416F37023AKR

416F37023AKR Application Field and Working Principle

Crystals play an important role in our daily lives. They provide us with the correct time and ensure reliable radio and television signals, as well as radio communication. They are also used to tune laser and machine tool spindles, as well as provide data transmission references.

Crystals are made using a specific mineral and physical formation process. In this process, a quartz crystal, which is piezoelectric, is cut, etched and aged in a strictly controlled environment. Resulting in custom quartz crystals with a specific frequency, temperature and frequency range.

The 416F37023AKR is a 40.0 MHz trimming quartz crystal oscillator (TCXO) use in communication and the instruction equipments field. It can be used in wide range of 2.7 to 3.3V, low temperature drift and narrow package.

Application Field

This crystal is a base common primary passive component in communication, instrumentation and other industries. It can greatly improve the quality, stability and accuracy of the system, and it is also widely used in high-end consumer digital products and medical instruments.

Working Principle

The 416F37023AKR contains a quartz crystal, a capacitive component and a circuit in its structure. When an external voltage is applied to the circuit, the quartz crystal will generate a strong oscillating electric field due to piezoelectricity, and the capacitive component will adjust the static capacitance in the circuit to achieve oscillation. According to the resonance frequency of the oscillation circuit, the oscillating waveform output by the crystal oscillator is stable and accurate.

When operating at the resonance frequency of the circuit, the 416F37023AKR crystal oscillator has a high Q value, and a weak voltage can control the output frequency. This is used in many communication and instrumentation technologies.

Conclusion

The 416F37023AKR trimming quartz crystal oscillator is widely used in the communication and instrumentation field and is used for its excellent performance. Due to the fine tuning function and other advantages, its stability and accuracy are much better than that of an ordinary quartz oscillator.