9B-8.192MBBK-B Application Field and Working Principle

The 9B-8.192MBBK-B is a type of crystal oscillator that has been manufactured by IXYS. It is an extremely high-performance oscillator that is capable of delivering up to 23 kilohertz to 8.192 megahertz, and requires ultra-low jitter performance of only 125 femptoseconds. This crystal oscillator is ideal for applications that require high-frequency stability such as embedded time-stamping, communications, and telecommunication systems.

A crystal oscillator is an electrical circuit that generates an electric signal with a very precise frequency. Crystal oscillators use the mechanical resonant properties of a crystal to generate an electric signal at a particular frequency. Typically, a quartz crystal is used in this device as the active element. When driven by an electric signal at a specific frequency, the quartz crystal vibrates in response and produces a signal that is both very precise in frequency and low in distortion.

The 9B-8.192MBBK-B is a type of crystal oscillator that features an interchangeable fundamental tuning fork that can be adjusted to easily deliver frequencies between 23 and 8.192 megahertz with ultra-low jitter and additional low phase noise performance. This oscillator also has excellent temperature stability, allowing it to be used in wide temperature ranges from -45 to 85˚C. Its high-performance, and easy adjustability make it the ideal solution for applications in demanding systems.

The working principle of the 9B-8.192MBBK-B is relatively simple. The internal quartz crystal resonates in response to an input signal, and produces an electrical output. This output is then amplified by a transistor, producing a more powerful output, which is then transmitted to the application. The frequency of the output created by the oscillator can be changed by adjusting the fundamental tuning fork, allowing for quick and easy fine-tuning.

The 9B-8.192MBBK-B can be used in a wide array of applications, such as time-stamping, communications, and telecommunication systems, as well as in industrial and military systems. Its combination of frequency stability, low phase noise, low jitter performance, and temperature stability make it the perfect choice for these types of applications.

In conclusion, the 9B-8.192MBBK-B is an extremely high performance crystal oscillator that delivers up to 23 kilohertz to 8.192 megahertz of frequency, and requires an ultra-low jitter performance of only 125 femtoseconds. It is the perfect choice for applications that require high-frequency stability, such as embedded time-stamping, communications, and telecommunication systems. Its adjustable fundamental tuning fork allows for quick and easy fine-tuning of the output frequency, making it an ideal choice for applications in demanding systems.