FA-238 49.1520MA30V-K

Crystals are solid objects made from precisely arranged atoms of one or more chemical elements. FA-238 49.1520MA30V-K is a type of crystal used for a wide range of applications. The FA-238 is a two-terminal temperature-sensitive crystal with a wide frequency range, low-power consumption, and excellent stability. It is available in the form of a surface-mount device.

The FA-238 49.1520MA30V-K crystal has a variety of applications. The device is used in a wide range of consumer and industrial electronics, such as digital watches, wireless devices, and medical equipment. The device is also suitable for use in precision timing circuits in computers and other devices requiring fast clock rates. Additionally, the device is used as a voltage-controlled oscillator for frequency synthesis.

The working principle of the FA-238 49.1520MA30V-K crystal is based on the piezoelectric effect. This is a phenomenon where the electrical charge of the crystal changes in response to an applied mechanical stress. When an electrical charge is applied to the crystal, it is distorted and creates an electrical field. This field causes a voltage to be generated across the crystal, which can then be used to drive circuits and other electrical components.

The FA-238 49.1520MA30V-K crystal is a temperature-sensitive device, meaning its frequency is affected by the ambient temperature. The frequency of the crystal can change by as much as +-25ppm/°C. Therefore, the device is usually used in temperature-controlled applications where the temperature cannot vary greatly, such as in watches and other precision devices.

The FA-238 49.1520MA30V-K crystal is an economical and reliable device that has many applications in consumer and industrial electronics. The device is capable of producing a wide frequency range with low power consumption and excellent stability, making it an ideal choice for a variety of applications.