9B-11.0592MAAE-B

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Crystals are comprised of atoms arranged in a pattern that is symmetrical along all three axes. These properties enable them to process, transmit and store energy and information, making them extremely useful for various applications. One such application is the 9B–11.0592MAAE–B crystal, which is used in frequency control circuits. This article will explain the characteristics of 9B–11.0592MAAE–B crystals, their application fields and working principle.

Characteristics of the 9B–11.0592MAAE–B Crystal: These crystals have the ability to operate at high frequency, allowing for faster and more reliable performance than most other crystals available on the market. They also feature low insertion loss and high stability, making them an ideal choice for frequency control circuits. Furthermore, they have a temperature coefficient of 15.8 – 20.7 ppm/°C and excellent heat and shock resistance.

Application field: 9B–11.0592MAAE–B crystals are used in frequency control circuits that must operate at very high frequencies. They are ideal for applications such as cell phones, satellite communications, portable radios, data conversion, TV and other consumer electronics. In addition, they are suitable for use in medical equipment, measuring devices, anti-theft systems, security systems and car navigation systems.

Working Principle: As a frequency control device, the 9B–11.0592MAAE–B crystal is able to accurately control the frequency of electrical signals passing through it. This is achieved through its ability to transfer electrical energy into mechanical energy and vice versa. When an electrical signal passes through the crystal, it induces mechanical vibrations at its natural frequency. These vibrations, in turn, cause the crystal to oscillate at a fixed frequency. Thus, the frequency of the electrical signal passing through the crystal is kept constant, resulting in reliable and accurate frequency control.

In conclusion, 9B–11.0592MAAE–B crystals are widely used in frequency control circuits due to their excellent properties. They are known for their high frequency operation and stability, as well as their temperature coefficient, heat and shock resistance. Furthermore, they are able to accurately control the frequency of electrical signals by converting electrical energy into mechanical energy, and vice versa. As such, they are an essential component in many consumer electronics and industrial applications.