SY10EL11VZI-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

SY10EL11VZI-TR is an integrated single-channel differential clock buffer device which is designed for high-speed clock distribution applications in telecommunications, gigabit Ethernet and optical networks. It provides a pair of high-impedance differential outputs to drive long lines and shield them from high capacitive loading.

The working principle of the SY10EL11VZI-TR is quite simple. It takes a differential clock signal as input and produces a pair of high-impedance differential outputs. The input clock is a low-voltage differential signal (LVDs) while the output clock is a high-voltage differential signal (HVDS). The differential inputs and outputs are connected to one another through a differential amplifier stage, which boosts the amplitude of the incoming clock signal and drives the HVDS outputs.

The SY10EL11VZI-TR\'s differential outputs are designed to drive long lines and minimize ringing due to high capacitive loading. This is accomplished by using an internal low-voltage compensation circuit which adjusts the output voltage level. The device also has a pair of input slew rate control pins that can be used to adjust the rise and fall times of the differential clock output. It also has an optional power-saving mode which reduces the device\'s power consumption when it is not actively in use.

The SY10EL11VZI-TR is an ideal solution for clock distribution in high-speed applications such as communication systems, gigabit Ethernet, and optical networks. It is a robust and reliable device that can be used in a wide range of applications. Its differential clock output is ideal for driving long lines and its adjustable slew rate control pins allow it to accommodate different input signals and provide clean, low-noise clock edges.

The SY10EL11VZI-TR is a reliable and versatile clock buffer device, offering high speed performance in clock distribution applications. It is capable of driving long lines with a minimum of ringing and noise and is easily configurable for different input signals. With its adjustable slew rate control pins and low power mode, this clock buffer device can be used in a wide range of applications, from telecommunications to gigabit Ethernet and optical networks.

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