416F44025ADR

Crystals are highly sophisticated semiconductor components capable of expanding, controlling, or altering an electrical or electronic system’s performance. Although they can be used in a wide variety of applications, their main function is to ensure that a device’s output signals are accurately synchronized with a specified reference signal. Crystals are mostly used to generate the equivalent of a local oscillator signal in numerous electronic configurations, such as oscillators, receivers, tuners, transceivers, and amplifiers.

One of the most advanced and reliable crystals currently available is the 416F44025ADR. This crystal has a frequency range of 40 MHz to 400 MHz and a frequency tolerance of ±20 ppm. It is available in various sizes, ranging from 4 mm × 4 mm to 6 mm × 6 mm and their associated packages, including the Open Mark, TO-5, and TO-83 configurations.

Application Field of the 416F44025ADR

The 416F44025ADR crystal is a reliable and powerful solution for a variety of complex prototyping and industrial applications. Its frequency stability and tolerance make it an ideal choice for applications such as frequency synthesis, precision timing, and secure data transmission.

A few of the applications where the 416F44025ADR crystal can provide superior performance are AD Multi-channels, cellular systems, RFID applications, GSM systems, GPS receivers, broadband systems, EDGE systems, and UWB applications. This crystal is also suitable for synchronizing high-speed data communication and optimizing the transmission of fixed-frequency signals.

Working Principle of the 416F44025ADR

The 416F44025ADR crystal works on the basis of the Piezoelectric effect. This effect states that when a crystal is subjected to an alternating voltage, it will vibrate. This applies to all crystals, including the 416F44025ADR crystal. This crystal has a built-in resonator, which is designed to resonate at a specific frequency when subjected to an alternating voltage. This resonator helps to keep the crystal oscillation at the predetermined frequency.

The 416F44025ADR crystal is also designed to operate in a temperature-compensated environment, which means that the correct frequency may be achieved with only minor changes in temperature. This ensures that the device does not experience frequency drift or significant phase jitter over a range of operating temperatures, thus providing better reliability and accuracy.

The 416F44025ADR crystal also integrates several shielding mechanisms to protect the device from EMI and ESD. It has shields on both the internal and external sides of the casing and employs a high-density shielding layer to prevent any external interference.