IDT3CP0C02-125NSGE

The IDT3CP0C02-125NSGE programmable timer and oscillator is a versatile device which is well suited for a number of applications. It can be used for timing systems that need to utilize accurate and repeatable events such as frequency measurements, synchronous motor speed control and clock signal generation. This guide will discuss the application fields and working principles of the IDT3CP0C02-125NSGE.

The IDT3CP0C02-125NSGE devices are designed to perform asynchronous frequency measurement, synchronous speed control and clock signal generation. The device uses a fixed oscillator frequency of 125MHz, and consists of 12 counters which can be programmed with a maximum resolution of 16bit. The counters can be programmed to generate events at exact timed intervals, making the IDT3CP0C02-125NSGE a very versatile device which can be used to accurately measure frequencies, control motors and create clock signals.

The IDT3CP0C02-125NSGE device has a wide range of applications which include:

The basic working principle of the IDT3CP0C02-125NSGE programmable timer and oscillator is based on the fact that it is a single cycle device. It has 12 programmable counters which can be programmed to a fixed cycle length of 16 bits. Each of these counters can be programmed to generate locks at a preset frequency, for accurate asynchronous frequency measurement, synchronous speed control and clock signal generation.

The IDT3CP0C02-125NSGE also has an integrated feedback circuit which is used to collect data and to keep the system synchronized and accurate. The feedback has multiplexers which can switch between different input signals as required. The data is then processed by the device in order to detect any time lag in the input signals and to correct the system accordingly. This ensures that the device can generate accurate and repeatable results, even under extreme conditions.

The IDT3CP0C02-125NSGE is a highly versatile device which can be used in a number of applications. It is well suited for precision asynchronous frequency measurement, synchronous speed control and clock signal generation. The device is easy to operate and can be programmed with a maximum resolution of 16bits. Furthermore, the integrated feedback circuit ensures accurate and repeatable results, even under extreme conditions.