ASGTX-D-19.200MHZ-1-T2

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Oscillators, as an electronic circuitry that produce a recurring signal, are frequently applied in modern electronics such as computers, communication networks, and automotive technologies. ASGTX-D-19.200MHz-1-T2 is an example of an oscillator manufactured by Crystek with specified frequency and output waveforms, which finds extensive application in commercial and industrial projects.

Application Field of ASGTX-D-19.200MHz-1-T2:

ASGTX-D-19.200MHz-1-T2 is an ideal frequency control component that is widely adopted in radio systems, broadband systems, control and data acquisition systems, test & measurement systems, radar systems, and broadcast systems in both commercial and military-grade projects. Thanks to its features such as flexibility, durability, and precision, it could handle various environmental factors like high temperature and vibration.

Working Principle of ASGTX-D-19.200MHz-1-T2:

ASGTX-D-19.200MHz-1-T2 oscillator works on the principle of a thermo-electrically cooled oscillator (TE2) or a mechanical-electromagnetic resonator. It consists of an electromechanical resonator, a driver amplifier, and a phase detection circuit. When a voltage is applied to the electrodes on the magnetostrictive wire, the wire vibrates back and forth, thus creating a signal that is fed back to the driver amplifier. The output signal of the driver amplifier is then detected by the phase detector, which is then used to control the oscillator frequency. To accomplish a specified frequency output, the feedback loop is adjusted until the desired frequency is reached.

In summary, ASGTX-D-19.200MHz-1-T2 is a type of oscillator manufactured by Crystek that has wide applications in modern electronics. With features such as flexibility, durability, and precision, it is ideal for high temperature and vibration environment. It works on the principle of a thermo-electrically cooled oscillator (TE2) or a mechanical-electromagnetic resonator, and consists of an electromechanical resonator, a driver amplifier, and a phase detection circuit.

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