":{"id":"J57Nfiw10dsWV9cm2pYcvlSGnad","snapshot":{"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","revisions":[],"text":{"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3,"attribToNum":{"ai-extra,{\"is_ai_gen\":true}":0,"author,7592593332774128587":1,"bold,true":2}},"initialAttributedTexts":{"text":{"0":"1. 功耗不匹配，透支设备续航：普通晶振起振电流、工作电流偏高，无法适配nA级休眠、μA级待机的超低功耗MCU，即使MCU进入深度休眠模式，晶振持续耗电，大幅缩短电池供电设备的使用寿命。"},"attribs":{"0":"*0*1+3*0*1*2+c*0*1+26"},"rows":{},"cols":{}}},"type":"text"}},"XrwvfwU3NdqX8NcWiRFcTqemnif":{"id":"XrwvfwU3NdqX8NcWiRFcTqemnif","snapshot":{"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","revisions":[],"text":{"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3,"attribToNum":{"ai-extra,{\"is_ai_gen\":true}":0,"author,7592593332774128587":1,"bold,true":2}},"initialAttributedTexts":{"text":{"0":"2. 参数不兼容，模拟采样失真：MCU模拟器件的AD采样、基准电压校准、低频信号处理对时钟稳定性要求极高，普通晶振温漂大、频率偏差高，会导致模拟数据采样误差、信号失真，降低设备检测精度。"},"attribs":{"0":"*0*1+3*0*1*2+c*0*1+26"},"rows":{},"cols":{}}},"type":"text"}},"Svnzfl9ROdpip2c83a1cbYfInrf":{"id":"Svnzfl9ROdpip2c83a1cbYfInrf","snapshot":{"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","revisions":[],"text":{"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3,"attribToNum":{"ai-extra,{\"is_ai_gen\":true}":0,"author,7592593332774128587":1,"bold,true":2}},"initialAttributedTexts":{"text":{"0":"3. 负载阻抗不符，起振异常：低功耗MCU内部振荡电路驱动能力偏弱，常规高ESR（等效串联电阻）晶振易出现起振慢、起振不稳定、停振等问题，直接导致MCU死机、定时失效、唤醒异常。"},"attribs":{"0":"*0*1+3*0*1*2+b*0*1+23"},"rows":{},"cols":{}}},"type":"text"}},"PsvFfYQuRdKpkdcCghOc2ErtnWf":{"id":"PsvFfYQuRdKpkdcCghOc2ErtnWf","snapshot":{"align":"left","author":"7592593332774128587","children":[],"comments":[],"hidden":false,"locked":false,"parent_id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","revisions":[],"text":{"initialAttributedTexts":{"text":{"0":"4.温稳性不足，极端工况失效：工业、户外物联网设备温差跨度大，普通晶振高低温环境下频率漂移严重，造成MCU时钟错乱、模拟器件工作阈值偏移，设备故障率大幅提升。"},"attribs":{"0":"*0*1+2*0*1*2+c*0*1+1t"}},"apool":{"numToAttrib":{"0":["ai-extra","{\"is_ai_gen\":true}"],"1":["author","7592593332774128587"],"2":["bold","true"]},"nextNum":3}},"type":"text"}},"OZ0MdwyoNoo6LWxHr4dciiGinVd":{"id":"OZ0MdwyoNoo6LWxHr4dciiGinVd","snapshot":{"type":"page","parent_id":"","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","children":["ZnohfGUnzdJtu5c741hcu8eInBc","Y9iBfDzkvdn6hScPjOrcNhlHn8e","G3o0fM4lTd2QMtckDZtcjFMZnBe","MQLcf8zjHdw34dcLmVRcoYzanyc","J57Nfiw10dsWV9cm2pYcvlSGnad","XrwvfwU3NdqX8NcWiRFcTqemnif","Svnzfl9ROdpip2c83a1cbYfInrf","PsvFfYQuRdKpkdcCghOc2ErtnWf","QPXqfYqqwd07bTcje1FczaxBnMf","MgaIfpC79djAvccXwnOcgJx3nwe","VmgzfUCdydVLoLc6OaVc7AZQnme","QargfSAgLdohzIcUbnXc4HlrnWe","YxJGfKBrCdrbaLcycDIcV6SSnBe","ZdvqfnSCNdetAhcrQl8cdCaSnn8","Vxlhf1mWVdTba6c0RLScitugnAb","TRT6f089Fd6n3VcISmrc4sHenYg","Md8ZfzlrvdSzoxcDdnUcGgn2nId","G5tFfhrD0dJlQ2c1Gr2cAmd2nbh","KAS2foKcBda0DwcuL5acHASCnNc","EBXXf9LWad4pdKcH9q7cNlm0n6f","EyUEfC4T7dzjFwcpRsXckN3hnMf","ZLhRfkwK3d8ivKcqU23cVfP5nNK","FXi0fImSEdr7srcJpaIcyQpqnqh","CNbAfLjcedAElRcDtn7cStzIn6f","J9Ovfe6NqdCA5oc8rZRc1nI5nRb","FEI6fcKxxdGrINcqOVPcP2eWnBc","X3fffIMJbddv9fcAcxqckEivnWd","Cc00fJRJfdJ3djcKls6cCCy4nmd","AcqeflXZ3dvR8bcbrigcazlNnze","YJhbfTRFndma7WcaPN8crnY9nTg","XWsEfqOCWdu9Bpci5D5cXXU1nCb","QPLUfajebd0tC9clXBJc6f78nNd","UXxOfmhpVdQ6IIcRHO8cQBxDnyh","EGX1fVD2rdFaNacuVCfcn8C3nKw","LcfjfQphxdKQJlcRE0Lc4iAfnCc","MhGZfwuJzdmJY8csFPTchISNnwc"],"text":{"apool":{"nextNum":2,"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true}"]}},"initialAttributedTexts":{"attribs":{"0":"*0*1+o*0*1+4"},"text":{"0":"超低功耗MCU模拟器件优化：ECS晶体振荡器精准选型指南"}}},"align":"","doc_info":{"editors":["7592593332774128587"],"options":["editors","edit_time"],"deleted_editors":null,"option_modified":null},"revision_container_id":"doxcn5Qwa2oaXNdGxFsrXQk3cSh","status":{"streaming":{"enabled":false,"expired_at":"1784771884","is_create_command":true,"operator_id":"7592593332774128587","source":1}}}}},"payloadMap":{"MQLcf8zjHdw34dcLmVRcoYzanyc":{"level":1},"J57Nfiw10dsWV9cm2pYcvlSGnad":{"level":1},"XrwvfwU3NdqX8NcWiRFcTqemnif":{"level":1},"Svnzfl9ROdpip2c83a1cbYfInrf":{"level":1},"PsvFfYQuRdKpkdcCghOc2ErtnWf":{"level":1}},"extra":{"channel":"saas","pasteRandomId":"d3d7e2d5-8f69-4747-aa44-3ea1431e5f0a","mention_page_title":{},"external_mention_url":{},"isEqualBlockSelection":true},"isKeepQuoteContainer":false,"selection":[{"id":5,"type":"text","selection":{"start":0,"end":108},"recordId":"MQLcf8zjHdw34dcLmVRcoYzanyc"},{"id":6,"type":"text","selection":{"start":0,"end":93},"recordId":"J57Nfiw10dsWV9cm2pYcvlSGnad"},{"id":7,"type":"text","selection":{"start":0,"end":93},"recordId":"XrwvfwU3NdqX8NcWiRFcTqemnif"},{"id":8,"type":"text","selection":{"start":0,"end":89},"recordId":"Svnzfl9ROdpip2c83a1cbYfInrf"},{"id":9,"type":"text","selection":{"start":0,"end":79},"recordId":"PsvFfYQuRdKpkdcCghOc2ErtnWf"}],"pasteFlag":"767cf630-cd96-4e7c-80cf-05c27b4477e1"}'>- 阅读（75）
- [公司资讯]RIVER日本大河晶振KCRO系列具备超低的抖动特性2026年07月21日 00:18
RIVER日本大河晶振KCRO系列具备超低的抖动特性
作为拥有七十余年晶体研发制造底蕴的日本老牌精工企业,RIVER日本大河晶振深耕高精度,低噪声时钟元器件领域,针对高端高速设备的时序痛点,重磅推出KCRO系列超低抖动晶振.该系列产品依托RIVER独家KoT切割专利技术与无PLL纯晶振振荡架构,突破传统时钟器件的噪声瓶颈,实现业界顶尖的超低抖动,超低相位噪声性能,为高速通信,智能算力,精密工控,高端车载等高精尖场景提供纯净,稳定,精准的基准时钟信号.深圳市康华尔电子为RIVER日本大河晶振官方授权代理商,原厂直供KCRO全系列超低抖动晶振,现货充足,技术配套完善,欢迎各大研发,量产企业咨询对接:0755-27838351.128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"31087e8f-8ba5-4ee2-9d03-1d7de8bbe544","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":3,"type":"text","selection":{"start":0,"end":288},"recordId":"W1yjfKfSJdLJiQcWvdvcaflpnwe"}],"payloadMap":{},"isCut":false}'>- 阅读（69）
- [公司资讯]NDK音响专用超低相位噪声OCXO恒温晶振核心特长解析2026年07月14日 02:08
NDK音响专用超低相位噪声OCXO恒温晶振核心特长解析
在数字音频系统中,所有声音信号的采样,解码,转换,输出都需要依托晶振提供精准,纯净,稳定的时钟时序.普通晶振,常规TCXO温补晶振存在明显的近端相位噪声偏高,时钟抖动量大,短期频率稳定性不足等问题,这些细微的时钟误差,在音频系统中会被无限放大,成为音质劣化的核心根源.常规时钟器件的相位噪声缺陷,会引发一系列典型音质问题:近端杂散噪声会叠加在音频信号中,导致高频延伸不足,细节丢失,齿音刺耳;时钟抖动超标会造成时序错乱,引发低频拖沓浑浊,动态范围压缩,声场塌陷;频率瞬时偏移会破坏乐器结像定位,导致立体声分离度不足,人声与伴奏层次感模糊.尤其针对当下主流的DSD高清音源,高采样率无损音频,普通时钟器件的精度短板会彻底浪费高清音源的原始细节,无法实现高保真还原,这也是高端音响设备必须搭载超低相位噪声OCXO的核心原因.
