9B-4.800MBBK-B

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Crystals

Crystals are substances composed of particular arrangements of atoms in a three-dimensional space. In different configurations, these arrangements can produce a wide variety of properties and effects, making them invaluable in a variety of applications. One such example is 9B-4.800MBBK-B, a crystal used in communication technologies such as wireless radio and TV transmitters, cellular phones, wireless networks, and satellite broadcasting.

9B-4.800MBBK-B is a lithium-niobate crystal and is formed from the elements lithium, niobium and oxygen. It is a uniaxial crystal, meaning that the physical properties of the crystal are the same in all directions parallel to a single axis, and the axis is chosen so that the electro‐optic effect of the crystal is minimized. The crystal has a tactical performance of 4800 MHz/V, and its application frequency range is from 4700 to 4950 GHz. The electro-optic coefficient and linear electro-optic modulator of 9B-4.800MBBK-B are higher than other competing crystals, making it ideal for electro-optic modulation applications.

9B-4.800MBBK-B is a popular choice in the radio, cellular telephone, and satellite industries due to its wide range of applications and its high frequency capacity. In radio broadcasting, 9B-4.800MBBK-B can be used in direct conversion radio receivers, which are used to receive radio signals and then convert them into digital signals. These signals can then be processed and applied to other tasks, such as broadcasting the signal to other users or applying the signal for other purposes. In cellular communications, 9B-4.800MBBK-B is used in turbo coding, a heavily compressed data format that is used to transmit data over cellular networks. Finally, in satellite broadcasting, 9B-4.800MBBK-B is used to modulate high frequency signals that are sent from the satellite to receiving terminals. It is also used in microwave satellite receivers, which are used to receive high frequency signals from the satellite for further processing.

The working principle of 9B-4.800MBBK-B is based on the principle of electro-optic modulation. The lithium-niobate crystal is placed in a controlled electric field, which modulates the light passing through the crystal. This causes a change in the polarization of the light, which can then be detected at the output. The electrical signal is then converted into digital form and applied for various applications, such as broadcasting the signal or converting it into other formats.

In conclusion, 9B-4.800MBBK-B is a uniaxial lithium-niobate crystal that is used in a variety of radio, cellular telephone, and satellite broadcasting applications due to its wide range of applications and its high frequency capacity. The working principle of 9B-4.800MBBK-B is based on the principle of electro-optic modulation, wherein the crystal is placed in a controlled electric field, which modulates the light passing through the crystal, resulting in a change in the polarization of the light that can then be detected at the output. As such, 9B-4.800MBBK-B crystals are invaluable in communication technologies.

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