CVPD-914X-50-161.1328

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Oscillators are an important component in many electronic systems, providing a precise, low-noise signal for timing and reference purposes. The CVPD-914X-50-161.1328 oscillator is a great tool that can meet the needs of various applications. This document will discuss the application field and working principle of the CVPD-914X-50-161.1328 oscillator.

Application field

The CVPD-914X-50-161.1328 oscillator is a silicon-based oscillator designed with high stability and low power consumption in mind. It is specifically designed for use in mobile and embedded systems. Its low power usage and small size makes it especially suitable for use in situations where size and weight are limited. Additionally, its high stability ensures a consistent and accurate signal input even when power is cycled on and off.

The wide range of frequency stability and operating temperatures make this oscillator suitable for many applications which includes mobile phones, navigation systems, telecoms, medical equipment, automotive systems, radars and autonomous vehicles.

Working principle

The working principle of the CVPD-914X-50-161.1328 oscillator is based on the process of crystal vibration which is also known as quartz crystal oscillation. Quartz crystals have natural resonant frequencies which they retain after being processed into electronic components. When the correct voltage is applied at the terminals of the crystal, the electrons in the crystal will vibrate at a consistent and precise frequency determined by the physical constants of the crystal.

The CVPD-914X-50-161.1328 has been designed so that the oscillations from the crystal are converted into an electrical output signal at an accurately controlled frequency. The frequency can be adjusted with the on-chip tuning capacitance. This adjustments make it possible to produce multiple outputs with multiple frequencies using the same crystal. This oscillator also has a low-frequency wakeup mode which allows the system to start up quickly after a power cycle.

Conclusion

The CVPD-914X-50-161.1328 oscillator is an excellent choice for many applications due to its low power consumption, small size and wide range of frequency stability. Its working principle is based on the process of crystal oscillation which allows for precise and accurate signal inputs.

In conclusion, the CVPD-914X-50-161.1328 oscillator is a great choice for use in a variety of applications due to its many features and benefits. Its ability to provide a reliable, low-noise signal output makes it an ideal component for many embedded and automotive systems.

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