9C-8.192MEEJ-T Crystals, Oscillators, Resonators

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Crystal performance plays a vital role in many semiconductor applications. From oscillators to transceivers, a great deal of electrical engineers depend on the perfect harmonic performance of crystals, such as the versatile 9C-8.192MEEJ-T crystal. This innovative crystal has been designed to provide adjustable output frequency performance over a wide frequency range. It is primarily used in applications such as clock generators, oscillators, and transmitters, among others.

Construction

The 9C-8.192MEEJ-T is a single-axis quartz crystal oscillator, with SMD (surface mount device) packaging. It is composed of a quartz crystal made with a special mix of rare-earth element, mounted in an hermetically sealed package. This design reduces power consumption and improves the frequency stability of the crystal oscillator. It has a gold-plated surface, which provides low contact resistance.

Application Field and Working Principle

The 9C-8.192MEEJ-T is ideal for applications requiring high precision and tight frequency stability. It is widely used in a variety of fields including telecommunications, timing control, radio communication, and navigation. It is suitable for many complementary applications such as clock and frequency synthesizers, digital data transmission, and audio frequency modulation.

The 9C-8.192MEEJ-T operates on the principles of resonance. When an electric field is applied to the quartz crystal inside the device, the crystal vibrates at a fixed frequency. The electric field generated by the crystal is then fed back to an oscillator, where it is amplified, and then sent back to the crystal again. This process, known as feedback oscillation, produces a stable output frequency. As a result, the 9C-8.192MEEJ-T is an extremely stable crystal, with an adjustable frequency range of 8.192 MHz to 12.8 MHz.

Benefits

The 9C-8.192MEEJ-T provides a wide range of advantages over other crystals, including a low phase noise, low power consumption, and a wide frequency range. Its adjustable frequency range provides flexibility for applications, and its high frequency stability allows for more precise performance. In addition, the hermetically sealed package and gold-plated surface make it resistant to dust, moisture, and other external conditions.

Conclusion

The 9C-8.192MEEJ-T is an efficient, reliable, and versatile crystal, ideal for a variety of semiconductor applications, from oscillators to transceivers. Its adjustable, frequency range and high frequency stability make it an ideal choice for high-precision applications that require reliable performance.

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