频差±50ppm的扬兴差分可编程晶振,LVDS输出,应用于AI服务器
随着人工智能技术的快速发展和广泛应用,人们不断追求更高的处理器速度、更大的内存容量和更快的数据传输速度,以提高计算效率和减少计算时间,这为石英晶振技术提供了更广阔发展空间。
在AI服务器中,晶振作为一种关键的电子元器件,主要是给各种电子电路或系统提供时序及频率基准,保证服务器的稳定性和性能起着重要的作用。在应用场景中,服务器的CPU、内存、GPU等部件需要稳定的时钟信号驱动其工作。
图 1
特别是在AI服务器中,差分晶振因其抗干扰能力强、信号质量高而更受青睐。差分晶振能够产生高质量的差分时钟信号,对共模干扰和噪声具有较强的抵抗能力,适合驱动长线路,满足AI服务器对稳定高性能运行的要求。
YXC扬兴科技结合AI服务器应用场景,采用先进的技术和材料,推出性能优异的差分可编程振荡器YSO210PR系列中的OA1EIB112-10M这颗料,为AI服务器的稳定运行提供可靠的保障:
1、石英有源差分可编程晶振,10MHz精准频点,该系列可做10~1500MHz频点范围,国内技术领先,为系统提供精准的参考时钟;
2、工作电压3.3V,灵活满足电路设计需要;
3、广泛应用于服务器、交换机、光模块等高速AI相关领域;
YXC晶振YSO210PR系列,频率为10MHz,总频差±50PPM,以下为YSO210PR系列规格书。
图 2
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本文由三年不鸣转载自扬兴晶振,原文标题为:YXC扬兴差分可编程晶振,频点10MHZ,频差±50ppm,LVDS输出,应用于AI服务器,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推出3225封装的可编程差分振荡器YSO210PR系列应用于激光测距仪,工作电压1.8~3.3V
激光测距仪中的光学系统对激光脉冲的质量有较高要求,需要激光脉冲具备较高的强度和稳定性。晶振作为激光脉冲的能量源,需要具备足够的振幅,以满足光学系统的要求。YXC推出的可编程差分晶振YSO210PR系列工作电压1.8~3.3V宽压范围,3225封装,广泛应用于激光测距仪、仪表、仪器等精准测量设备。
应用方案 发布时间 : 2024-04-29
YXC Crystal Oscillator Solutions Help Industrial Camera Applications
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YXC晶振解决方案助力工业相机应用
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扬兴晶振(YXC)晶振选型表
目录- 晶振
型号- OT322524MJBA4SL,OT705016.384MJBA4SL,X49SD12MSD2SC,X503224576MSB2GI,OT503224MJBA4SL,OT705022.1184MJBA4SL,OT705024MJBA4SL,X49SM5MSD2SC,OT322520MJBA4SL,X322524MOB4S,X49SD147456MSD2SC,OT322526MJBA4SL,X49SD25MSD2SC,OT705020MJBA4SL,X49SM73728MSD2SC-1,X503230MSB4S,OT503220MJBA4SL,X321532768KGD2SI,X50321356MSB2GI,OT7050125MJBA4SL,X49SM3579545MSD2SC-1,X49SD16384MSD2SC,X50328MSB4SI,X322526MOB4SI,X49SD110592MSD2SC,X49SM18432MSD2SC,X5032221184MRB2GI,OT201624.576MJBA4SL,X322520MSB4S,X49SD8MSD2SC,X49SD67458MSD2SC-1,X322512MOB4S,OT705050MJBA4SL,X32258MOB4SI,X701532768KGD4GI,X49SM8MSD2S,X49SD24MSD2SC,X322524MRB4SI,X49SD1431818MSD2SC,X503230MSB2G,O93225100MEDA4SI,X50322712MSB2GI,X322530MSB4S,X503225MSB4S,OB7050148.5MLDB6SI-00,OT201632MJBA4SL,X49SD13MSD2SC,OT252027MJBA4SL,X201616MOB4S,OT252012MJBA4SL,X49SD36864MSD2SC-1,X49SM10MSD2SC,X49SM16MSD2SC,OK705032.768KJBA4SL,X322512288MPB4SI,X503232MSB4S,X161032768KGD2SI,X322527