416F27123IKT

416F27123IKT Application Field and Working Principle

Crystals are an important component in many electronic devices, as they can be used to maintain or gain stability and consistency. The 416F27123IKT is a high-frequency quartz crystal specially designed for radio frequency and communication applications. It is a type of ceramic crystal and has been specifically made for the purposes of providing accurate R.F. timing.

Features

The 416F27123IKT crystal has many features that make it suitable for a range of applications. Most notably, the crystal has a frequency stability of +/-10 ppm over a wide temperature range. It is also highly reliable, with a high rated drive of 30,000 hours. Additionally, the device features both AEC-Q200 qualification and a high ESD tolerance, making it suitable for automotive applications.

Applications

The 416F27123IKT crystal can be used in a wide variety of applications, most notably in the field of radio frequency and communication. The crystal is used to precisely control the timing of R.F. signals, and can therefore be used for the timing of digital frequency synthesizers and oscillators, as well as broadcast and communication systems. Other applications the crystal can be used for include GPS receivers, wireless LAN devices, and multimedia receivers.

Working Principle

The working principle of the 416F27123IKT crystal is based on the piezoelectric effect. This is a property of certain materials, such as quartz, which responds to electrical signals by vibrating at a specific frequency. By applying an alternating electrical charging, the crystal begins to oscillate at a specific frequency, which is determined by its size and shape. The frequency of the oscillation is then used to control electronic devices, such as radio transmitters or receivers.

Conclusion

The 416F27123IKT is a high-frequency quartz crystal that has been specially designed for radio frequency and communication applications. It has many features such as a high rated drive and a large frequency stability, making it suitable for many types of applications. Additionally, it is based the on the piezoelectric effect, enabling it to accurately control the timing of R.F. signals, leading to its widespread use in radio frequency and communication devices.