ASGTX-P-212.500MHZ-1-T

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Oscillators are electronic circuits that generate a periodic, oscillating electronic signal, often as a sine wave, a square wave, stage wave, pulse train, or any continuous wave shape, often modulated to carry electronic information. One of their components is ASGTX-P-212.500MHZ-1-T.

ASGTX-P-212.500MHZ-1-T is a voltage-controlled crystal oscillator module that provides an extremely low frequency, high frequency stability, and low phase noise. It is a Fully Automated (FA) offering that provides a low-cost and high-performance alternative for these applications.

In terms of its application field, ASGTX-P-212.500MHZ-1-T is mainly used in communications, broadcasting, wireless radio, instrumentation, aerospace, navigation, military, and defense systems applications. Its wide-range frequency output capability and excellent long-term stability also make it suitable for remote-sensing applications, where it needs to operate in a fixed frequency over a long period of time.

The working principle of ASGTX-P-212.500MHZ-1-T is based on the fundamental property of a quartz crystal that when a voltage is applied, the crystal vibrates at a frequency proportional to the voltage. This frequency is known as the oscillator frequency. The frequency of the ASGTX-P-212.500MHZ-1-T oscillator can be adjusted to meet different applications by varying the voltage applied to the crystal. The output signal of the oscillator is buffered through a built-in amplifier, which also isolates the circuit from the surroundings.

In addition, ASGTX-P-212.500MHZ-1-T provides a wide range of frequency temperatures (+20°C～+70°C). The temperature range is determined by accuracy permissible and acceptable level of phase noise and short-term stability that is needed in a particular application. The wide temperature range makes it suitable for various industrial, scientific, and medical applications.

Finally, ASGTX-P-212.500MHZ-1-T offers an excellent phase noise and outstanding performance in short-term stability, making it an ideal choice for communications, broadcast, and other applications that require low noise and high-frequency stability.

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