FA-128S 19.2000MF12Y-AG3

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Crystals have always been a part of electronic devices and systems. They are used in clocks, watches, computers, cellular telephones, remote controls, and other electronic circuits. Crystals are also used in radio communications and microwave systems, where they are used to generate signals and provide time and frequency references. The FA -128S 19. 2000MF12Y-AG3 crystal is a good example of such a device.

The FA-128S 19.2000MF12Y-AG3 (sometimes referred to as a quartz crystal oscillator) is a specialized type of crystal that is used to generate an electrical oscillation or a stable frequency. It has a very precise frequency accuracy, and can be used in many different applications. In addition to providing accurate frequency references, the oscillator can also be used to regulate the transmission and reception of signals in radio communication systems.

When it comes to the application field for the FA-128S 19. 2000MF12Y-AG3 crystal, it is mainly used in the following areas: telecommunications, automotive electronics, and industrial control. In telecommunication systems, the crystal helps to regulate the transmission and reception of signals, while in automotive electronics, they are usually used in clocks, alarms, and navigation systems. Lastly, in industrial control, the crystal is used to provide a precise and regulated frequency.

The working principle and operation of the FA-128S 19. 2000MF12Y-AG3 Crystal is fairly simple. The crystal’s body is made up of quartz, which is a natural occurring mineral, and is cut in such a way that when an electric current is passed through it, the quartz vibrates at a specific frequency. This frequency is determined by the size and the cut of the quartz plate, which is why crystals are so precise and accurate. The electric current travels through two electrodes on the crystal, causing the quartz crystal to oscillate at a specified frequency.

The oscillator then transforms the electrical energy into a mechanical energy. This mechanical energy, in turn, vibrates the quartz crystal, and this vibration is then transmitted to an oscillating circuit, which amplifies the signal and sends it to the receiving unit. The signal can then be used in many different ways, such as controlling the frequency of a radio signal, providing time references, or providing a precise and regulated frequency for a clock or other device.

In summary, the FA-128S 19. 2000MF12Y-AG3 crystal is a specialized device used to generate an accurate and stable frequency. It is primarily used in telecommunications, automotive electronics, and industrial control settings. The crystal operates by converting electric energy into mechanical energy, allowing it to generate the necessary frequency. This frequency can then be used for various purposes, such as providing time and frequency references, or providing a precise and regulated frequency for a device or system.

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