晶振官方博客
更多>>西迪斯设计出独特性能的小型化时钟振荡器647H16M3I3T
Lisle, IL – CTS Corporation (NYSE: CTS) announces three new low jitter clock oscillators added to its family of low noise differential devices offering High-Speed Current Steering Logic [HCSL] output. HCSL outputs are found in high-speed bus architectures like PCI Express [PCIe] interfaces and high definition video applications primarily supported by Intel and Nvidia chipsets.
西迪斯设计出独特性能的小型化时钟振荡器647H16M3I3T,Lisle, IL - CTS公司(NYSE: CTS)宣布三种新的低抖动时钟晶体振荡器加入其低噪声差动器件家族,提供高速电流转向逻辑[HCSL]输出。HCSL输出出现在高速总线架构中,如PCI Express [PCIe]接口和高清视频应用程序,主要由英特尔和英伟达芯片组支持。
CTS Models 643H, 645H and 647H offer stability options of ±20, ±25, ±30, ±50 and ±100ppm, input voltages at +2.5V or +3.3V and typical phase jitter performance of <500fs. Along with standard commercial and industrial temperature range options, these new models also support the extended range of -40°C to +105°C for fan-less applications. Standard product features, common market applications and new series platforms are summarized below. Please refer to individual data sheets on the CTS website to view more performance characteristics.
CTS型号643H, 645H和647H提供±20,±25,±30,±50和±100ppm的稳定性选项,输入电压在+2.5V或+3.3V和<500fs的典型相位抖动性能。除了标准的商业和工业温度范围选项,这些新型号还支持扩展范围-40°C到+105°C的无风扇应用。现将标准进口晶振产品特点、常见市场应用及新系列平台概述如下。请参阅CTS网站上的个别数据表,以查看更多的性能特征。西迪斯设计出独特性能的小型化时钟振荡器647H16M3I3T
625L3I014M31818 | CTS-Frequency Controls | 625 | 14.31818MHz | ±50ppm |
625L3I014M31818 | CTS-Frequency Controls | 625 | 14.31818MHz | ±50ppm |
625L3I016M00000 | CTS-Frequency Controls | 625 | 16MHz | ±50ppm |
625L3I016M00000 | CTS-Frequency Controls | 625 | 16MHz | ±50ppm |
625L3I016M00000 | CTS-Frequency Controls | 625 | 16MHz | ±50ppm |
625M3I024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625M3I024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625M3I024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625L3I010M00000 | CTS-Frequency Controls | 625 | 10MHz | ±50ppm |
625L3I010M00000 | CTS-Frequency Controls | 625 | 10MHz | ±50ppm |
625L3I010M00000 | CTS-Frequency Controls | 625 | 10MHz | ±50ppm |
625L3I007M37280 | CTS-Frequency Controls | 625 | 7.3728MHz | ±50ppm |
625L3I007M37280 | CTS-Frequency Controls | 625 | 7.3728MHz | ±50ppm |
625L3I007M37280 | CTS-Frequency Controls | 625 | 7.3728MHz | ±50ppm |
625L3C024M57600 | CTS-Frequency Controls | 625 | 24.576MHz | ±50ppm |
625L3C024M57600 | CTS-Frequency Controls | 625 | 24.576MHz | ±50ppm |
625L3C024M57600 | CTS-Frequency Controls | 625 | 24.576MHz | ±50ppm |
625L3I030M00000 | CTS-Frequency Controls | 625 | 30MHz | ±50ppm |
625L3I030M00000 | CTS-Frequency Controls | 625 | 30MHz | ±50ppm |
625L3I030M00000 | CTS晶振 | 625 | 30MHz | ±50ppm |
625L3C024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625L3C024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625L3C024M00000 | CTS-Frequency Controls | 625 | 24MHz | ±50ppm |
625M3I027M00000 | CTS-Frequency Controls | 625 | 27MHz | ±50ppm |
625M3I027M00000 | CTS-Frequency Controls | 625 | 27MHz | ±50ppm |
基本或第三泛音晶体
低相位抖动性能
小型陶瓷表面安装包
- 7.0mmx5.0mm - 5.0mmx3.2mm - 3.2mmx2.5mm
+2.5V或+3.3V操作
允许输出标准
磁带和卷筒包装
可用的常用频率[输出和包相关]
- 25.00兆赫
- 106.25 mhz - 27.00MHz
- 125.00 mhz - 50.00MHz
- 155.52 mhz - 100.00MHz
- 156.25兆赫
市场应用
PCI Express(作为PCIe)
数据存储系统
以太网线卡
系列ATA快递
英特尔和英伟达芯片组
网络服务器
交换机和路由器
机顶盒/ dvr
描述描述
CTS型号647H是一款低成本、高性能的时钟有源晶体振荡器,支持HCSL输出。采用最新集成电路M647H具有良好的稳定性和低相位抖动性能。
647H型非常低JitterHCSLClock
功能特性
高速电流转向逻辑输出
陶瓷表面安装组件
低相位抖动性能,500fs典型
基本或第三泛音水晶设计
频率范围13.5MHz - 200MHz *
+2.5V或+3.3V操作
允许输出标准
卷带包装,EIA-481
应用程序
PCI Express(作为PCIe)
数据存储系统
以太网线卡
系列ATA快递
英特尔芯片组
网络服务器
交换机和路由器,机顶盒/ dvr
相关资讯
- [2023-09-26]台湾SIWARD晶振有着领先全球的光蚀刻制...
- [2023-07-12]浅谈决定差分石英晶体振荡器的振荡频率...
- [2023-06-27]SMD时钟硅振荡器从0/+70°c到-55/+125°...
- [2023-06-20]GPS接收器专用温补晶体振荡器C34-040.0...
- [2023-06-17]Cardinal石英晶体CSM1Z-A5B2C5-40-25.0...
- [2023-06-13]Aker音叉晶体CTS3-32.768-9-20-R为何开...
- [2023-02-16]具备高品质的石英晶体用于无线通信CS-0...
- [2022-09-16]EPSON苹果手机无线充电器专用晶振Q3805...
- [2022-08-04]Abracon生产非常适合微处理器的时钟晶体...
- [2022-08-03]西迪斯设计出独特性能的小型化时钟振荡...
- [2022-08-02]村田首推用于消费级的陶瓷谐振器CSTLS8...
- [2022-07-22]常用编码KC3225K12.0000C1GE00是一款微...