TA-12.200MCE-T

Oscillators play an essential role in the realization of timing control and frequency determination. They are widely used in a variety of engineering applications, such as radio frequency communication, radar system, remote control system, navigation system, vehicle speed monitoring, and so on. The TA-12.200MCE-T oscillator is one kind of such devices. It is designed with modern semiconductor technology and has excellent performance.

This article introduces the application field and working principle of TA-12.200MCE-T oscillator. Firstly, the TA-12.200MCE-T oscillator can be used as a temperature-compensated quartz crystal oscillator (TCXO). It employs a hybrid structure comprising a low-leakage silicon sample gate field-effect transistor (FET) as the frequency determining element. This type of oscillator is highly immune to temperature and vibration. And its temperature coefficient over the -25℃ to +70℃ range is often ±6ppm or less. Moreover, it has good short-term stability, low phase noise, and high reliability. Therefore, TA-12.200MCE-T TCXO is suitable for applications such as base station, satellite communication, medical, and automotive. Beside this, it can also be used in frequency synthesizers, step recovery diodes, and other radio frequency applications. Secondly, the working principle of TA-12.200MCE-T oscillator is to build an oscillation circuit using a quartz crystal as a frequency-determining element. This oscillator is voltage-controlled and has a high input impedance. When the quartz crystal ages, its resonance frequency will change. In order to make the output frequency of the oscillator remain constant, the temperature compensator circuit is used to make adjustments to the supply voltage of the oscillator. This structure enables the oscillator to quickly and accurately maintain its output frequency at different temperatures.

To sum up, the TA-12.200MCE-T oscillator is excellent in performance and suitable for a variety of applications, such as frequency synthesizer, base station, satellite communication, medical, and automotive. With its hybrid structure and temperature compensator circuit, this type of oscillator is strong and highly stable, even under different temperatures and vibrations.