CCPD-912X-25-155.52

Oscillators are essential components for any electronic system. The CCPD-912X-25-155.52 is a type of oscillator utilized for various applications.

The CCPD-912X-25-155.52 is a precision oscillator design with a crystal control circuit which provides superior performance over other frequency options. It is a highly reliable, low power oscillator that can provide an accurate and stable frequency output. The oscillator is designed to meet stringent environmental requirements using a low temperature coefficient crystal, and it has an input voltage range of 0.7V to 5.5V. It can operate over a wide temperature range (–40°C to +85°C) and is available in a variety of frequency ranges, from 4MHz to 100MHz.

The CCPD-912X-25-155.52 can be used in a variety of applications, including frequency synthesis, radio frequency (RF) signal generation, clock signal generation, and timing applications. It is a popular choice for use in communication systems, data storage systems, radar, and other high-frequency electronic systems. The oscillator has a low jitter and excellent phase noise performance, making it suitable for precision timing and frequency control.

The oscillator utilizes a crystal control circuit, which is a circuit that uses a crystal or other piezoelectric material to generate an accurate and stable frequency. The crystal control circuit is composed of two main components: a crystal oscillator and a frequency divider. The crystal oscillator contains a quartz crystal element which, when energized, produces an oscillation at a specific frequency determined by the crystal\'s properties. The frequency divider divides the frequency output from the crystal oscillator to a frequency which can be used for various applications.

The CCPD-912X-25-155.52 is a reliable, cost-effective solution for a variety of frequency control applications. It is designed with a low power consumption, wide operating range, and high accuracy. The oscillator offers excellent performance, making it an ideal solution for a variety of applications.