MTSW-134-07-F-S-130

Rectangular Connectors – Headers, Male Pins

The MTSW-134-07-F-S-130 is a standard type of rectangular connector, a type of electrical connector used for signal and power applications. In this article, we’ll cover the MTSW-134-07-F-S-130 application field and working principle.

Application Field:

The MTSW-134-07-F-S-130 rectangular connector is found in a range of industries and applications. Common applications include:

• Automation and industrial control systems.
• Mechanical engineering.
• Computer, telecommunications, and networking systems.
• Medical equipment.
• Aerospace industry.
• Robot guidance systems.

The MTSW-134-07-F-S-130 is suitable for applications involving high frequencies, low signal losses, and low contact resistance. The connector system features increased power capacity and a secure, reliable connection that makes it suitable for many electrical systems.

Working Principle

The working principle of the MTSW-134-07-F-S-130 rectangular connector is straightforward. The connector is composed of a male assembly (male plug) and a female assembly (female receptacle).

When the male assembly is inserted into the female assembly, the metal contacts of each housing make contact with each other and complete the electrical circuit. This connection is achieved with a low-contact resistance that keeps signal losses to a minimum.

The connector also features retention locks at each end, ensuring that the connection remains secure and reliable. The connector is designed to withstand the environmental influences. The contact area of the MTSW-134-07-F-S-130 contemporary connectors is sealed onto the boards which ensures protection against dust, oil and dirt and makes the connector waterproof.

Conclusion

The MTSW-134-07-F-S-130 rectangular connector is a great solution for many applications requiring low contact resistance and secure connection. This connector is often used in industries such as automation, mechanical engineering, telecommunications, medical equipment, and aerospace. The working principle of the connector is simple; two housings make contact with each other and retention locks keep a secure, reliable connection.