9B-22.1184MAAJ-B

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Crystals are solid, naturally occurring minerals composed of atoms. They come in a variety of shapes and sizes, but the two most commonly utilized forms of crystals are quartz and sapphire. The 9B-22.1184MAAJ-B is both a quartz crystal oscillator and a sapphire oscillator; these crystals are used in a variety of applications and have several unique principles that enable them to function.

Applications of 9B-22.1184MAAJ-B

Due to its composition of quartz and sapphire, 9B-22.1184MAAJ-B provides ideal opportunities for applications in frequency control, timing, and sensitive measurement. Oscillator crystals are a popular choice in medical imaging devices, such as MRI and CT scanners, due to their accurate devices frequency control and regulation. Quartz crystals used in oscillators also play an important role in the telecommunications industry where their precise frequency measurements and the elimination of electrical noise are beneficial.

In many cases, quartz oscillators are utilized for their stability in computer hardware. Quartz oscillators offer a quick response time to temperature changes and their consistent frequency over time help computers ensure that all aspects of their hardware are working properly.

Working Principle

The 9B-22.1184MAAJ-B is an electronic component which produces a consistent and regular oscillating frequency when connected to a power source. Although quartz can be found naturally in many formats, the 9B-22.1184MAAJ-B is a piezoelectric crystal. This crystal consists of two documents which have quartz crystals between two metal plates.

The piezoelectric effect is a property of crystals which allows them to convert electrical energy into mechanical energy and vice versa. In this type of application, electrical energy is applied to the structure of the crystal which causes the crystal to vibrate or oscillate at a certain frequency. This frequency is determined by the design of the crystal and can be regulated by the application of different voltage levels.

Additionally, the 9B-22.1184MAAJ-B is composed of two different crystals. This feature gives the oscillator the ability to produce two distinct frequencies at the same time. By combining the signals of both the quartz and sapphire crystals, the 9B-22.1184MAAJ-B is able to produce broad spectrum frequency output and a greater range of available frequencies.

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