VG-4513CA 100.0000M-GGCT3

Oscillators

VG-4513CA 100.0000M-GGCT3 is an oscillator used for many different applications. It features a high frequency stability and accuracy, which makes it suitable for a variety of applications. This article will explain the application fields and working principle of VG-4513CA 100.0000M-GGCT3.

Application Fields

VG-4513CA 100.0000M-GGCT3 is often used as an oscillator in a variety of electronic devices, such as TV/VCR, medical devices, aerospace equipment, and in computer peripherals. It can also be used as a crystal oscillator in wireless communication systems and test equipment, and can be used to provide a reference signal. It is applicable in a wide variety of oscillator applications, such as frequency synthesis, SCRs, baud rate determination, timing and duration control, and a variety of other functions.

Working Principle

VG-4513CA 100.0000M-GGCT3 is an oscillator that utilizes a quartz crystal for signal transmission. The quartz crystal has a stability of 10-8 that is much greater than that of other resonators. It utilizes a tuning fork-type resonator with a single frequency of 100MHz set at its center frequency. The quartz crystal is placed inside the oscillator, where it is electrically and mechanically connected to the oscillator’s electrical circuit. The oscillator has a circuit loop with the quartz crystal at its center frequency. The electrical circuit within the oscillator is composed of a frequency and amplitude control circuit and an output circuit. The frequency and amplitude control circuit maintains the crystal’s output frequency over the operating temperature range and prevents any frequency drift due to the aging of the oscillator. The output circuit amplifies the signal from the quartz crystal and provides an output frequency of around 1.2 volts peak-to-peak.

Conclusion

VG-4513CA 100.0000M-GGCT3 oscillator is an essential component in many devices and applications. Its high frequency stability and accuracy make it suitable for a variety of applications. Its application areas include TV/VCRs, medical devices, aerospace equipment, and a variety of other oscillator applications. It uses a quartz crystal at its center frequency for signal transmission, and has a frequency and amplitude control circuit and an output circuit to maintain its output frequency.