ASTMHTV-14.7456MHZ-AK-E-T3

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Oscillators are electronic devices that generate specific frequencies, often in the range of megacycles or gigacycles. The ASTMHTV-14.7456MHZ-AK-E-T3 is one such oscillator, designed to provide a stable frequency and a high signal quality using a Temperature Compensated Crystal Oscillator (TCXO).

The ASTMHTV-14.7456MHZ-AK-E-T3 operates by maintaining a precise frequency range with minimal drift, even in temperature-variable environments. It achieves this by utilizing a unique TCXO design. The oscillator is made up of two parts, the resonator and the electronic circuit.

The resonator in the oscillator is actually a quartz crystal with its own precise resonant frequency. The electrical signals passing through the quartz crystal cause it to vibrate at a very specific frequency. This frequency is determined by the cut and orientation of the quartz and is virtually unaffected by temperature changes.

The electronic circuit in the oscillator compensates for temperature variation. This is done by heating and cooling the crystal with small amounts of electricity. By constantly adjusting the temperature around the crystal, the oscillator can maintain a very accurate and stable frequency regardless of the ambient temperature.

The ASTMHTV-14.7456MHZ-AK-E-T3 is an ideal oscillator for applications that require a precise and stable frequency in a temperature-variable environment. This includes radio communication, navigation systems, and telecommunication. The TCXO design ensures that the frequency generated is accurate and stable, giving users the confidence that their systems are reliable and secure.

In conclusion, the ASTMHTV-14.7456MHZ-AK-E-T3 is an oscillator that utilizes Temperature Compensated Crystal Oscillator (TCXO) technology to provide highly accurate and stable frequency in temperature-variable environments. This makes it ideal for radio communication, navigation systems, and telecommunication. By utilizing the TCXO design, users can be sure that their systems are reliable and secure.

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