VG-4513CA 122.8800M-GFCT0 Crystals, Oscillators, Resonators

Oscillators are electrical components that create electrical signals at regular intervals. They are widely used in a diverse range of applications, from clocks to data transmission. The VG-4513CA 122.8800M-GFCT0 is an oscillator that is particularly well-suited for testing and instrumentation applications in the industrial, aerospace, and military sectors. In this article, we discuss the application field and working principle of the VG-4513CA 122.8800M-GFCT0.

Application Field of the VG-4513CA

The VG-4513CA provides Steady State Frequency, Spin-and-Ramp, Ramp-Pulse-Ramp and more for Digital Data Exchange (DDE) testing. It is suitable for applications where precision, stability and high frequency are required, such as X-ray equipment, energy-efficiency testing, medical testing, and communications equipment. The device is also suited for high-current applications, such as motor control and automotive testing.

The VG-4513CA is capable of producing precise frequency sweeps from 0.1Hz to 122.880MHz, making it an ideal choice for many applications that require accurately controlled stable signals. This includes precision signal clocking, micro-processors, programmable logic controllers, audio equipment, and many more. The VG-4513CA has a wide range of features designed to suit the needs of different industries.

Working Principle of the VG-4513CA

The VG-4513CA generates an output signal by converting an incoming input signal. This is achieved by using a combination of electronic components, such as a transistor, resistors, and capacitors. These components are connected in a circuit and the input signal is applied to the circuit, which is then amplified and shaped to produce the output signal.

The device is equipped with an adjustable frequency setting and a low-noise amplifier. The frequency setting gives the ability to adjust the output frequency of the oscillator by changing the voltage applied to the transistor. This adjustment is not too fine as to require frequent adjustment to compensate for frequency drift. The low-noise amplifier provides the oscillator with a robust signal, ensuring that the output signal remains consistent and accurate.

The VG-4513CA is equipped with several protection measures to ensure maximum performance and reliability. These include over-current, over-voltage, anti-phase, and current limit protections. Additionally, the device has a self-resetting circuit that can detect erroneous output conditions and will reset itself in the case of a fault condition.

Conclusion

The VG-4513CA is an excellent oscillator for testing and instrumentation applications. It is capable of producing precise frequency sweeps from 0.1Hz to 122.880MHz, making it suitable for a wide range of applications. Additionally, the device has several protection measures to ensure maximum performance and reliability.