CPPC7-A7BR-166.0TS

Oscillators are high-frequency electrical circuit configurations that form a repeating waveform and contain positive, negative and ac signals. The CPPC7-A7BR-166.0TS is a low cost oscillator model class used in a variety of applications.

The CPPC7-A7BR-166.0TS is a two-stage voltage controlled oscillator. The first stage of the oscillator contains an avalanche transistor connected to the ground for noise mitigation and injection of the base collector current, and a feedback transistor connected to the collector for oscillation. The other terminals of the first stage consist of the emitter and base terminals. The second stage of the oscillator contains an avalanche transistor connected to the ground for noise mitigation and injection of the base-collector current, and two emitter followers connected to the collector for signal amplification. The other terminals of the second stage consist of the emitter and base terminals.

This oscillator model contains a dual-channel post-processing circuit consisting of two voltage-controlled low-pass filters. The first filter is used to control the noise in the oscillator signal, by attenuating harmonics and reducing distortion. The second filter is used to control the frequency of the oscillator signal, allowing for a wide range of frequencies from 50 Hz to 2MHz.

The most common application of the CPPC7-A7BR-166.0TS is in radar systems, where it is used to generate the signal necessary for range-finding applications. The oscillator is also used in ultrasound equipment, medical imaging systems, and modems. The CPPC7-A7BR-166.0TS can also be used in data acquisition systems for timing and controlling data sampling. The frequency range and noise-reduction filter of the oscillator makes it ideal for these applications.

The CPPC7-A7BR-166.0TS has a wide range of features that make it suitable for a variety of applications. A low cost, low power consumption, wide frequency range, and a noise-reduction filter are just some of the features that make the CPPC7-A7BR-166.0TS a valuable resource for any engineer looking to integrate an oscillator into their next design.