FC4STCBMF22.1184-BAG200

Crystals have wide applications in various industries, including the FC4STCBMF22.1184-BAG200. This crystal is composed of four oscillator modules and is mainly used in communication devices, such as digital radios, digital TV receivers, and satellite receivers. It is also used in industrial equipment and medical equipment, as well as scientific instruments. This crystal oscillator module is designed to oscillate at 11.184MHz and is extremely stable despite changes in temperature and environmental conditions.

The working principle of the module is relatively simple. It is composed of two oscillators that are connected through a common feedback loop, which can be adjusted to match the desired frequency, usually 11.184MHz. When the input signal is applied, the oscillators oscillate and the output signal can be continuously generated. The output frequency is determined by the resonant frequency of the oscillator modules.

The FC4STCBMF22.1184-BAG200 has some distinct advantages compared to other types of crystals. It requires little power and has high stability and low cost. It is small in size and is suitable for many applications. It also has excellent temperature stability, making it ideal for use in medical and scientific applications.

The FC4STCBMF22.1184-BAG200 is an important component in many communication and control devices. It is used in digital receivers, digital television receivers, satellite receivers, and industrial equipment. Its performance is vital for the proper functioning of these devices. In addition, it can be used in scientific instruments, medical equipment, telecommunication systems, and many other types of devices.

In conclusion, the FC4STCBMF22.1184-BAG200 crystal is a high stability, low cost, and versatile component that is widely used in communication and control devices. It is designed to oscillate at 11.184MHz and is composed of two oscillators that are connected through a common feedback loop. Its small size, low power consumption, excellent temperature stability, and cost effectiveness make it ideal for many applications.