VG-4512CA 122.8800M-GHCT

What is the VG-4512CA 122.8800M-GHCT Oscillator?

VG-4512CA 122.8800M-GHCT is a voltage-controlled oscillator (VCO) made by semiconductor components. This type of oscillator offers very high frequency and very high precision and is designed to perform in applications ranging from high-end data communication to radar applications and beyond. This VCO is perfect for applications such as frequency synthesizers and frequency source applications.

Application Field of the VG-4512CA 122.8800M-GHCT Oscillator

The VG-4512CA 122.8800M-GHCT oscillator is used in many systems. It can be found in system applications like radars, high-speed data communications, alpha radars, and positioning systems. This type of oscillator can provide high precision for different digital systems because of its stable frequency band. It also offers superior performance in mobile and/or wireless applications due to its excellent noise and low noise floor, as well as its outstanding phase noise performance. This oscillator can be also applied to modulator circuits and transmitting systems for secure communications.

Working Principle of the VG-4512CA 122.8800M-GHCT Oscillator

The VG-4512CA 122.8800M-GHCT oscillator is based on a voltage-controlled oscillator (VCO) design. It works by using a voltage-controlled capacitor (VCC) in order to control frequency and phase of the output sine wave. The VCC is in the form of a varactor and it is connected to the voltage control pins of the oscillator. The frequency of the sine wave is directly proportional to the control voltage of the varactor. The varactor will change the capacitance of the circuit, which will in turn shift the output frequency of the oscillator. This oscillator is also equipped with a differential oscillator circuit, which helps to reduce the noise of the signal and to improve the stability of the phase noise.

Conclusion

The VG-4512CA 122.8800M-GHCT oscillator is a voltage-controlled oscillator (VCO) which is designed to be used in applications like high end data communications, radar systems and other wireless applications. It is based on a voltage-controlled capacitor (VCC) that is connected to voltage control pins of the oscillator. This oscillator offers high frequency, high precision, low noise floor, and excellent phase noise performance. It is also equipped with a differential oscillator circuit that reduces noise of the signal and improves the stability of the phase noise.