016867 Datasheet/PDFCrystals
Crystals are a type of solid material with a distinct organization of atoms, molecules, or ions that are not found in amorphous materials. They have a certain regularity in their internal atomic structure, including the positional and orientational orientations of the atoms or molecules that compose them. Certain crystals have been known and used since antiquity, while others have only recently been discovered and developed. An example of the latter is 016867, which is a crystal used for a range of applications, from medical uses to engineering solutions.
016867 Application Field and Working Principle
016867 is a type of piezoelectric single crystal. The piezoelectric effect is the generation of an electric charge in response to the application of mechanical stress. The means of application of this mechanical stress is usually an alternating or periodic force, such as an oscillating wave. 016867 crystals work in response to terahertz frequency, between 3 and 94 GHz, which is a range of electromagnetic radiation. The positive properties of the crystal are that it is composed of non-metals and is highly durable, making it a reliable and cost-effective option for many applications. It is also highly sensitive, requiring only small voltages to produce maximum responses.
As a piezoelectric single crystal, 016867 has a wide range of applications. It is used in medical imaging systems for its non-invasive capabilities and durability in extreme temperatures and environments. It is also a popular choice for radar systems and communications, due to its ability to capture and deliver electrical signals. Other applications include aerospace guidance systems and stereo audio systems, where the crystal is used to detect sound waves and accurately process the input.
In terms of how 016867 works, the piezoelectric effect is used. When a mechanical forced is applied to the crystal, due to the alternating or periodic wave, it produces an electric polarization that is directly related to the strength of the force. This polarization in turn triggers an appropriate electrical response. The polarized electric field is captured by the material’s atoms, which are then arranged in a lattice pattern to produce an electrical resistance. This resistance causes a change in voltage level, which produces the electrical output.
016867 is a popular choice for many applications due to its unique properties. The piezoelectric effect allows it to detect and respond to exact and minute inputs with an electrical output. Additionally, the non-metallic composition makes it better suited for extreme temperatures and environments. The crystal is cost-effective, reliable, and able to provide accurate results, making it the preferred choice for many industries.