FO3HSKDM20.0-T2

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Oscillators refer to a type of energy converting device which converts energy of a certain form into energy of another form. In particular, they can be configured to convert energy from one form to another in a cyclic or alternating process. The FO3HSKDM20.0-T2 is a type of oscillator which is used in various applications.

Application

The FO3HSKDM20.0-T2 oscillator is mostly used in a wide range of consumer electronics applications such as DVD players, digital cameras, projectors, etc. It is also applicable to industrial control and automation applications, medical equipment, RF communication and many other digital/analog signal processing applications.

Features

The FO3HSKDM20.0-T2 oscillator is designed with an integrated temperature sensor for enhanced accuracy and reliability. It has an operating temperature range of -40°C to +125°C and is shielded to prevent electro-magnetic interference. The oscillator has a start-up time of just 10ms and has a high frequency stability of +/-0.5ppm.

Working Principle

The FO3HSKDM20.0-T2 oscillator works on piezoelectric effect. The oscillator consists of an integrated piezoelectric plate, a frequency generator, a temperature stabilization unit and a frequency-determining resistor. When voltage is applied to the piezoelectric plate, it starts to vibrate. This vibration is used to generate a frequency which is then stabilized by the temperature stabilization unit and frequency adjuster. The oscillator then continuously produces frequency output corresponding to the shift in temperature.

Advantages

Some of the major advantages of the FO3HSKDM20.0-T2 oscillator include its low jitter, low power consumption, robust design, excellent frequency stability, and its integrated temperature sensor which increases accuracy and reliability.

Conclusion

The FO3HSKDM20.0-T2 oscillator is a piezoelectric based oscillator which is mainly used in consumer electronics, industrial control and automation, medical equipment, RF communication, and other digital/analog signal processing applications. It provides low jitter, low power consumption, excellent frequency stability, and its integrated temperature sensor increases accuracy and reliability in all applications. It works on a piezoelectric effect and starts up in just 10ms.

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