而NDKDuCULoN®音频专用OCXO,彻底摒弃通用晶振的设计逻辑,以音频音质优化为核心导向,针对性攻克相位噪声,时钟抖动,频率稳定三大核心难题,是高端Hi-Fi音响,专业音频设备的御用级时钟基准.
128587","ai_extra":{"rewrite_command":1},"children":[],"text":{"initialAttributedTexts":{"text":{"0":"在数字音频系统中，所有声音信号的采样、解码、转换、输出都需要依托晶振提供精准、纯净、稳定的时钟时序。普通晶振、常规TCXO温补晶振存在明显的近端相位噪声偏高、时钟抖动量大、短期频率稳定性不足等问题，这些细微的时钟误差，在音频系统中会被无限放大，成为音质劣化的核心根源。"},"attribs":{"0":"*1*0+3q"}},"apool":{"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]},"nextNum":2}},"align":"left"}},"N6jIfsgxcdOJmMcGiFscxrmlnZl":{"id":"N6jIfsgxcdOJmMcGiFscxrmlnZl","snapshot":{"type":"text","parent_id":"P7sUdggKRoUg02xQ3OQcHzjjn6c","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","ai_extra":{"rewrite_command":1},"children":[],"text":{"apool":{"nextNum":2,"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]}},"initialAttributedTexts":{"attribs":{"0":"*0*1+6a"},"text":{"0":"常规时钟器件的相位噪声缺陷，会引发一系列典型音质问题：近端杂散噪声会叠加在音频信号中，导致高频延伸不足、细节丢失、齿音刺耳；时钟抖动超标会造成时序错乱，引发低频拖沓浑浊、动态范围压缩、声场塌陷；频率瞬时偏移会破坏乐器结像定位，导致立体声分离度不足、人声与伴奏层次感模糊。尤其针对当下主流的DSD高清音源、高采样率无损音频，普通时钟器件的精度短板会彻底浪费高清音源的原始细节，无法实现高保真还原，这也是高端音响设备必须搭载超低相位噪声OCXO的核心原因。"}}},"align":"left"}},"XjKFfaQnUdAcwUcZoC0cnt7Qn8g":{"id":"XjKFfaQnUdAcwUcZoC0cnt7Qn8g","snapshot":{"type":"text","parent_id":"P7sUdggKRoUg02xQ3OQcHzjjn6c","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","ai_extra":{"rewrite_command":1},"children":[],"text":{"initialAttributedTexts":{"text":{"0":"而NDK DuCULoN®音频专用OCXO，彻底摒弃通用晶振的设计逻辑，以音频音质优化为核心导向，针对性攻克相位噪声、时钟抖动、频率稳定三大核心难题，是高端Hi-Fi音响、专业音频设备的御用级时钟基准。"},"attribs":{"0":"*1*0+2t"}},"apool":{"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]},"nextNum":2}},"align":"left"}},"P7sUdggKRoUg02xQ3OQcHzjjn6c":{"id":"P7sUdggKRoUg02xQ3OQcHzjjn6c","snapshot":{"type":"page","parent_id":"","comments":[],"revisions":[],"locked":false,"hidden":false,"author":"7592593332774128587","children":["TsCwfcn1ddPnyQcxGLCch2N5nqd","TGwAfXgcRdon3FcEhPrcTtHangg","LbFafh2yZdzJXPcGCaYckZWgndh","PgUEflsbidr1QocsNEgcysRqnzc","N6jIfsgxcdOJmMcGiFscxrmlnZl","XjKFfaQnUdAcwUcZoC0cnt7Qn8g","SdIofUL3WdWi6DcizxPcEpKln3e","LBnSfLIb3dghedcngdscsKw2nif","Al1TfqRHvd9kQTcIgCCcT8glnLd","Iyn9fCKJmdxsdzc6jZvcVbm1nwg","OmB3fJX06d9jm3cxbWDc4Nijn8c","Y0fHf2EKWd5mFac67hYcpZbJnVN","B8wyf98eOdPExmcnVVzcteaWndi","FGZ3fMqoVdj6CpcW6rpcr8TBnnf","ZdQDf5t73d8Z8tciuEMcvZDcn8b","Ovu1fM6hfdZuZDcm8GBcjuSLnkc","WA3OfenR4dIEA5cARdQcxHY6nhe","FQyPfStmGdUKPacgWMmcJiGlnqf","Leb5fM9AbdaOufc6uqncO8U2nGf","CCBcfsYfPdCL2CcPeN1cDzgWnIc","T9U9f7eqsdPlgdcbzsqcfhX5nYe","Q7ZOfVdgpdjkJycvIs4cqxuvn7d","N1m4fV2OvdnTcDcN1mfc07TWnLu","NJxNfOw2Hdif0hcOObtccV5lnXf","UtfDfAYQadZOFicMTWTcTmU8nrh"],"text":{"apool":{"nextNum":2,"numToAttrib":{"0":["author","7592593332774128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"]}},"initialAttributedTexts":{"attribs":{"0":"*0*1+14"},"text":{"0":"还原极致原音细节：NDK音响专用DuCULoN®超低相位噪声OCXO核心特长解析"}}},"align":"","doc_info":{"editors":["7592593332774128587"],"options":["editors","edit_time"],"deleted_editors":null,"option_modified":null},"revision_container_id":"doxcnKaqfrMlPoxFBAl3LRL4oqh","status":{"streaming":{"enabled":false,"expired_at":"1783911866","source":1,"operator_id":"7592593332774128587","is_create_command":true}}}}},"payloadMap":{"PgUEflsbidr1QocsNEgcysRqnzc":{"level":1},"N6jIfsgxcdOJmMcGiFscxrmlnZl":{"level":1},"XjKFfaQnUdAcwUcZoC0cnt7Qn8g":{"level":1}},"extra":{"channel":"saas","pasteRandomId":"c5db5b6f-1a36-47b4-b3dd-3a18bf95bce9","mention_page_title":{},"external_mention_url":{},"isEqualBlockSelection":true},"isKeepQuoteContainer":false,"selection":[{"id":5,"type":"text","selection":{"start":0,"end":134},"recordId":"PgUEflsbidr1QocsNEgcysRqnzc"},{"id":6,"type":"text","selection":{"start":0,"end":226},"recordId":"N6jIfsgxcdOJmMcGiFscxrmlnZl"},{"id":7,"type":"text","selection":{"start":0,"end":101},"recordId":"XjKFfaQnUdAcwUcZoC0cnt7Qn8g"}],"pasteFlag":"c9be0b1a-66e0-4533-897e-6e97ec36c446"}'>- 阅读（123）
- [公司资讯]Q-Tech晶振航天军事与高温场景完整解决方案2026年07月04日 05:20
Q-Tech晶振航天军事与高温场景完整解决方案
针对航天军事,高温极端工况的多维度严苛痛点,Q-Tech摒弃民用低成本设计逻辑,全程按照军工MIL标准,航天宇航级可靠性规范设计制造,从晶片选材,精密切角,应力优化,加固封装,预老化筛选,抗辐照工艺,动态稳频补偿全链路专项优化,形成适配极端高温,强振,辐照,宽温变场景的成熟解决方案,彻底解决普通晶振高温漂移大,老化快,抗扰弱,易失效的行业短板.128587"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"9e2b465f-875d-46f9-ba99-f75fe1c0637f","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":18,"type":"text","selection":{"start":0,"end":173},"recordId":"AEr0fNtzYdMlv8cyGQdcvBjrn0b"}],"payloadMap":{},"isCut":false}'>- 阅读（83）
- [公司资讯]Microchip晶振PIC18F-Q35借助CLB功能突破局限2026年07月03日 05:21
Microchip晶振PIC18F-Q35借助CLB功能突破局限
