CPPC8Z-BP-15.36TS

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Oscillators are electronic components used to generate a periodic signal. Despite the wide range of oscillators they can be divided into three main groups based on the signal they generate. Those groups are sinusoidal oscillators, tuned oscillators, and pulse-shaping oscillators. The CPPC8Z-BP-15.36TS is an example of a pulse shaping oscillator.

The CPPC8Z-BP-15.36TS is a quartz crystal oscillator with a frequency tolerance of ±15.36ppm over the temperature range of 0-50°C. The oscillator is equipped with two outputs, with the first output providing a stable output clock with a duty cycle of 50%. The second output provides a clock with an adjustable duty cycle.

The CPPC8Z-BP-15.36TS is suitable for applications where a stable clock signal with an accurate frequency is required, such as synchronizing analog-to-digital converters, preventing signal drift in RF applications, and providing a stable reference clock in many frequency control systems.

The working principle of the CPPC8Z-BP-15.36TS is relatively simple. It consists of a quartz crystal mounted on a holder with two electrodes that form a capacitor and an inductor. Inside the oscillator, the quartz crystal’s natural frequency is amplified and multiplied to form the desired frequency. The input signal is fed into the oscillator and the output signal is then generated.

The output of the oscillator is then divided into two paths, one with a 50% duty cycle and one with an adjustable duty cycle, which is provided by the transistors in the oscillator. The 50% duty cycle output is the most stable and is typically used to drive asynchronous digital logic. The adjustable duty cycle output is used for applications that require a precise duty cycle adjustment, such as for pulse-width modulation.

In summary, the CPPC8Z-BP-15.36TS is a quartz crystal oscillator capable of providing a stable frequency output and an adjustable duty cycle. It is suitable for applications where a stable clock signal with an accurate frequency is required. The working principle of the oscillator involves using a quartz crystal to generate an amplified signal which is then divided into two paths, one with a 50% duty cycle and one with an adjustable duty cycle.

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