7V-37.400MAHJ-T

Crystals

Crystals are essential components in a wide range of electronic products, such as computers, telephones and radios, as they help provide electrical signals with very precise oscillations. The 7V-37.400MHJ-T is an specific type of crystal, mainly used for low-power applications, such as clock generation and timing circuits. Through an understanding of its application fields and working principle, we can gain a better grasp of its superior capabilities.

Application Field

The 7V-37.400MHJ-T crystal is suitable for low-power applications, such as clock generation, frequency synthesis, and timing circuits. It is suitable for use in audio, video and broadcast applications, as well as other communications related systems.

It is an excellent choice for applications requiring an accurate and low power operation; additionally, it features a wide oscillation frequency range while providing an operational stability over a range of environmental conditions. Furthermore, its very small size and light weight makes it suitable for use in tightly-packed, compact electronic products.

Working Principle

The 7V-37.400MHJ-T crystal consists of a quartz disk that is driven by an external electrical signal. The quartz disk is cut at a specific angle and features a series of electrodes that cause the quartz disk to vibrate. This procedure is known as “piezoelectric effect”, which is the primary principle behind the crystal’s operation.

When an external signal is applied, the quartz version resonates in response, and the oscillated signal generated by the quartz disk will generate a specific frequency that can be used for clock generation and timing applications. The precise oscillation frequency and performance stability of the crystal are mainly determined by the precise mechanical construction, degree of accuracy and geometry of the quartz disk.

Conclusion

The 7V-37.400MHJ-T crystal is a highly accurate and stable oscillator, suitable for use in low power applications. By understanding its application fields and working principle, we gain a better understanding of this type of crystal and its capabilities.