CLB(ConfigurableLogicBlock,可配置逻辑单元)是Microchip为PIC18F-Q35系列专属升级的创新性硬件架构,也是该系列MCU区别于传统通用8位单片机的核心亮点.不同于传统MCU固定的硬件外设架构,CLB是一套独立,可自由配置,可灵活组合的硬件逻辑资源,无需依赖CPU内核运算,无需新增外围分立器件,用户可通过配置软件自由搭建自定义组合逻辑,时序逻辑,触发逻辑,联动逻辑,真正实现"硬件逻辑按需定制",大幅释放MCU性能潜力与设计灵活性.PIC18F-Q35系列集成多组独立CLB逻辑单元,内部搭载可配置门电路,触发器,锁存器,多路选择器,同步/异步触发模块,信号滤波模块,边沿检测模块,支持各类基础逻辑运算与复杂时序逻辑组合.所有CLB逻辑均为纯硬件独立运行,无需CPU参与运算,不占用系统主频与内核资源,响应速度达到硬件纳秒级,时序精准,无软件延时,无抖动,无误差,完美解决软件模拟逻辑的各类缺陷.同时CLB支持在线配置,灵活改版,无需修改硬件电路,仅通过软件参数配置即可完成逻辑功能调整,极大降低产品迭代成本与改板风险.128587"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"ee8be3c6-f1e5-4525-8a4e-c7840ead28eb","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":8,"type":"text","selection":{"start":0,"end":237},"recordId":"ZFgdfSluFdk1D6cM1EXc5CvFnqh"}],"payloadMap":{},"isCut":false}'>128587"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"6817eaf4-9125-46d1-9afc-52a1276d4499","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":9,"type":"text","selection":{"start":0,"end":244},"recordId":"ILpIfE4kzdiE3acjNXgcNhLznFh"}],"payloadMap":{},"isCut":false}'>- 阅读（71）
- [公司资讯]Statek用于BLE和MICS应用的医疗级石英晶体晶振2026年07月02日 00:14
Statek用于BLE和MICS应用的医疗级石英晶体晶振
随着智慧医疗,远程监护,微创植入医疗技术的高速普及,医疗电子设备正式迈入无线化,微型化,低功耗,高可靠,长续航的全新发展阶段.区别于普通民用电子设备,医疗设备尤其是植入式,穿戴式,便携式诊疗设备,对核心时序元器件的精度,稳定性,安全性,抗干扰性,使用寿命有着严苛的行业合规标准与临床使用要求.在众多无线医疗通信技术中,BLE低功耗蓝牙与MICS医疗植入通信服务频段是当下远程医疗监护,植入式医疗器械,便携诊疗终端的核心通信载体,广泛应用于生命体征监测,植入式心律管理,神经刺激治疗,移动医疗数据传输等关键场景.128587"],"1":["ai-extra","{\"is_ai_gen\":true,\"rewrite_command\":1}"],"2":["bold","true"]},"nextNum":3}},"type":"text","referenceRecordMap":{},"extra":{"channel":"saas","isEqualBlockSelection":true,"pasteRandomId":"7a1f60a6-f46c-462d-b7a0-b0946807a769","mention_page_title":{},"external_mention_url":{}},"isKeepQuoteContainer":false,"isFromCode":false,"selection":[{"id":2,"type":"text","selection":{"start":0,"end":255},"recordId":"LSzFfkOCFdXEV4cZN8xcMmM8n50"}],"payloadMap":{},"isCut":false}'>- 阅读（88）
相关搜索
热点聚焦
- 1637P5003I3T是一款高性能的差分晶体振荡器用于医疗电子设备
- 2ECS-160-12-33QZ-ADS-TR专用于汽车和轮胎压力监测系统(TPMS)应用
- 3录像机CCD时钟专用的低损耗有源晶体振荡器ASA-16.000MHZ-L-T
- 42520mm低电流晶振ECS-2520MVLC-010-CN-TR具有扩展的输出频率范围
- 53225晶技TXC温补晶振代码7Q26002005华为折叠屏柔性屏手机厂家京东方折叠屏幕
- 6多伏振荡器ECS-327ATQMV-AS-TR是一款32.768kHz低功耗晶振
- 7微型的石英晶体谐振器是计算机外围设备的最佳之选405C11A16M00000
- 8额温枪酒测宝消毒杀菌仪TXC无源晶振编码9HT10-32.768KEZF-T
- 9ECS-TXO-5032-200-TR具有优越稳定性的ECS温补晶振是无线应用理想选择
- 10SG-8201CJA爱普生OSC晶振X1G004801007700智能汽车激光雷达和车载摄像头XO有源晶振
官方公众号
