93716AFLFT

The 93716AFLFT is a high frequency, multi-channel clock and timing system that has been developed for applications where multiple channels and low jitter measurements are critical. It is an ideal choice for high speed data- and signal-monitoring systems, high-frequency timing measurements, and high-resolution or high-precision oscilloscope triggering systems.

The 93716AFLFT uses an advanced phase-locked loop (PLL) to both generate and capture clock signals with low jitter and high accuracy. By controlling both the output and input frequency of the clock signals with the same PLL, the device can maintain tight jitter control and low drift over a wide range of operating temperatures.

The device can generate a number of different clock signals with low jitter, including single-ended clocks, differential clocks, and multi-channel clocks. It supports a wide range of sources, including crystal oscillators, LVDS, LVCMOS, and Ethernet. Additionally, the device can accept multiple clock sources and can configure the PLL to create a single, low jitter clock output from multiple inputs.

The 93716AFLFT also supports a wide range of timing measurements, from simply monitoring a single clock signal to capturing cycle-to-cycle jitter on multiple signals. The device can measure input cycle-to-cycle jitter and output cycle-to-cycle jitter, as well as setup and hold times, pulse widths, and more. The device can even measure the exact time when certain events occur.

Finally, the 93716AFLFT can be used to synchronize multiple clock signals with one another with extremely low jitter. By using the device’s PLL, multiple clock signals can be synchronized and maintained in sync over a wide range of operating temperatures.

In summary, the 93716AFLFT is a highly configurable, high frequency clock and timing system designed to generate and capture clock signals with very low jitter and high accuracy. It is an ideal choice for applications where multiple channels and low jitter measurements are critical, such as high speed data- and signal-monitoring systems, high-frequency timing measurements, and high-resolution or high-precision oscilloscope triggering systems.