95V157AGLF

The 95V157AGLF is a low-skew FIFO clock buffer designed to extend the length of high bandwidth data transmission signals. The device takes in a reference clock signal and buffers it to provide four independent, low-skew differential clock outputs for low-jitter, long-reach signal conditioning applications. It is suitable for use in clock and data distribution systems where multiple clock signals need to be driven from a single source, as well as in applications requiring multiple copies of a clock signal with very low skew and jitter.

The 95V157AGLF provides four differential outputs, each capable of driving two series-terminated transmission lines. It has a phase-locked loop (PLL) internally, which locks the 4 output clocks to the reference clock with minimal skew (less than 300 ps). Each clock output can also be individually enabled, allowing users to turn off certain outputs based on the system requirements. In addition, the device also features EMI-reduction circuitry which helps minimize crosstalk, reduce jitter, and reduce power consumption.

The 95V157AGLF is designed to operate in a 0.7V to 1.8V (VCC) supply voltage range, with output levels ranging between 0.75V and 1.05V (VPH). It is fully specified over the industrial temperature range of -40°C to +85°C.

The 95V157AGLF is targeted for high-speed data transmission applications such as secure document printing, multi-channel video broadcasting, point-to-point networks, and other digital communication systems. It is also suitable for FPGA/ASIC/CPLD based embedded systems, high performance computing systems, and other digital designs requiring multiple clock outpout signals.

The 95V157AGLF is a highly integrated solution for clock distribution. It is well suited for applications that require low-skew, low-jitter clocks, as well as flexibility and reliability. The device can be programmed to enable or disable clock outputs as needed, which helps reduce power consumption and crosstalk in densely packed scenarios. It also features a very low quiescent current, which helps reduce power consumption when in Idle mode.

In summary, the 95V157AGLF is a low-skew, low-jitter FIFO clock buffer designed for applications requiring multiple copies of a reference clock signal. It features a programmable enable/disable feature, as well as EMI-reduction circuitry, which help reduce crosstalk, jitter, and power consumption. Its low quiescent current helps reduce power consumption when in Idle mode. The device is targeted for high-speed data transmission, FPGA/ASIC/CPLD based embedded systems, and other digital designs.