ASGTX-C-30.000MHZ-2

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Oscillators

The ASGTX-C-30.000MHZ-2 is a conductive oscillator that provides reliable and precise frequency stability. It produces a sinusoidal analog signal output through an LC network, and is designed for exact frequency requirements. It is used in a wide variety of applications, including medical devices, consumer electronics, and automotive communications.

Application field

The ASGTX-C-30.000MHZ-2 can be used in many diverse applications that require precise frequency stability. It is used in medical devices to ensure accuracy and reliability of vital physiological measurements. The oscillator is used in consumer electronics for high-precision product features, such as precise clock synchronization. It is also used in automotive communications, as it provides reliable frequency stability for radio transmissions over long distances.

Working principle

The ASGTX-C-30.000MHZ-2 produces a sinusoidal output signal using an LC network of coils and capacitors. Its frequency is determined by the size, number and arrangement of its components. The oscillator contains a voltage-controlled oscillator (VCO) circuit, which is used to adjust the frequency by varying the magnitude of the voltage applied to the coil. The oscillator also contains temperature compensation components, which regulate its frequency over a wide range of temperatures.

The ASGTX-C-30.000MHZ-2 is designed for frequency stability, and operates within a range of ±500 kHz. It requires a supply voltage of 3.3V, and can operate between a temperature range of -40℃ to 85℃. In addition, it has a low harmonics output of -40dBm, and a minimum phase noise of -155 dBc/Hz.

Conclusion

The ASGTX-C-30.000MHZ-2 oscillator is a reliable and precise frequency generator. It is used in a variety of applications, including medical devices, consumer electronics, and automotive communications. Its sinusoidal output is generated by an LC network of coils and capacitors, and the frequency is determined by the size, number and arrangement of these components. The oscillator also has a range of temperature compensation features, and operates within a range of ±500 kHz. Furthermore, it has a low harmonics output and minimum phase noise.

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