9B-19.200MAAJ-B

Crystals are substances made of atoms or molecules that are arranged in an orderly geometric pattern. They can be found in nature or produced synthetically. The 9B-19.200MAAJ-B crystal is a miniature, high frequency, low cost, crystal oscillator that can be used in a wide range of applications. As a piezoelectric element, it is suitable for frequency control, clock and timing generation, mixing circuits, filters, and other circuits.

Application Field

The 9B-19.200MAAJ-B crystal is often used in a variety of devices, such as digital cameras, electronic wristwatches,, air conditioners and all sorts of electronic equipment. With its accurate oscillation capabilities, it can be used in various communication systems, digital signal processing, variable frequency oscillators and computer systems. It can also be used in a variety of signal transmission and reception applications, including high-speed radio communication systems, signal decoding and encoding, frequency synthesis, security systems and radar signal transmission.

Working Principle

The 9B-19.200MAAJ-B crystal works by converting mechanical energy into electrical energy and vice versa. It is made from a crystalline material that has the property of piezoelectricity, which means that when it is subjected to mechanical pressure, it generates an electrical voltage, and when an electrical voltage is applied, it produces a mechanical displacement. This property of the crystal allows it to oscillate at a very precise frequency when connected to an external circuit. In the crystal oscillator, the crystal is connected to two electrodes and wired to an external circuit. The electrical signal fed through the circuit causes the crystal to vibrate at its resonant frequency. This oscillating signal is used to control various circuits and equipment.

Conclusion

The 9B-19.200MAAJ-B crystal is a miniature, high frequency, low-cost crystal oscillator with a wide range of applications. It is used in digital cameras, air conditioners, electronic wristwatches and other electronic equipment, as well as high-speed radio communication systems and signal transmission systems. Its piezoelectric properties enable it to oscillate at a precise frequency when connected to an external circuit, allowing it to control various equipment and systems.