402F26011CKR

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Crystals

Crystals, or piezoelectric crystals, are natural or synthetic elements that exhibit the unique piezoelectric property of generating an electric charge on application of mechanical stress. They have many applications in electronics, including the generation and manipulation of oscillating mechanical strains, the sensing of physical parameters such as pressure, acceleration and force, and the production of electrical energy from mechanical energy.

The 402F26011CKR, also known as the KRAIMC, is an example of a piezoelectric crystal element from the KRAIMC family of products. This particular element is designed for use in precision applications requiring a very high-quality large-diameter quartz plate. Its combination of features makes it ideal for applications that require a small, accurate, reliable quartz element with a wide range of operating parameters.

The 402F26011CKR has two main components: a circular disc and a separate ring. Inside the disc is a structured crystalline lattice that has been sculpted in such a way as to create quadrants, defined by four pairs of electrodes. As an external force is applied to the disc, the resulting strain on the crystalline lattice creates a voltage potential across the electrodes, which is then measured and converted into a digital signal. This process is known as piezoelectricity.

One of the primary applications for the 402F26011CKR is in the field of high-precision precision measurement and sensing. This device can be used to measure physically-determined parameters such as pressure, acceleration, force, and torque. It can also be used in applications such as seismometers, which measure and record seismic activity, and in the generation of electrical energy from mechanical energy. The 402F26011CKR can also be used in medical applications, as its high-precision accuracy makes it suitable for use in ultrasonography.

The 402F26011CKR is composed of a specialized piezoelectric material that responds to strain. This response is manifested in the form of a voltage or current which is then measured, amplified, filtered, and converted into a digital signal. The current or voltage generated by the crystal is proportional to the amount of strain applied, and therefore can be used to measure physical parameters such as pressure, acceleration, force, and torque. The current or voltage generated by the crystal can be used to power electronics as well, due to the Piezoelectric Effect, which allows electricity to be generated from mechanical energy.

The 402F26011CKR has many advantages, such as its accuracy, reliability, and low cost. It is also resilient to many environmental factors, making it an ideal choice for outdoor applications. Its use of a specialized piezoelectric material also enables it to be easily integrated into existing electronics designs, and can be used with a wide range of sensors. As a result, the 402F26011CKR is well-suited for a variety of sensing and other applications.

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