CPPC1L-A3B6-160.0TS

Oscillators: CPPC1L-A3B6-160.0TS

CPPC1L-A3B6-160.0TS is an oscillator used in various applications from consumer electronics to industrial automation systems. The oscillator is designed to generate a square wave output, allowing it to be used in such applications as pulse-width modulation (PWM), sinusoid generation, and frequency synthesis.

CPPC1L-A3B6-160.0TS is a low-power device designed to operate over a wide range of frequencies. It can operate at up to 160MHz at an output frequency of 160MHz. It has a high ripple of 10-1 and a low-distortion signal of 40-60dBc. It has low-noise performance, with a maximum support current of 4.5mA. It is also capable of driving up to 16 loads, allowing for the multiplexing of signals.

The CPPC1L-A3B6-160.0TS is a highly reliable oscillator that is designed to be used in extreme temperatures (-55⁰C to +125⁰C) and in demanding environments. It has a high frequency stability, and is built for longevity and robust operation. The component is tested for quality assurance and it is also RoHS compliant.

Working Principle

The CPPC1L-A3B6-160.0TS works by applying a square wave, generated by an internal crystal, to the input of an amplifier. The amplified output is then sent through a low-pass filter, which removes some of the noise, and is used to generate the oscillation. The filtered output is then used to drive a transistor circuit, which provides the output signal.

The oscillation frequency of the CPPC1L-A3B6-160.0TS is determined by the characteristics of the components used and the frequency of the internal crystal. The frequency can also be adjusted by changing the resistance values of the components. As the frequency changes, the output of the oscillator changes accordingly.

The CPPC1L-A3B6-160.0TS is a reliable and versatile component that can be used for various tasks in the consumer and industrial electronics sectors. It provides a high-quality output signal and has excellent frequency stability, making it suitable for use in a number of applications.