日韩在线B-日韩在线gv-日韩在线视频撸撸-日韩在线影院鲁-日韩真人实操-日韩中文在线57-日韩字幕97在线婷婷-日韩综合另类-日韩做爱A片-日韩做爱精品

登錄 / 注冊
Home
Product Center
Application Industry
News Center
Recruitment and Career Development
About Us
搜索
Product Center

Provide you with enterprise-level interconnection chips

TBUF1510

10-output differential clock buffers with super-low additional jitter


Single-end, differential, and crystal inputs are flexibly supported

10 differential outputs, with the maximum frequency up to 1.5GHz.LVPECL, LVDS, and HCSL modes are supported

Additional jitter<30fs (@100MHz HCSL mode)    

Compatible with PCIe1.0~5.0 clock specifications

Operating temperature: -40°C~85°C

Package: QFN48

Product information download
product details

TBUF1510 is a high-performance clock buffer. It supports 10 channels of 1.5GHz differential super low jitter outputs, which are mainly used for low jitter, high-frequency clocking and level shifting, and so on. The buffer supports 3 modes of clock source inputs, such as single-end clock, differential clock, or crystal. TBUF1510 can be assigned to two output groups, group A and group B, and one LVCMOS output. The outputs in groups A and B can be independently configured to LVPECL, LVDS, HCSL or HIZ mode. The LVCMOS clock output can be enabled or disabled in sync with the selected clock. TBUF1510 supports a flexible voltage range, with both core and IO voltages supporting either 2.5V or 3.3V.

1510.png


Application Diagram

application

Server

Storage

Switch

Router

Copyright ? 2019-2025 成都金年匯微電子科技股份有限公司 版權(quán)所有 備案編號(hào): 蜀ICP備2022009451號(hào) 川公網(wǎng)安備 51019002004893號(hào)

登錄
注冊
重設(shè)密碼
主站蜘蛛池模板: 三级视频网站上 | 尤物视频在线 | 免费网站在线三级 | 成人三级韩国电影 | 超碰午夜羞羞片 | 久草日本 | 国产老女人网址 | 91男人网| 欧洲国产亚洲 | 黄色三级片网站 | 欧美十大潮喷 | 福利院啪啪视频 | 四虎欧美性爱影院 | 日韩欧美亚洲区 | 欧美性xxxxx 欧美性x一区二区 | 91激情在线| 欧美精品日韩精品 | 国产午夜免费视频 | av三级在线播放 | 波多野吉衣一区 | 日本在线视频在线 | 制服丝袜在线播放 | 一区二区三区91 | 国内三级黄色 | 最新日韩高清无码 | 欧美伦理片播放 | 青青草美女视频 | 激情综合在线 | 伊人青青草在线 | 91色在线观看 | 免费xxxxx| 亚洲国产欧美在线 | 国产十精品十免费 | 丁香五月播播网 | 亚洲成人日韩影院 | 青青草草草 | 毛片传媒 | 日本不卡电影在线 | 无码av免费 | 高清不卡日韩无码 | 欧美日韩另类一区 |