MTSW-130-10-L-T-225

The MTSW-130-10-L-T-225 is a rectangular connector component mainly used for industrial and automotive electronic systems. It belongs to the type of Headers, Male Pins, and has a range of applications in various situations due to its proven robustness and reliability. In this article, we will look at its application fields, as well as its working principles.

The MTSW-130-10-L-T-225 is primarily used in rugged applications, including outdoor electronic devices such as automotive headlights and satellite communication systems. It is able to maintain an accurate connection even under harsh environmental conditions thanks to its high-temperature resin-sealing material, which provides extra protection against excessive heat or moisture. Additionally, its robust design makes it suitable for application in demanding automotive and industrial environments, where high frequencies and a wide voltage range are often present.

One of the main advantages of the MTSW-130-10-L-T-225 is its high current-carrying capability. It can support up to 10 A of current going through its contacts, allowing for the power supply of heavy-duty electronic components. Its mechanical retention force is quite high too, providing maximum reliability even when subject to heavy vibrations or frequent mechanical shock. This makes it an ideal choice for applications in which some contact movement is expected, such as in automotive headlights.

The working principles of the MTSW-130-10-L-T-225 are fairly straightforward. Its contacts are made of high-temperature, corrosion-proof materials, such as copper or beryllium-copper alloy. The contact is then connected to the pin-type connector, which plugs into the device\'s power supply, allowing for the power to be transferred. When connected, the contact is held firmly in place by two screws on both sides of the connector, preventing it from moving or becoming loose.

In summation, the MTSW-130-10-L-T-225 is a rectangular connector component which excels in rugged applications requiring reliable connections and a high current-carrying capability. Its working principles are easy to understand, and its design allows it to be used even in harsh environmental conditions. It is a reliable choice for many automotive and industrial applications.