9B-27.000MBBK-B

Crystals

Crystals are commonly used in various electronic devices due to their high electrical conductivity and low power consumption. One such application field is 9B-27.000MBBK-B.
A 9B-27.000MBBK-B crystal is an electro-optic crystal that can be used to generate and control light emissions. It is capable of emitting light in a variety of frequencies, with peaks at 27 and 9GHz respectively. It is made of a three-dimensional silicate-based crystal lattice structure, which is comprised of many tiny anisotropic molecules that are arranged in an orderly fashion. When electric current is supplied to the crystal, these molecules vibrate at the frequency of the supplied electric current and emit optical energy.

The working principle of the 9B-27.000MBBK-B crystal involves the principle of energy transfer from the electrical field to the optical field. This occurs when an electric field is applied to the crystal, and this energy is transferred from the electric field to the optical field through the anisotropic molecules. When this energy is transferred, the molecules change their orientation and vibrate at a certain frequency and emit light.

This light emitted from the crystal can be used for various applications such as wavelength division multiplexing, optical communication, displays and optical sensors. Also, by controlling the frequency of the emitted light, it is possible to control and change the properties of the light such as color, intensity and polarization.

In conclusion, the 9B-27.000MBBK-B crystal is an electro-optic crystal that can be used to emit light in many frequencies, and has numerous applications. It works on the principle of energy transfer from the electrical field to the optical field in order to emit light. The light emitted can be used for various purposes, such as wavelength division multiplexing, optical communication, displays and optical sensors, thus providing immense utility for various electronic devices.