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Crystals

Crystals are a natural form of matter with a highly ordered arrangement of atoms or molecules in a three-dimensional lattice. They are formed over time by the orderly expansion and stacking of atoms or molecules. Crystals have many uses in everyday life, including the use of piezoelectric crystals to create electricity, frequency controls and other electronic components.

8Y24070007 is one type of crystal that can be used for piezoelectric application. Piezoelectric crystals are able to convert mechanical energy into electrical energy and vice versa. Specifically, 8Y24070007 has a cut with length x width ratio of 28.5 : 23.5 mm. It has a good temperature resistivity and excellent stability.

Application Field

Piezoelectric devices based on 8Y24070007 crystals can be used in various applications such as industrial sensors, actuators, transducers, limit and control devices, opto-electronic actuators, ultrasound components and medical equipment.

In industrial sensors applications, 8Y24070007 crystals are used as transducers and can convert mechanical vibrations into electrical signals or electrical signals into vibrations. This application involves using the crystals to detect changes in pressure, acceleration, or other physical inputs and convert them into electrical signals that can be read by a computer or other device.

The piezoelectric crystals can also be used as actuators, which convert electrical signals into physical movement. This is commonly done in ultrasonic transducers and medical instruments where the electric signals are used to produce mechanical vibrations. The crystals can also be used in limit and control devices to limit, regulate or switch process parameters.

Opto-electronic actuators use the crystals to convert light into mechanical motion or vibrations. These are used in a variety of devices such as CD players, DVD players and other optical and electrical equipment. Ultrasonic components, including sonicators and transducers use the crystals to transform ultrasonic frequency electrical signals into ultrasonic frequency mechanical vibrations.

In the medical industry, piezoelectric crystals can be used in a variety of applications, including opto-electronic actuators in a wide range of instruments that produce ultrasonic and therapeutic energies. This type of crystal is also used in medical imaging equipment and biopsy probes.

Working Principle

Piezoelectricity is the electricity generated by pressure or bending. 8Y24070007 crystals are able to convert mechanical energy into electrical energy and vice versa, using the piezoelectric effect. When a change in pressure or mechanical force is applied to the crystal, a potential difference or electrical charge is generated across the crystal. Similarly, when a voltage is applied to the crystal, this creates a mechanical force which can cause the crystal to vibrate.

The piezoelectric effect of the 8Y24070007 crystal is enabled by the highly ordered structure of the crystal lattice and its ability to store electrical energy in the form of charge built-up across the crystal. The crystal is said to be polarized when an electric field is applied, resulting in a change in the polarization of the crystal lattice. When this polarization is reversed, the crystal will produce an electrical charge in response to the change in pressure or mechanical force applied.

8Y24070007 crystals are therefore used in a variety of applications, thanks to their ability to convert mechanical energy into electrical energy and vice versa. They are used to detect pressure changes, vibrations and other physical inputs and convert them into electrical signals that can be read by a computer or other device.

The crystals can also be used in limit and control devices to limit, regulate or switch process parameters, as well as in opto-electronic actuators to convert light into mechanical motion or vibrations. In medical applications, 8Y24070007 crystals are used to produce ultrasonic and therapeutic energies via opto-electronic actuators, and also in medical imaging and biopsy probes.

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