MSB4S,OT705012.288MJBA4SL,OB7050156.25MLDB6SI-00,X503212MSB4SI,X32252712MSB4SI,OT201654MJBA4SL,X49SD24576MSD2SC,OT322540MJBA4SL,X322512MSB4SI,X49SM12288MSD2SC,OT705024.576MJBA4SL,OT322548MJBA4SL,X49SD3579545MSD2SC-1,X49SD12288MSD2SC,X49SM27MSD2SC,OB7050125MLDB6SI-00,X49SD1356MSD2SC,X206032768KGA2SC,X503248MSB4S,X49SD4096MSD2SC-1,OT201620MJBA4SL,X308032768KGB2SC,OT201626MJBA4SL,X201632MMB4SI,X49SM6MSD2SC,OT705011.0592MJBA4SL,X503216MSB2G,X32251431818MSB4SI,X322524MMB4SI,X49SD73728MSD2SC-1,OA7050125MEDB6SI-00,X503224MSB4S,X252012MMB4SI-24,OT503250MJBA4SL,OT705030MJBA4SL,X322526MMB4SI,OT3225100MJBA4SL,X322530MOB4S,X201232768KGD2SI,X49SD20MSD2SC,X322548MSB4S,X5032147456MSB2G,X49SM24MSD2SC,OT705016MJBA4SL,X49SM67458MSD2SC-1,X322525MQB4S,OT70508MJBA4SL,X503225MSB2G,OT252050MJBA4SL,X49SM4MSD2SC,X49SM147456MSD2SC,OT252025MJBA4SL,X322525MMB4SI,OT201612MJBA4SL,X322513MSB4S,X49SM25MSD2SC,X49SM2712MSD2SC,X503227MSB4SI,X49SD16MSD2SC,X49SM13MSD2SC,OT32252MJBA4SL,X206032768KGB2SC,OT705025MJBA4SL,OT705027MJBA4SL,X49SD8192MSD2SC-1,OT322527MJBA4SL,OT32258MJBA4SL,X322540MOB4S,X49SM8192MSD2SC-1,X49SM26MSD2SC,OT322525MJBA4SL,X161232MKB4SI,X49SM49152MSD2SC-1,X32252712MMB4SI,X503224576MSB4SI,OT503227MJBA4SL,X322516MSB4SI,X49SD221184MSD2SC,OT503225MJBA4SL,X322525MOB4S,X50328MSB2GI,OT201640MJBA4SL,OT252024MJBA4SL,X49SD18432MSD2SC,OT252026MJBA4SL,OT252020MJBA4SL,XC322512MOB4SA-18,X322512MMB4SI,X50321356MSB4SI,OT201648MJBA4SL,X322532MMB4SI,X49SM16384MSD2SC,X49SM20MSD2SC,OB7050100MLDB6SI-00,OC322550MJBA4SA-18,X503224MSB2G,X322516MLB4SI,X49SD49152MSD2SC-1,X503216MSB4S,OT322516MJBA4SL,OT50328MJBA4SL,OT322512MJBA4SL,X50322712MSB4SI,X201632MOB4S,OT705010MJBA4SL,X161032768KLD2SI,XC322525MOB4SA-18,XC32258MSB4SA-18,X49SD55296MSD2SC-1,X322516384MSB4SI,X322526MLB4S,X32251356MSB4SI,OT503212MJBA4SL,KHZ无源晶振,X49SM221184MSD2SC,X503218432MSB2GI,X49SD6MSD2SC,X322516MOB4SI,X322540MPB4S,X503220MSB2G,OT25208MJBA4SL,OT201625MJBA4SL,X201616MLB4S,X49SM8MSD2SC,X322532MOB4S,X49SM55296MSD2SC-1,X201232768KJD2SI,OT705040MJBA4SL,OT705048MJBA4SL,OT503240MJBA4SL,X201632MKB4SI,X49SM24576MSD2SC,X5032110592MSB2G,OK503232.768KJBA4SL,OT322524.576MJBA4SL,OT201624MJBA4SL,X49SM12MSD2SC,X503220MSB4S,OT705011.2896MJBA4SL,X161032768KJD2SI,X503227MSB2G,X49SD26MSD2SC,X322525MSB4SI,OT252048MJBA4SL,X503232MSB2G,OT252040MJBA4SL,X49SM110592MSD2SC,OT322512.288MJBA4SL,OK322532.768KJBA4SL,X49SD27MSD2SC,X49SD2712MSD2SC,X503212MSB2G,X49SD10MSD2SC,X49SD4MSD2SC,X201616MKB4S,X5032110592MSB4SI,X49SM4096MSD2SC-1,X322524MSB4SI,OT705012MJBA4SL,OT322550MJBA4SL,OT70504MJBA4SL,X322512MLB4S,X49SM1356MSD2SC,OT201616MJBA4SL,X5032221184MSB4S,OT503248MJBA4SL,X49SM36864MSD2SC-1,OT201627MJBA4SL,OK252032.768KJBA4SL,X50321431818MSB2G,X803832768KGD4GI
针对高性能显卡,扬兴科技的YXC晶振系列提供多款适用的型号
在高性能显卡中,由于功耗和性能的提升,对时钟信号的稳定性和精确性要求更高。因此,选择高品质、高稳定性的晶振对于显卡的性能发挥和长期稳定运行至关重要。晶振的微小偏差都可能导致显卡性能的下降或不稳定,进而影响用户的整体体验。针对高性能显卡,扬兴科技的YXC晶振提供了多款适用的型号。
器件选型 发布时间 : 2024-10-15
扬兴晶振石英可编程晶振选型表
YXC石英可编程有源晶振(Q-MEMS)提供以下产品品类:石英可编程振荡器(QMEMS XO)、石英可编程压控振荡器(QMEMS VCXO)、石英可编程温补振荡器(QMEMS TCXO)、石英可编程压控温补振荡器(QMEMS VCTCXO);支持1MHz~2100MHz任意频点,2016~7050封装尺寸全覆盖,提供CMOS/LVDS/LVPECL/HCSL/CML等单端和多种差分输出方式,抖动值小于150fs,频率稳定度±1.5ppm,-40~﹢105℃、-40~﹢125℃超宽温度范围。
产品型号
|
品类
|
频率(KHz/MHz)
|
负载电容(pF)
|
温度稳定度(ppm)
|
工作温度
|
Y8OGC-111-32.768K
|
圆柱体晶振
|
32.768kHz
|
12.5pF
|
10ppm
|
-20℃~+70℃
|
选型表 - 扬兴晶振 立即选型
扬兴晶振(YXC)晶振选型指南
目录- 公司简介 石英晶体介绍 直插金属表面石英晶体谐振器 贴片金属表面石英晶体谐振器 32.768KHZ贴片金属表面石英晶体谐振器 车规级贴片金属表面石英晶体谐振器 贴片陶瓷表面石英晶体谐振器 贴片金属表面振荡器 贴片金属表面可编程振荡器
型号- YSX1612SL,YSO140TC,YSX211SL,YSO130HR,HC-49XSMD,YSX1610SK,YSX1612SC,YSX2012SK,YSX211SC,YSO230LR,YSV310PR-VCXO,YSO120TK,YT-38,HC-49US,YST310S,YSX306GA,YSO210PR,YSO690PR,HC-49SMD,YSX146GA,YSV220PR-VCXO,YSX1210SL,YSX321SL,YSX221SC,YSX320GA,YSX531SL,YSX530GA,YSX321SC,YT-26,YSX221SL,YSX531SC,YSX530SC,YSO110TR
关于 MEMS 振荡器系列部分停售的通知(PCN-PM20220315-01)
型号- YSO8918MR,YSO8209MR,YSO8208MR,SIT9121,YSO150HT,SIT9122,YSO690PR,YSO210PR,SIT8920,SIT8008,SIT8009,SIT8208,SIT8209,YSO9122MR,SIT8918,YSO9121MR,YSO8008MR,YSO8009MR,YSO8920MR,YSO110TR
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型号- YSO140TC,YSX1612SL,YSX211SL,YSO130HR,HC-49XSMD,HC-49UM,YSX1610SK,YSX1612SC,YSX2012SK,YSX211SC,YSV310PR,YSO9122MR,YSO230LR,YSO120TK,YSO9121MR,YT-38,YSO1212SR,HC-49US,YST310S,YSO8918MR,YSO8209MR,YSO8208MR,YSX306GA,YSO690PR,YSO210PR,HC-49SMD,YSX146GA,YSO1552MK,YSO1512SR,YSO1532MK,YSO1533MK,YSV220PR,YSX1210SL,YSX320GA,YSX321SL,YSX221SC,YSX530GA,YSX531SL,YSO8008MR,YSO8009MR,HC-49XS,YSX321SC,YT-26,YSO8920MR,YSX221SL,YSX531SC,YSO110TR,YSX530SC
