SY89295UMG-TR

SY89295UMG-TR is a low-skew, differential-to-single-ended line driver designed to drive up to eight inputs. It operates in both differential and single-ended configurations, providing a flexible solution for high-speed communication applications such as gigabit Ethernet, point-to-point serial links, clock generation, and Motorola SONET/SDH. This device is fundamentally a buffer and line driver, which usually use a transmission delay line to buffer and drive an external signal.

The SY89295UMG-TR is commonly used in Clock/Timing - Delay Lines applications. It is an integrated, low power, clock/delay line driver with selectable single-ended or differential outputs. It provides eight selectable delay lines that can be used to generate multiple clocks with different delays. The delays can be used to match clock signals with different frequencies, or to improve timing in circuits such as high-speed clock switching networks. It can also be used to generate multiple synchronized output clocks with adjustable jitter performance.

The SY89295UMG-TR works by taking an input clock signal and then converting it into a secured signal to reduce the jitter from the output of the chip. It has two stages to achieve this: one that buffers and drives the signal, and another that translates the signal from differential to single-ended. The active buffer of the SY89295UMG-TR drives the signal with low distortion and low crosstalk. The low distortion enables low jitter on the signal and helps maintain signal integrity. The second stage of the device translates the signal from differential to single-ended, making it easier to drive the signal through long traces. This ensures signal integrity is maintained when the signal is transmitted over long distances. In addition, the translation is done in such a way that the signal is delayed in the same amount of time, while avoiding crosstalk.

The SY89295UMG-TR is a reliable integrated clock/delay line driver with selectable single-ended or differential outputs. Its low power and low distortion features help maintain signal integrity over long distance transmission, while its adjustable jitter performance makes it easy to match clock signals with different frequencies or synchronize output clocks. As a result, this device is able to provide excellent performance in Clock/Timing - Delay Lines applications.