VG-4231CA 30.7200M-FGRC

Oscillators play an integral role in telecommunications, broadcasting, computers, and other electronic applications. The VG-4231CA 30.7200M-FGRC oscillator is an important component in this field.

The VG-4231CA 30.7200M-FGRC oscillator is an atomic clock oscillator that uses a quartz crystal for frequency stabilization and is designed for low-power, low-noise operation. It has a wide operating temperature range (-40 to 85 degrees Celsius). This oscillator offers superior long-term stability and is suitable for various applications. At the same time, the oscillator is characterized by low shock susceptibility and low phase noise.

The VG-4231CA 30.7200M-FGRC oscillator has a variety of application fields, such as satellite systems, radio communication systems, navigation position systems, and aviation systems. It can also be used in other applications, including scientific and medical instrumentation, digital signal processing, and video and audio systems.

The primary working principle of the VG-4231CA 30.7200M-FGRC oscillator is the crystal resonance principle. A quartz crystal is placed between two metal plates and subjected to an external voltage. The crystal vibrates at its natural resonant frequency. The external voltage is the frequency control voltage. When the feedback voltage is equal to the frequency control voltage, the crystal is set at its natural frequency.

The VG-4231CA 30.7200M-FGRC oscillator is also equipped with other features, such as frequency control circuit, output buffer, temperature compensation circuit, and interface logic. The frequency control circuit and the temperature compensation circuit are used to control the output frequency of the oscillator. The output buffer ensures low output impedance and noise. The interface logic provides logic signal control and output selection.

In conclusion, the VG-4231CA 30.7200M-FGRC oscillator is an important oscillator in communications and other electronic applications. It is designed with multiple features and functions for various applications. Its working principle is based on crystal resonance, which ensures stable output frequency and low noise operation.