ASGTX-C-98.304MHZ-2

Oscillators form the basis of many functions related to timing and control in modern electronic circuits. ASGTX-C-98.304MHZ-2 is an example of an oscillator which is widely used across a number of different applications. This article will briefly discuss the application fields of this oscillator and how it works.

Application Fields

TThe ASGTX-C-98.304MHZ-2 oscillator is a common choice for precision timing applications due to its high level of accuracy. It is often used in the automotive industry, for controlling engine management systems, or in the aerospace industry, for guiding navigation systems. It is also widely used in communication systems, for the stable transmission of signals across radio, television and satellite transmissions. Additionally, it is commonly used in medical applications such as EKG and CT scans.

The ASGTX-C-98.304MHZ-2 oscillator is also popular in military applications, where it is used for the accurate tracking of targets and controlling of weapons systems. It is also used in industrial applications, such as in robotics and automated manufacturing.

Working Principle

The ASGTX-C-98.304MHZ-2 oscillator works by generating accurate pulses of a certain frequency. This frequency is determined by the specific characteristics of the oscillator, which can be fine-tuned to match the needs of the application in which it is used. The oscillator is composed of a series of components, including the resonator, the amplifier, the integrator/divider and the reference oscillator.

The resonator is the part of the oscillator that generates the pulses, using vibration to create a signal of a certain frequency. This frequency is sent to the amplifier, which amplifies the signal before sending it to the integrator/divider, which converts the signal into a precise output frequency. The reference oscillator is responsible for providing the reference signal that is used to calibrate the output signal.

The components of the ASGTX-C-98.304MHZ-2 oscillator are precise and accurate, allowing it to generate an extremely stable signal and making it ideal for use in applications where precision is essential.