FA-20H 26.0000MF10Z-AJ0

Crystals form an integral part of circuit design and form the foundation of all modern electronics. FA-20H 26.0000MF10Z-AJ0 is a type of crystal which finds application in various fields. This article gives an overview of the applications and working principle of FA-20H 26.0000MF10Z-AJ0.

The FA-20H 26.0000MF10Z-AJ0 crystal unit consists of a crystal, a pair of electrodes, a base or insulator, and a lid. It is manufactured using advanced ITO-FA-20H substrates, which are ideal for use in high frequency integrated circuits (ICs). The unit has pulled expanders with a frequency tolerance of ± 25ppm. The frequency tolerance levels are very low, making it suitable for use in critical applications where precision is required.

The FA-20H 26.0000MF10Z-AJ0 crystal finds application in digital telephony systems, radio transceiver systems, computer clocks and timers, and oscillator circuits. It is also used in the automotive industry for controlling frequency and speed of ignition systems, transmission systems, and turbine control systems. This crystal can also be used in consumer electronics such as watches, cameras, and portable media players.

The working principle of the FA-20H 26.0000MF10Z-AJ0 crystal is based on the piezoelectric effect. The piezoelectric effect is the generation of a voltage in a material when it is subjected to mechanical stress. The piezoelectric material used in the FA-20H 26.0000MF10Z-AJ0 crystal has the ability to vibrate at a specific frequency when supplied with an alternating current (AC). This frequency is determined by its physical dimensions such as thickness and width. When an AC signal is applied to the crystal, it passes through the electrodes and leaves the crystal with an amplified version of the same frequency. This amplified signal can then be used in various applications.

In conclusion, the FA-20H 26.0000MF10Z-AJ0 crystal is a widely used crystal unit. Due to its advanced ITO-FA-20H substrates and frequency tolerance of ± 25ppm, it finds application in both critical and non-critical areas. It can be used in digital telephony systems, oscillator circuits, automotive industry, and consumer electronics. Its working principle is based on the piezoelectric effect, where a voltage is generated when the crystal is subjected to an alternating current.