TS036F23CDT Application Field and Working Principle

Crystals are crystalline structures that have an orderly arrangement of atoms. A single crystal consists of a large number of atoms which are regularly arranged in a three-dimensional lattice. They are used in a wide range of applications, ranging from electronics to medical applications. One example of a crystal used in electronic applications is a TS036F23CDT crystal.

What is a TS036F23CDT Crystal?

The TS036F23CDT is a crystal resonator with a 25.000 PPM tolerance in temperature. It is a very small device measuring just 9 x 6.6 x 2.6 mm and has a very low profile in comparison to other crystals. It is commonly used in radio frequency applications and RF circuit design.

Application Field of the TS036F23CDT

The TS036F23CDT crystal is an ideal device for a wide range of electronic applications, including television sets, as well as automotive and computer technology. It is also commonly used in telecommunication and radar components, as well as a clock-controlled oscillator.

The device can be used for various types of timing or frequency stability when combined with other electronic components. Additionally, it can be used to produce precise and accurate sound pitches in audio technology and acoustic engineering applications.

Working Principle

The TS036F23CDT crystal operates on the principle of piezoelectricity. This is a physical phenomenon in which electric charge is generated on the surface of certain crystals when they are subjected to mechanical stress. The principle states that when a crystal is subjected to a mechanical deformation, an electric voltage is generated. In a TS036F23CDT crystal, the vibrations of an external quartz crystal oscillator creates a precise nominal frequency of 25.000 PPM.

The TS036F23CDT is also capable of precise frequency control, as it is composed of quartz which is extremely stable and precise. When the device is subjected to a precise alternating electric current, it generates a precise and controlled vibration at a specified frequency. This makes it an ideal device for applications that require precise timing and frequency.

The TS036F23CDT crystal can be used to generate frequencies up to 100 MHz. Furthermore, it provides a very low profile and high level of precision, making it ideal for a wide range of electronic applications.

Conclusion

The TS036F23CDT is a crystal resonator with a 25.000 PPM tolerance in temperature. It is an ideal device for a wide range of electronic applications, ranging from television sets and automotive to computer technology and telecommunication. Its operation is based on the principle of piezoelectricity, which means it generates a precise and controlled vibration when subjected to a precise alternating electric current. In addition to its precise frequency control, the device also provides a low profile and high level of precision, making it an ideal choice for electronic applications requiring precise timing and frequency.