Optical Modules Remain Popular, with The Best Time-Frequency Cp-Differential Crystal Oscillator
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器件选型 发布时间 : 2024-10-11
YXC石英有源差分可编程晶振YSO210PR,频点200MHZ,小数点可精确至后6位,应用于5G基站
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产品 发布时间 : 2024-09-12
扬兴晶振(YXC)时钟频率器件选型指南
型号- YSX211SL,YSX221TS,YSO130HR,YSX211SC,YSV310PR,YSO171P5,YSO230LR,YSO120TK,YSV350TP,YST310S,YSX16105K,YSX306GA,YSV221PJ,YSO210PR,YSO250PT,YSV531PT,YSX146GA,YSX20125K,YSX1210SL,YSX321SL,YSX221SC,YSX531SL,YSX321SC,YT-26,YSX221SL,YSOS10TP,YSX531SC,YSO110TR,YSX1612SL,YSO140TC,HC-495MD,YSO150HT,YSO511PJ,YSV311PJ,HC-49XSMD,YSO131LR,YSX1612SC,YSO512ET,YT-38,HC-49US,YSO211PJ,YSX532GC,YSO23LJ,YSO690PR,YSO692PR,YSV322PT,YSV220PR,YSX530GA,YSO691ER,YSX211TS,YSX530SC
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描述- 深圳扬兴科技有限公司(下面简称:YXC)是一家专注射频时钟芯片设计、提供频率器件解决方案的研产销一体的半导体国家高新技术企业。公司的主营产品包括可编程晶振、石英晶体振荡器、石英晶体谐振器、RTC等,车载产品通过AEC-Q200、IATF16949车用体系认证,相关产品广泛应用于车载、通信、工业、医疗和军工等领域。
型号- YSX1612SL,YSO140TC,YSX211SL,YSX221TS,YSO130HR,YSO150HT,YSO511PJ,YSO510TP,YSV311PJ,YSX1610SK,HC-49XSMD,YSX1612SC,YSX2012SK,YSX211SC,YSV310PR,YSO230LR,YSO120TK,YSV350TP,YT-38,HC-49US,YST310S,YSO211PJ,YSX306GA,YSV221PJ,YSX532GC,YSO690PR,YSO210PR,YSO250PT,YSV531PT,HC-49SMD,YSX146GA,YSO231LJ,YSO692PR,YSV322PT,YSV220PR,YSX1210SL,YSX321SL,YSX221SC,YSX531SL,YSX530GA,YSO691ER,YSX321SC,YT-26,YSX221SL,YSX211TS,YSX531SC,YSO110TR,YSX530SC
扬兴晶振推出一系列低抖动、高精度、高频率的差分晶振产品,满足高速数据传输与处理场景时序信号需求
为满足高速数据传输与处理场景日益严格的时序信号需求,YXC扬兴晶振推出一系列低抖动、高精度、高频率、微型化、耐高温的差分晶振产品,为相关应用场景提供高度可靠的解决方案。
产品 发布时间 : 2024-01-05
电子商城
现货市场
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测试范围:扬兴晶振全系列晶体,通过对晶体回路匹配分析,调整频率、驱动功率和起振能力,解决频偏、不起振、干扰、频率错误等问题。技术专家免费分析,测完如有问题,会进一步晶振烧录/修改电路。
实验室地址: 深圳 提交需求>
PCB布线设计最高40层,最多6万PIN,最小线宽/线距2mil/2mil(HDI),12G(差分讯号),2500 个BGA-PIN,最小BGA间距0.20mm,最高阶HDI:任意层互聊(ELIC)。
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