SY10E111JC-TR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SY10E111JC-TR is a high-performance differential line driver from Texas Instruments. This particular device is a dual output, which can be supplied either with a single voltage source, or with a separate source for each output. This makes it ideal for applications such as driving long lines in power distribution systems, digital communication lines, and high speed serial data links.

The SY10E111JC-TR is an ideal choice for clock/timing applications. It is a low skew, low jitter clock buffer, driver, and repeater designed to provide clean, robust signals to clocks and other timing signals. The device is designed to be operated in both single-ended and differential mode, and can be used to drive both single-ended and differential outputs. It has a low-voltage differential signaling (LVDS) input interface and a wide common mode voltage range, making it suitable for operation in a range of environments.

The SY10E111JC-TR has a wide operating frequency range, being capable of operating at frequencies up to 250MHz, with a data rate of up to 400Mbps. It has high data integrity, ensuring reliable and accurate signal transmission, and a 1:4 fan-out for low noise applications. This device is also equipped with a power down feature, which reduces current consumption and improves system power efficiency.

The SY10E111JC-TR features a maximum data skew of just 5 ps, and low jitter, providing improved signal integrity. Its input and output pins are electrically isolated from each other, offering superior signal and noise immunity. The device also uses fully differential architecture, which reduces EMI emission and susceptibility.

The SY10E111JC-TR is designed for a wide range of applications, providing users with a reliable, high performance differential line driver suitable for a variety of clock/timing needs. Its low power consumption, low noise levels, and wide operating frequency range make it an ideal choice for applications where consistent, reliable timing signals are required. The electrical isolation between the input and output pins ensures that noise interference is kept to a minimum, while the low skew and jitter guarantees excellent signal integrity.

The specific data is subject to PDF, and the above content is for reference