9C-4.194304MBBK-T Crystals, Oscillators, Resonators

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Crystals are materials typically made up of repeat units in three dimensional space. Native crystalline structures form when individual atoms bond in rigid lattices, completely filling all of the available space in the unit cell, and forming a vast array of distinct structures which are the basis of their unique properties. In the field of electronics, one of the most popular forms of crystalline material is the 9C-4.194304MBBK-T application field and working principle.

The 9C-4.194304MBBK-T is one of the most advanced integrated crystal oscillators available today. It is used primarily as a timing element in digital circuits, enabling devices like microcontrollers and computers to keep their own timing and carry out calculations or operations with accuracy and precision. The 9C-4.194304MBBK-T has a fixed frequency of 18MHz and utilizes a proprietary athermal packaging technology to keep the crystal temperature stable during operation.

The working principle of the 9C-4.194304MBBK-T is based on the fact that quartz crystal exhibits a piezoelectric effect. This means that when a voltage is applied to a quartz crystal, the crystal vibrates at its resonance frequency, which can be as high as several hundred MHz. This vibration sets up an oscillating current in the circuit, which can be used as a clock signal. In the case of the 9C-4.194304MBBK-T, the frequency of its oscillation is 18MHz.

The 9C-4.194304MBBK-T is also equipped with a frequency-control feature that enables it to operate as a programmable clock generator. This means that, instead of generating a fixed-frequency signal, it can be programmed to generate a signal at different frequencies by changing the voltage applied to it. This makes it highly versatile, and thus suitable for use in a wide range of electronic systems, from the very simple to the highly complex.

The 9C-4.194304MBBK-T is capable of providing very precise and reliable timing, and can be used in a variety of applications, from data transfer to communication systems. It is also capable of sustaining high temperature environments, making it ideal for use in industrial and military applications. As such, it has found applications in a range of electronic systems, from cellular phones and satellite communication systems to aircraft navigation systems.

In summary, the 9C-4.194304MBBK-T is a highly advanced crystal oscillator and one of the most popular forms of crystalline material used in the field of electronics. It utilizes a unique athermal packaging technology and a frequency-control feature that enables it to be programmed to generate signals of different frequencies. The 9C-4.194304MBBK-T offers excellent precision and reliability and can be used in a wide range of applications, from data transfer to navigation systems to communication systems.

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