402F32012IKR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals

Crystal technology has been in development for centuries, however the modern use of crystals is at the height of their development. Today we have technologies ranging from quartz crystals used in watches and clocks, to larger crystals used in semiconductor and electrical devices. In this article we will look at one of the more common crystals used today: the 402F32012IKR.

402F32012IKR Application Field

The 402F32012IKR is a surface acoustic wave (SAW) device, commonly used in telecommunications and related fields. This crystal works as a frequency filtering device, which is key in proper functioning of modern telecommunications systems. It operates on a frequency from 880 MHz to 2560 MHz and is typically used in applications involving satellite communications, wireless local loop systems, other wireless data systems, cellular networks, and wireless access protocols.

Working Principle

The 402F32012IKR crystal works by using a series of interconnecting wires, known as "transducers," to measure the frequency of a transmission. Once this frequency is measured, the system then filters it and determines whether it is within the required range or not. If it is within the required range, then the transmission is passed on to its intended destination. The 402F32012IKR crystal is designed to be more sensitive than other crystals, and it is capable of filtering out even very low-grade transmissions.

The surface acoustic wave technology used in this crystal also allows for a much more flexible range of applications than other types of crystals. The transducers send out waves that are bounced back from the surface of the crystal and are detected by the same transducers. This ensures an extremely accurate measurement of the frequency, as well as a wide range of frequencies can be measured without losing much accuracy.

Conclusion

The 402F32012IKR crystal is a key component in modern telecommunications systems. Its accuracy and flexibility make it a crucial device for the proper functioning of many systems, and its size and cost make it an attractive option for many manufacturers. With advances in technology, the 402F32012IKR crystal will continue to play a key role in the future of telecommunications.

The specific data is subject to PDF, and the above content is for reference