416F37435ADT

Crystals: 416F37435ADT Application Field and Working Principle

Crystals play a key role in electronic technology and communications, as they are the foundation for frequency generation and control.The 416F37435ADT crystal, specifically, is a high frequency type 3 oscillator, also know as a 3690 MHZ clock oscillator. It is used to generate a reliable, accurate signal within a wide range of available frequencies.

This type of crystal is available in a variety of packages and performance grades and conforms to European environmental safetly standards.The 416F37435ADT is specifically designed for use in a wide array of electronic products and applications, including consumer electronics, medical equipment, and telecommunications.

416F37435ADT Working Principles

Crystals use the piezoelectric effect to generate an electrical signal when a material, such as a quartz crystal, is subjected to a mechanical stress.The 416F37435ADT, in particular, is driven by a quartz crystal with an oscillation frequency of 3690 MHZ. The signal is then amplified by a built-in amplifier before being sent to an output coil. The output coil then produces an electrically equivalent signal, phase shifted by an amount of 45° relative to the input signal.

416F37435ADT Application

The 416F37435ADT can be used in a variety of commercial applications, particularly in the telecommunication industry. It is most popularly used to synchronize the transfer of data of a variety of formats, including audio, image, and video. Additionally, the crystal oscillator can be used to accurately control the rate of digital sampling and modulation in a variety of communication applications.

The 416F37435ADT is also ideal for use in medical imaging devices, particularly those that require precise frequency control. Ultrasound machines are a prime example, as they rely on accurate timing of mechanical components, as well as frequency transitions.

Conclusion

The 416F37435ADT crystal oscillator displays remarkable frequency control and accuracy, making it an ideal choice for various communication, consumer-electronics, and medical device applications. Due to its fast timing capability, it can facilitate the transfer of large amounts of data in a reliable, concise way.