93716BGLFT

Clock and timing are important factors within the logic, memory and processor components of computers, telecommunications, and other electronics products. The use of clocks and timing plays an important role in defining the timing of several operations as well as the deterministic behavior of these products.

The 93716BGLFT is an application specific integrated circuit (ASIC) that provides an integrated, high-speed and low-cost solution for clock, timing, and digital logic applications.

The 93716BGLFT can provide support for the following applications: synchronization, pulse-width modulation, frequency division, delay measurement, and pulse shaping. The device can operate at frequencies up to 1000MHz, providing fast and reliable response for high-speed applications. The device also features an integrated low-jitter output buffer, enabling the device to be used for various applications, such as communications and storage.

The device is able to take an input from the system\'s main clock, and then divide the incoming signal according to a programmable divider. Depending on the divider setting, the device will output a divided clock signal at the defined frequency. The device also features a programmable delay line, which allows the user to program the exact delay required for its application. This allows the user to precisely control the timing of operations within the system.

The device also supports a wide array of digital logic functions, greatly simplifying the design of complex logic circuits. The device supports Boolean logic operations, enabling the user to define the behavior of multiple logic gates with a single instruction. The device can also perform shift register and counter functions, allowing the user to construct complex digital logic functions such as combinational logic and state machines.

The 93716BGLFT is a highly versatile and cost-effective solution for clock, timing and digital logic applications. The device is suitable for use in a wide variety of production and research environments, allowing users to quickly and reliably construct sophisticated logic circuits with minimal effort.