9B-10.500MBBK-B

9B-10.500MBBK-B application field and working principle

9B-10.500MBBK-B is one of the most widely used crystals available today. With its excellent thermal shock and vibration resistance, it is suitable for applications requiring extreme temperature and mechanical shock. Its high processing capabilities make it a great choice for a number of different electronic device applications.

Applications of 9B-10.500MBBK-B include the automotive, avionics, medical, military, communications, and computing industries. Its special characteristics allow it to be used in such fields as radios, precision clocks, and GPS receivers. It is also ideal for use in a range of consumer electronics applications.

Working Principle

Crystals in the 9B-10.500MBBK-B line contain a quartz crystal inside a hermetically sealed titanium container. When an external voltage is applied to the two pins on the crystal base of the container, it creates a resonance effect within the crystal lattice. This is known as the piezoelectric effect, and it allows the quartz to vibrate at its resonance frequency when voltage is applied. This vibration can then be used to create a clock signal or oscillator circuit with a wide range of frequency selection capabilities.

The frequency of the 9B-10.500MBBK-B is determined by the resonant characteristics of the crystal and its tolerance rating given in parts per million (ppm). Generally, the frequency is specified as either a range or fixed frequency. The temperature range varies from -20 to +70°C, making it suitable for a wide range of operating conditions.

Conclusion

Overall, the 9B-10.500MBBK-B crystal is an excellent vibration, temperature, and shock resistant solution for a variety of applications. Its wide range of frequency selections makes it an ideal choice for precision clock and GPS receiver applications, as well as for the automotive, avionics, medical, military, communications, and computing industries.