ASTMHTE-24.576MHZ-ZK-E-T3

Oscillators are widely used in a variety of electronic devices and systems due to their ability to generate stable, precise and predictable signals. The ASTMHTE-24.576MHZ-ZK-E-T3 oscillator is a popular example of such a device, and is used in a range of applications. The following article will discuss the application field and working principle of the ASTMHTE-24.576MHZ-ZK-E-T3 oscillator.

Application Field

The ASTMHTE-24.576MHZ-ZK-E-T3 oscillator is primarily used in radio frequency (RF) systems. Its frequency is also suitable for applications such as satellite communication, wireless base station, mobile phones and digital television. It is also a suitable choice for use as a local oscillator in receivers, radio frequency transceivers, and test equipment. Its good frequency stability also makes it a desirable choice in many consumer electronics, such as Blu-ray players, personal video recorders and digital set top boxes.

Working Principle

The key component of any oscillator is an active device such as a transistor or integrated circuit (IC), which is connected in a feedback loop circuit. The main purpose of this feedback loop is to generate a stable, periodic waveform by controlling the voltage or current gain of the active device. This is achieved by using the active device to amplify a small portion of the output signal and feeding it back into the input of the active device to ‘modulate’ the gain or other parameters. In the case of the ASTMHTE-24.576MHZ-ZK-E-T3 oscillator, this feedback loop is often referred to as a ‘phase locked loop’ and is used to generate a precise, sinusoidal signal with a frequency of 24.576Mhz. This frequency accuracy is achieved by using a high quality quartz crystal to provide a fixed reference frequency and then modulating this reference frequency with an active device.

Conclusion

The ASTMHTE-24.576MHZ-ZK-E-T3 oscillator is a popular oscillator which is used in a variety of electronic applications. Its frequency makes it ideal for use in RF systems, such as satellite communication and digital television, as well as consumer electronics. The working principle of the oscillator relies on the use of a phase locked loop and a quartz crystal in order to generate a precise, sinusoidal signal with a frequency of 24.576Mhz. This frequency accuracy makes the oscillator a desirable choice for many applications.