416F32022IKR Crystals, Oscillators, Resonators

Crystals are widely used in many fields such as physics, electronics and engineering applications. They are widely used in many components of electronic devices such as oscillators, filters and transistors.

The 416F32022IKR is a crystal used in radio frequency and optical communications. This type of crystal is packaged in a small housing, making it ideal for use in medium to high frequency radio communications.

Application Field

The 416F32022IKR can be used in applications such as high frequency radio communications, radio frequency and optical communications, as well as filter applications that require high precision impedance matching. It can also be used in microwave receivers, transmitters and transducers.

The 416F32022IKR provides a high performance alternative to conventional quartz crystals. It operates at a frequency of up to 25MHz and is designed for precision applications.

Working Principle

The working principle of the 416F32022IKR is based on the principle of acoustic resonance. The crystal consists of two metal plates, which are separated by a thin film of liquid crystal material.

When the crystal is subjected to an electric field, it emits a sound wave of a specific frequency. This sound wave vibrates the crystals, creating an oscillator that creates an electrical signal. The frequency of the signal is determined by the physical properties of the crystal material.

The 416F32022IKR is used in communication applications because its high frequency capabilities are ideal for the transmission of data across long distances. Additionally, its wide frequency response makes it suitable for use in filters, transmitters and receivers.

The 416F32022IKR is also used in engineering applications, where its high accuracy is desirable. It is typically used in analog-to-digital converters, data converters and phase-locked loop systems.

In summary, the 416F32022IKR is a high frequency crystal that is used in a number of applications, including radio and optical communications. Its high frequency capabilities make it suitable for use in applications that require precision and accuracy.