ABM3C-22.1184MHZ-B-4-Y-T

Crystals come in all shapes and forms, and their various uses span all aspects of technology, from providing oscillator timing in computers, to controlling the frequency of oscillators and amplifiers in communication systems. Among the types of crystals available, ABM3C-22.1184MHZ-B-4-Y-T is a standard crystal commonly found in electronic applications.

The ABM3C-22.1184MHZ-B-4-Y-T crystal is a quartz crystal that produces a frequency of 22.1184 MHz. This frequency is derived from the physical properties of the quartz crystal itself, which is cut in such a way as to cause it to vibrate or “ring” at a certain frequency when an electrical current is applied to it. The frequency at which a quartz crystal will ring is determined by its shape and size, and can be controlled with great accuracy, making quartz crystals ideal for use in timing applications.

The ABM3C-22.1184MHZ-B-4-Y-T is a low-cost crystal designed for use in consumer electronics and other applications that require accurate timing. It is relatively small in size, making it easy to incorporate into an electronic circuit, and its high stability makes it well-suited for precision applications. Its frequency can also be adjusted slightly to compensate for variations in environmental conditions or to make fine adjustments to a system’s timing.

The ABM3C-22.1184MHZ-B-4-Y-T crystal is most commonly found in consumer applications such as electronic clocks, remote controls, and digital watches. It is also used in medical devices, industrial machines, and other precision instruments. The crystal is also used in communications systems, where it is used to regulate the frequency of oscillators and amplifiers. Finally, it is used in computers, where it provides accurate timing for processor operations and other tasks.

In its simplest form, the ABM3C-22.1184MHZ-B-4-Y-T crystal is a quartz crystal that vibrates or “rings” at a precise frequency when an electrical current is passed through it. This frequency can be used to time operations in electronic circuits, as well as to regulate the frequency of oscillators and amplifiers. It is commonly used in consumer electronics, medical devices, industrial machines, and other precision instruments, as well as in computers.