ASV-3.6864MHZ-EJ-T Crystals, Oscillators, Resonators

Oscillators are electrical components used to generate and maintain a certain regular frequency. They are used in various applications, from radio-frequency communications to industrial machinery control. One such oscillator is the ASV-3.6864MHZ-EJ-T, which is specially designed for electronic equipment with low-energy consumption. Here, we will discuss its application fields and working principle.

Application Fields

The ASV-3.6864MHZ-EJ-T oscillator is particularly suitable for use in devices such as digital cameras, medical equipment, audio equipment, and other low-energy consumption electronics.

The ASV-3.6864MHZ-EJ-T has excellent precision and stability, making it suitable for precision measurement and control applications. It can also be used in embedded systems, as it has low heat generation and low power requirements. In addition, its temperature coefficient is low, making it well suited for use in temperature-critical applications such as telecommunications equipment.

Working Principle

The ASV-3.6864MHZ-EJ-T oscillator works on the principle of self-excitation, which is also known as free-running oscillation. This is a type of oscillation where an external force is not required to keep the signal going. In an oscillator, a small electric current is passed through a circuit consisting of a resonant frequency device such as a tuned circuit, or a crystal, which creates a steady oscillation signal.

The ASV-3.6864MHZ-EJ-T uses a small surface-mount oscillator with an extremely precise resonant frequency. This oscillator is integrated with a transceiver circuit that can provide an extremely accurate output signal. The oscillator also features a low power consumption, which allows it to run continuously without having to be powered off.

Conclusion

The ASV-3.6864MHZ-EJ-T oscillator is an ideal component for low-energy electronics, such as digital cameras and medical equipment. Its precision and stability make it perfect for precision measurement and control purposes. In addition, its low power consumption and low temperature coefficient make it well suited for temperature-critical applications such as telecommunications equipment.