CPPC8LZ-BR-100.0TS

Oscillators are electrical circuits that are designed to output a specific frequency. The CPPC8LZ-BR-100.0TS oscillator is one such device that is designed to generate a sinusoidal signal with a programmed frequency range in the range of 100 kHz to 150 MHz. It uses a Microprocessor (PIC) and Digital Signal Processor (DSP) to generate a signal with extremely low intrinsic jitter.

The CPPC8LZ-BR-100.0TS oscillator is ideal for applications where very precise low latency timing is required. It can be used in applications such as radio frequency communications and wireless networking where high accuracy timing is essential for reliable communication. It can also be used in high performance embedded systems where timing accuracy must be maintained in order to achieve maximum performance.

The working principle of the CPPC8LZ-BR-100.0TS oscillator is based on the principle of frequency division. The oscillator uses a PIC and DSP to digitally generate the sinusoid signal with very low intrinsic jitter. The signal is then divided down to the desired frequency and output to the load. The PIC and DSP also provide very accurate and continuous temperature stability and absolute frequency stability. This ensures that the output signal stays within its specified frequency range which is critical for wireless communication and embedded system applications.

The CPPC8LZ-BR-100.0TS oscillator is used in a variety of applications such as wireless communication systems, high performance embedded systems, and more. It is also used in consumer devices such as WiFi and Bluetooth enabled products as well as in machine-to-machine communication systems. Its low jitter performance makes it ideal for applications where accurate timing is essential.

In conclusion, the CPPC8LZ-BR-100.0TS oscillator is a high performance oscillator designed for applications requiring very precise timing accuracy. It uses a PIC and DSP to digitally generate the sinusoid signal with very low intrinsic jitter and is suitable for a wide range of applications. Its temperature stability and absolute frequency stability also ensure that the output signal remains within its desired frequency range. This makes it suitable for applications in wireless communication, embedded systems, and more.