ESQT-120-02-L-T-680

The ESQT-120-02-L-T-680is a rectangular connector that is used in a range of applications. Commonly referred to as a header, receptacle, or female socket, this type of connector is designed so that it can connect two devices easily. In order to ensure the safe connection of the two devices, the design of this rectangular connector is such that it has a contact that is generated by a spring, or by a wave spring.

Application Fields

One of the main application fields of the ESQT-120-02-L-T-680 is that it is used in high speed electronic assemblies. The connector is designed to provide connectors with a secure connection for communication between two devices. It can be used in applications where a strong, reliable connection is needed, such as automotive, computer, telecommunications, and general electronic circuitry. In addition, the ESQT-120-02-L-T-680 is often used in medical applications, as its size and construction are suitable for use in medical equipment.

The ESQT-120-02-L-T-680 is also frequently used in industrial applications, such as the manufacture of electronic products. This type of connector is often used to interconnect motors, contactors, relays, and switchgear. The reliability of the connection is important when dealing with industrial applications, as the slightest error can cause a significant malfunction of the product. Additionally, this type of connector is often used in the military and aerospace industries as a secure connection between two devices.

Working Principle

The ESQT-120-02-L-T-680 employs a spring-type contact that when mechanically pressed causes the internal spring to move, resulting in the connection of the two devices. This press-action is generated by a wave spring, and the action causes a firm, secure connection. The wave spring piston presses a dielectric sleeve against the contact to ensure a proper connection between the two devices. This connector also uses a current-limiting resistor, which helps to reduce electrical noise, and thereby improve signal integrity.

In order to ensure that the connector is properly connected, it is important to apply the correct force when pressing the wave spring piston. If too much force is used, the wave spring and the contact spring may be bent, and this can prevent the connector from properly connecting the two devices. If too little force is used, the contact may not be made, and the connection could be unreliable or ineffective.

The ESQT-120-02-L-T-680 also has a self-adjusting insulation system. This insulation system ensures that the contact is held tight and secure, and this helps to reduce the risk of short-circuiting or electrical shock. Additionally, the connector is designed with an anti-vibration system to help protect against impact and shock. This helps to prevent the connector from loosening or becoming disconnected.

Conclusion

The ESQT-120-02-L-T-680 is a rectangular connector that is used in a variety of application fields, including high speed electronic assemblies, medical applications, industrial applications, military, and aerospace. The connector is designed with a spring-type contact and a wave spring action that ensures a secure connection. Additionally, the current-limiting resistor helps to reduce electrical noise and improve signal integrity, while the self-adjusting insulation system and anti-vibration features help to ensure that the connection is secure and reliable.