ASE2-24.000MHZ-ET Crystals, Oscillators, Resonators

Oscillators

Oscillators are components used to produce a periodic signal. They are used in various applications from audio to RF designs. Oscillators are used to produce either a sine wave or square wave depending on the application. One such oscillator is the ASE2-24.000MHZ-ET.

ASE2-24.000MHZ-ET Application Field

The ASE2-24.000MHZ-ET is an oscillator designed for applications requiring high precision and wide frequency range. This oscillator is used in various applications such as radio communication, imaging, position detection, or timekeeping. It can also be used in various types of industrial control systems. The accuracy of the ASE2-24.000MHZ-ET is 0.75 PPM (per million) and it has a frequency range of 2.4 to 24.0 MHz.

ASE2-24.000MHZ-ET Working Principle

The ASE2-24.000MHZ-ET oscillator operates using quartz crystal resonators. Quartz crystal resonators are used because they are highly stable and have precise oscillating frequencies. Inside the oscillator, the quartz crystal resonator is connected to an amplifier. The amplifier takes the electrical signal from the quartz crystal resonator and amplifies it before sending it out. It is then used to generate an oscillating signal with the desired frequency.

The ASE2-24.000MHZ-ET oscillator also comes with a built-in buffer amplifier and temperature compensation circuit. These two components help to ensure that the output signal is as precise and as stable as possible. The buffer amplifier helps to reduce the output noise while the temperature compensation circuit helps to maintain the oscillator\'s precision despite environmental temperature changes.

Conclusion

The ASE2-24.000MHZ-ET oscillator is an excellent choice for applications requiring high precision and wide frequency range. It is designed with quartz crystal resonators and built-in buffer amplifiers and temperature compensating circuits. These components allow the ASE2-24.000MHZ-ET to maintain its accuracy and stability even in the face of changing environmental temperatures.