YXC Quartz Active Differential Programmable Crystal Oscillator YSO210PR, Frequency 200MHZ, Decimal Point Can be Accurate to The Last 6 Digits, Applied to 5g Base Station
5G base stations are the core equipment of 5G networks, providing wireless coverage and realizing wireless signal transmission between wired communication networks and wireless terminals. The architecture and form of base stations directly affect how 5G networks are deployed. Since the higher the frequency, the greater the attenuation during signal propagation, the base station density of 5G networks will be higher.
The role of crystal oscillators in 5G base stations is to provide precise signal sources to cooperate with them, so as to achieve the purpose of high-speed data transmission (exchange) between devices through network channels in a collaborative mode.
Therefore,
5G technology also puts forward the same strict requirements for
crystal oscillators. It is mainly reflected in the following aspects:
1) High frequency output
2) High precision
3) High stability
4) Low phase noise
5) Low power consumption
6) Small size
7)
Anti-interference (resistance to interference from surrounding
electromagnetic signals, static electricity and temperature changes).
In response to the needs of 5G base stations, YXC launched the OA2EIB112-200M material in the differential programmable oscillator YSO210PR series. The following are the typical parameters of OA2EIB112-200M and its application characteristics in 5G base stations:
1. Quartz active differential programmable crystal oscillator, 200MHZ precise frequency point, this series can be used in the frequency range of 10~1500MHZ, with leading domestic technology, providing accurate reference clock for the system;
2. Working voltage 3.3V, meeting the needs of circuit design;
3. Widely used in 5G small base stations, servers, switches, optical modules and other high-speed AI-related fields
4. There are three output modes of LVDS, LVPECL, and HCSL to choose from, meeting various output ports
YXC quartz active differential programmable crystal oscillator YSO210PR series, frequency is 200MHZ, total frequency difference ±50PPM, the following is the YSO210PR series specification.
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本文由莫子若转载自YXC Official Website,原文标题为:YXC quartz active differential programmable crystal oscillator, frequency 200MHZ, decimal point can be accurate to the last 6 digits, applied to 5G base station,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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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
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目录- 晶振
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应用方案 发布时间 : 2024-04-29
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
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
Key Parameters for Passive Crystal Oscillator Selection
The performance of a passive crystal oscillator is determined by multiple key parameters. Factors such as frequency tolerance, load capacitance, ESR, and frequency-temperature characteristics jointly affect the performance of the crystal oscillator in the circuit. When selecting and applying a passive crystal oscillator, it is necessary to reasonably match these parameters to ensure that the electronic equipment can operate stably and efficiently for a long time.
技术探讨 发布时间 : 2024-10-12
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。
应用方案 发布时间 : 2024-07-17
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