416F37413AST

416F37413AST Application Field and Working Principle

Crystals are widely used due to their robustness, compact size and convenience in various fields and situations, such as timing and clock oscillators, computer chips, radio communication, etc. and one of the most widely used crystal oscillators is the 416F37413AST model.

416F37413AST Application Field

The 416F37413AST is an AT-cut crystal oscillator, which is a structure developed from SC-cut crystal and is widely used in consumer electronics, industrial automation, and medical equipment that requires precision frequency control and clock signals, offering excellent frequency stability, low temperature drift and low power consumption.

For example, in the aerospace industry, this crystal oscillator can be used for data synchronization control within the camera system for unmanned aircraft to improve the imaging clarity, and the low power consumption helps to achieve a low operation cost. In medical industry, 416F37413AST is a commonly used crystal oscillator to monitor the vital signs of patients with its precision and stability, and can realize complex calculations at the same time.

416F37413AST Working Principle

The 416F37413AST crystal oscillator operates by utilizing the elasticity and electrical conductivity of the AT-cut quartz crystal. First, the piezoelectric effect needs to be used. The quartz crystal consists of two zones between the two electrodes, and connected by a lead. When a high voltage is applied between the two electrodes, an electric polarization is formed due to the piezoelectric effect, which causes the crystal to deform.

In its circuit, a resistor, a capacitor and an amplifier are included. When the voltage oscillation goes through the crystal lattice, its elasticity makes it vibrate in the opposite direction of the electrical charge. This oscillation will go through the capacitor, resistor and the amplifier until it returns to its initial state. This process can be repeated constantly, so that the crystal is able to generate a constant oscillation of 60 kHz in order to achieve the desired outcome.

Conclusion

In summary, 416F37413AST is a widely used crystal oscillator combining precision, high stability, low power consumption and cost effectiveness in various application fields. Its working principle is relying on the elasticity and electrical conductivity of the AT-cut quartz crystal.