MC100LVEL34DTR2

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The MC100LVEL34DTR2 is a low-voltage and differential-output source synchronous clock buffer designed to provide multiple copies of a low-skew, tight clock specification in systems with extreme timing requirements. It is capable of outputting up to eight independent differential clocks with a maximum frequency of 400 MHz and a total skew of less than 50ps. The differential outputs are designed to drive high-speed differential receivers.

Application fields of MC100LVEL34DTR2 include high-speed networking, telecommunications, medical imaging, and consumer electronics.

The working principle of MC100LVEL34DTR2 involves using a reference clock and integrated PLL (Phase-Locked Loop) to generate multiple clock outputs with low jitter and low skew. The integrated PLL has an input and multiple outputs, and works by generating multiple copies of the input from the reference clock. The PLL locks the multiple outputs to the reference clock, so that if any external perturbation occurs, all of the outputs will follow the reference clock.

The architecture of the MC100LVEL34DTR2 is optimized for low noise and clock distribution, reducing jitter and skew of the outputs. It offers a power-friendly package with a small occupation of the board space and a wide operating temperature range of -40°C to 125°C.

In addition, the MC100LVEL34DTR2 offers built-in test functions such as clock stall and clock output cycling, and has programmable power-down modes including fully powered-down, partial powered-down and powered-down test modes.

The MC100LVEL34DTR2 is a robust, high-performance clock buffer that is ideal for applications requiring tight clock specifications. It provides low-skew clock distribution and a low-power solution for applications where size and power are of paramount importance.

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