MTSW-113-10-L-S-220-RA

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The MTSW-113-10-L-S-220-RA is a commonly used rectangular connector within the electronic industry. This small, yet highly functional male pin connector is typically used for multi-cable applications and is designed to provide a secure electrical connection regime between two points without the need for soldering. The connector is held together using two parts which contact and incorporate a positive-locking mechanism.

Applications for the MTSW-113-10-L-S-220-RA are wide-ranging. Its common use is as one of the connectors of choice in systems such as audio and video equipment, communication systems, and the automation industry. Its high quality design is also suitable for applications involving anti-static systems, RF/microwave and lighting industry applications. Further, its remarkable flexibility means it is extensively used in the automotive, medical and industrial instrumentation industries.

Work Principle

The MTSW-113-10-L-S-220-RA connector operates by utilising two parts, a male component and a female component. The male part is typically charactrized by having a body containing ten pins, with the pins making contact via a leaf spring mechanism. The female part contains corresponding slots, within which the pins from the male part are inserted. The two parts are then locked together, with the leaf springs located at the base of each pin providing a positive-locking mechanism.

These two parts are designed to provide an exceptionally secure electrical connection regime. When the two parts are connected, they are held together tightly, ensuring that contact between the pins is sustained in the face of environmental forces such as vibration and extreme temperatures which could otherwise cause them to move apart. This ensures that the connection between the two parts remains secure.

Applications of the Rectangular Connector

The compact design of the MTSW-113-10-L-S-220-RA rectangular connector, coupled with its secure latching system, makes it an increasingly popular choice of electronic connectors. It is particularly suited for applications requiring multi-cable connectivity in tight spatial configurations. It is also widely used for applications that need frequent disconnection and reconnection because of its user-friendly snap-on type design. The contact/re-contact performance, robust construction and long service life make it perfect for a range of automotive, medical and industrial instrumentation applications as discussed above.

Attributes

The MTSW-113-10-L-S-220-RA connector boasts a number of superb attributes. These involve its durability and robust construction; the design of the two parts allows them to be clipped together securely and remain permanently fixed, and the resilient plastic construction ensures the entire unit maintains its lubrication and physiological properties even after prolonged and frequent use. In addition to this, the connector is resistant to extreme temperatures and other environmental hazards, ensuring that it can provide consistent performance even in the most demanding applications.

Additionally, the MTSW-113-10-L-S-220-RA connector is highly affordable and cost-effective. Its compact design ensures that it can be used for applications where space is an issue, whilst its simple two-part design entails minimal assembly requirements. Finally, the connector is equipped with an array of male pins which can be specified to provide an appropriate level of performance for each application, ensuring that the connector can be tailored to a range of needs.

Conclusion

In conclusion, the MTSW-113-10-L-S-220-RA is a commonly used rectangular connector which is designed for multi-cable applications. Its use spans many industries including audio and video equipment, communication systems, automation, RF/microwave and lighting industries. Its attributes make it highly suitable for applications requiring frequent connection and disconnection as well as applications where space is at a premium. In addition to this, it is cost-effective and provides excellent performance even in demanding conditions.

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