ASE-25.000MHZ-C-T3

Oscillators are devices that generate a signal of a certain frequency. ASE-25.000MHZ-C-T3 is one such oscillator. It is a small, low-cost oscillator with a wide frequency range, making it ideal for a variety of applications. This article discusses the application field and working principle of ASE-25.000MHZ-C-T3.

Application Field of ASE-25.000MHZ-C-T3

ASE-25.000MHZ-C-T3 is a small and light-weight oscillator. Its small size and low cost make it ideal for applications where cost and size need to be minimized. It is suitable for applications such as frequency control, clock generation, test and measurement, and communication systems. It is also suitable for applications that require a wide range of frequencies, such as satellite navigation systems and radar systems.

Working Principle of ASE-25.000MHZ-C-T3

ASE-25.000MHZ-C-T3 is an oscillator that uses a crystal or a ceramic resonator to generate a signal. The resonator is connected to two terminals, called the “input” and the “output” terminal. When an electric current is applied to the input terminal, it creates an alternating current in the output terminal. The alternating current generates a signal in the output terminal whose frequency is determined by the resonator. The frequency of the signal is the same as the resonator’s “resonance frequency”.

ASE-25.000MHZ-C-T3 uses the same principle as the other types of oscillators. The only difference is that instead of using a crystal or a ceramic resonator, it uses a quartz crystal. The quartz crystal is highly stable and can provide a frequency accuracy of up to ±0.05%. This makes ASE-25.000MHZ-C-T3 ideal for applications that require high precision and accuracy.

Conclusion

ASE-25.000MHZ-C-T3 is a small and light-weight oscillator. Its low cost and wide range of frequencies make it suitable for a variety of applications. It uses a quartz crystal resonator to generate a signal of a precise frequency. This makes it ideal for applications that require high precision and accuracy.