FA-238 31.2500MB50X-W

Crystals

The FA-238 31.2500MB50X-W is a type of crystal unit, crystal units being components of electrical circuits made from crystalline materials, usually quartz. By vibrating at a certain frequency, crystal oscillators are used to generate clock signals for digital circuits in applications that require great precision, such as microprocessors, controllers, and embedded systems.

Application Field

The FA-238 31.2500MB50X-W crystal can be used in a wide range of applications where accuracy and precision are key, such as computers, servers, communications devices, cellular phones, medical and scientific devices, robotics, and gaming consoles. Crystal units are also typically found in digital watches, car radios, and many other home and laboratory electronics.

Working Principle

Crystals function by allowing electric charge to pass through them and vibrate at a specific frequency. This vibration is caused by the piezoelectric effect, which occurs when the crystal is subjected to mechanical pressure or an alternating electric field. This vibration can then be used to generate and modulate a radio signal, as well as to precisely measure time and determine frequency.

When connected to an oscillator circuit, the crystal absorbs electric energy at its resonant frequency, which is then converted into mechanical energy. The crystal then generates vibrations at the same frequency as the electric energy. This oscillation, or generation of an electronic signal, can be used to keep track of time, measure frequencies, and calculate signals.

The FA-238 31.2500MB50X-W is a high-precision crystal oscillator designed for applications requiring extreme accuracy. It has a frequency tolerance of ± 10 ppm over a wide temperature range and is able to maintain its frequency stability despite changes in temperature, humidity, vibration, and other environmental factors.

The FA-238 31.2500MB50X-W is an ideal choice for applications requiring extreme accuracy and performance. With its tight tolerance and stability, it is perfect for precision scientific and medical instruments, telecommunications, gaming consoles, and other missions-critical applications.