CPPC4-A7B6-16.0TS

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Oscillators play an important role in providing basic timing and clock signals for all types of circuits. The CPPC4-A7B6-16.0TS circuit is a type of oscillator widely used especially in high-speed audio, video, and communication applications.

The CPPC4-A7B6-16.0TS has a wide range of application fields which depend on its extremely high frequency determination and precision. It is regularly used for digital-to-analog conversion that requires a constant precise signal. In audio, video, and communication applications, the CPPC4-A7B6-16.0TS can be used for the transmission of broadcast data or to enable clock synchronization, which allows for the extraction of data from multiple sources at the same time. It is also often found in measurement and testing equipment used in scientific and industrial applications.

The CPPC4-A7B6-16.0TS oscillator is built on a CMOS IC, combined with a temperature-compensated crystal oscillator from ATAR. This oscillator can achieve ultra-low jitter and attenuate noise over a broad frequency spectrum for accuracies of up to 10-7 seconds. The CPPC4-A7B6-16.0TS features a low power consumption (200mW max) and a wide temperature range (-55°C to +125°C) for universal usability. The entire circuit has a minimum size of 10mm x 10mm for maximum portability.

The working principle of the CPPC4-A7B6-16.0TS is simple yet powerful. The oscillator is based on a ring resonator principle which utilizes two inputs (oscillator inputs) running in opposite directions. This oscillator utilizes a positive feedback loop, in which the electrical energy from one oscillating input is fed back into the other oscillating input, resulting in a steady-state output. The signals are carefully shaped so that they match and each signal waveform is in phase with the other. This results in highly accurate and precise timing.

The frequency of the CPPC4-A7B6-16.0TS oscillator is determined by the characteristics of the crystal which functions as the resonator within the circuit. It is programmed to oscillate at an exact frequency depending on the type of crystal used, and its dynamic range is wider than other oscillators. This oscillator also utilizes temperature control to ensure a stable and highly accurate frequency when the temperature changes.

The CPPC4-A7B6-16.0TS oscillator is the perfect choice for high-speed applications where both accuracy and precision are critical. It has a wide frequency range, is temperature-compensated, and consumes very little power. All of these factors make the CPPC4-A7B6-16.0TS an ideal choice for a variety of application fields.

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