CPPC7Z-A5B6-29.4912TS

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Oscillators are key components that create an unending series of repetition in cycles or waveforms. They help in the production of a wide array of sound and our modern-day life relies heavily on oscillations for reliable and stable operation. CPPC7Z-A5B6-29.4912TS is one such oscillator whose application field and working principle are outlined in this document.

The CPPC7Z-A5B6-29.4912TS oscillator is used mainly in the automotive industry, for its ability to work reliably in harsh conditions. It is an electromechanical oscillator based on piezoelectric actuators, which combines the robustness and precision of ceramic vibrators with the frequency stability of quartz crystal.

Its working principle is straightforward. It is a type of resonance oscillator that works on the principle of electronic-mechanical-acoustic coupling. Piezoelectric actuators vibrate a quartz crystal, which produces a waveform with a frequency that is determined by the material and thickness of the crystal. The frequency is also affected by the surrounding temperature and humidity. The oscillator produces a sinusoidal waveform with an accuracy of ± 20 ppm over a wide range of temperatures, from -40°C to +125°C.

The CPPC7Z-A5B6-29.4912TS provides a high-resolution output signal with a very low level of noise, meaning it is highly suitable for use in a variety of applications. It also does not need an external voltage source, thus simplifying its overall design.

Apart from its automotive applications, the CPPC7Z-A5B6-29.4912TS oscillator can also be used in any application requiring a frequency-stable and reliable source up to 100 MHz. These include medical imaging, computer-controlled systems, industrial process control, industrial and assembly automation, and surveillance systems. It is also well-suited for applications demanding precise timing and positioning accuracy, such as radar, satellite, and aerial navigation, and instrumentation systems.

The CPPC7Z-A5B6-29.4912TS oscillator offers inherent EMI immunity, thanks to its passive design, and its low electric power requirements make it an ideal choice for small, battery-operated applications. Additionally, this oscillator has a resilient silicone load-bearing element, making it resistant to shock and vibration.

In conclusion, the CPPC7Z-A5B6-29.4912TS is a reliable and versatile oscillator whose application field and working principle make it an ideal choice for any application requiring a frequency-stable source up to 100 MHz. It is rugged and highly efficient, and its low electric power requirements make it an ideal choice for small applications.

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