ADN4667 3 V LVDS Quad CMOS Dif
adi adn4667 3 v lvds quad cmos differential line driver
the adn4667 is a quad, cmos, low voltage differential signaling (lvds) line driver offering data rates of over 400 mbps (200 mhz) and ultra low power consumption. it features a flow-through pin out for easy pcb layout and separation of input and output signals. the device accepts low voltage ttl/cmos logic signals and converts them to a differential current output of typically ±3.1ma for driving a transmission medium such as twisted pair cable. the transmitted signal develops a differential voltage of typically ±310 mv across a termination resistor at the receiving end, and this is converted back to a ttl/cmos logic level by a line receiver such as the adn4668.
how is it used?
* backplane data transmission
* cable data transmission
* clock distribution
this part may appear in any application with a requirement to transmit parallel data at data rates in hundreds of mbps data rate range.
what are the key features and customer benefits?
* 400 mbps (200 mhz) switching rates
* flow-through pin out simplifies pcb layout
* 300 ps typical differential skew
* 400 ps maximum differential skew
* 1.7 ns maximum propagation delay
* 3.3v power supply
* ±310 mv differential signaling
* low power dissipation (10 mw typical)
* interoperable with existing 5v lvds receivers
* high impedance on lvds outputs on power down
* conforms to tia/eia-644 lvds standard
* industrial operating temperature range (–40°c to +85°c)
end market:
* comms - broadband; comms - other; i & i - instrumentation;
* comms - wireless; comp - servers; consumer - video;
* i & i - medical; comms - optical; ate;other
who are the potential competitors?
* national semiconductor
* texas instruments
红辣椒国民大视界评测 入门级手机完全够用
苹果将可能会在春季发布会推出付费iPhone和iPad游戏订阅服务
比特币现金值得去投资吗
安卓12将于2021年下半年正式发布
工业控制DeviceNet通讯介绍及优势
ADN4667 3 V LVDS Quad CMOS Dif
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the adn4667 is a quad, cmos, low voltage differential signaling (lvds) line driver offering data rates of over 400 mbps (200 mhz) and ultra low power consumption. it features a flow-through pin out for easy pcb layout and separation of input and output signals. the device accepts low voltage ttl/cmos logic signals and converts them to a differential current output of typically ±3.1ma for driving a transmission medium such as twisted pair cable. the transmitted signal develops a differential voltage of typically ±310 mv across a termination resistor at the receiving end, and this is converted back to a ttl/cmos logic level by a line receiver such as the adn4668.
how is it used?
* backplane data transmission
* cable data transmission
* clock distribution
this part may appear in any application with a requirement to transmit parallel data at data rates in hundreds of mbps data rate range.
what are the key features and customer benefits?
* 400 mbps (200 mhz) switching rates
* flow-through pin out simplifies pcb layout
* 300 ps typical differential skew
* 400 ps maximum differential skew
* 1.7 ns maximum propagation delay
* 3.3v power supply
* ±310 mv differential signaling
* low power dissipation (10 mw typical)
* interoperable with existing 5v lvds receivers
* high impedance on lvds outputs on power down
* conforms to tia/eia-644 lvds standard
* industrial operating temperature range (–40°c to +85°c)
end market:
* comms - broadband; comms - other; i & i - instrumentation;
* comms - wireless; comp - servers; consumer - video;
* i & i - medical; comms - optical; ate;other
who are the potential competitors?
* national semiconductor
* texas instruments
红辣椒国民大视界评测 入门级手机完全够用
苹果将可能会在春季发布会推出付费iPhone和iPad游戏订阅服务
比特币现金值得去投资吗
安卓12将于2021年下半年正式发布
工业控制DeviceNet通讯介绍及优势
ADN4667 3 V LVDS Quad CMOS Dif
编码器原点设定方法 编码器原点丢失怎样找回
为什么要在电子产品中使用光耦合器？
Mybridge AI推出了一个Python开源项目Top 30榜单
荣耀总裁赵明在广州举办的全球移动互联网大会
如何在Win8/8.1/10系统使用Hidizs AP100的USB-DAC功能
国产的Model 3什么时候才能上市？
移动式平板C形臂X射线机PLX118F的性能优势
了解TechInsights反向工程师芯片是如何制造的
智能镜子显示屏将打造更加智能与健康的卫浴体验
内置测试功能是什么 一个内置测试（BIT）的示例分析
索尼引领绿色存储新潮流
MVVS Engines 单缸汽油发动机简介
教育部批准设立深圳技术大学
目前世界上农业较为发达的国家主要开发出了以下几类农业机器人