FA-238 23.5120MB-K0

Crystals are extremely common objects in nature and have a wide range of application in the electronics industry. One of the most important types of crystals is the FA-238 23.5120MB-K0, which has many unique properties and a unique design. In this article, we will discuss the application field of the FA-238 23.5120MB-K0 crystal, as well as its working principle.

The FA-238 23.5120MB-K0 crystal is most commonly used in oscillator circuits and as a precision timing device in digital watches and clocks. It is especially suitable for a wide range of applications where very high frequency is required and stability is necessary. For example, it is commonly used in communications systems, satellites, and other electronic products. The crystal is composed of two electrodes, a quartz crystal, and a non-conducting material such as alumina. The crystal provides high oscillator frequency due to the high inertia of the quartz.

The working principle of the FA-238 23.5120MB-K0 crystal is similar to that of other types of crystals. It works by utilizing the piezoelectric effect, whichresults from the force generated when a voltage is appliectric effect is the conversion of electrical energy into mechanical energy and vice versa. The quartz crystal is made up of two parts, an AT cut and a BT cut, which are positioned and connected together in an alternating fashion. The alternating connection enables the crystal to vibrate at its natural resonate frequency, which is set and controlled by the electrodes.

The frequency of the oscillator circuit is determined by the natural resonance frequency of the crystal. The frequency is controlled by changing the voltage that is applied to the quartz crystal. Upon application of an external voltage to the crystal, it vibrates with a frequency that is proportional to that of the applied voltage. Hence, a higher voltage will produce a higher frequency, and a lower voltage will produce a lower frequency. The frequency can be precisely regulated by controlling the applied voltage.

The FA-238 23.5120MB-K0 crystal also has the advantage of having a very low temperature coefficient of frequency. This means that the frequency of the oscillator circuit remains fairly constant over a range of temperatures. This is especially beneficial in applications where temperature stability is required, such as in precision timing applications.

To summarise, the FA-238 23.5120MB-K0 crystal is one of the most common and important types of crystals used in electronics. Its primary use is in oscillator circuits and precision timing devices. It works by utilising the piezoelectric effect, in which an external voltage applied to the crystal causes it to vibrate with a frequency proportional to that of the applied voltage. The crystal also has the advantage of having low temperature coefficient of frequency, which allows it to remain stable over a range of different temperatures.