MTSW-145-11-S-D-740

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MTSW-145-11-S-D-740 is a type of rectangular connectors, also known as headers, with male pins. This type of connection is ideal for use in automation, aerospace, military and transportation applications that require real-time signal and power transmission.

MTSW-145-11-S-D-740 connectors are designed for flexible connectivity solutions to be used in high performance and advanced power applications in harsh environment. Their design ensures excellent power and signal transmission for electronic components with high speed, repeatability and accuracy. The unique design of the connector also eliminates hot spots and cold spots and minimizes inductance

MTSW-145-11-S-D-740 connectors can be used in multiple applications, including automotive, industrial automation, medical, military and aerospace applications. These connectors offer a wide range of contact and electrical ratings, low profile, and advanced features such as IP68 sealed versions, 4-contact inserts, overmolded designs and board-to-board PCB mounting systems.

The working principle of the MTSW-145-11-S-D-740 connector can be separated into several parts. Firstly, the signal and power transmission undergo the contact spring and then to the contact pins. This contact is then further connected to the PCB, through the contact pins. The contact spring is designed to create repeatable connections which ensures high performance and reliability. Secondly, the connector’s design ensures that there is no interference between the contacts and connectors, and also helps prevent electromagnetic interference (EMI) and radio frequency interference (RFI). Finally, the connectors are hermetically sealed and feature an anti-vibration system to ensure reliable, fault free operation in the toughest environments.

In conclusion, the MTSW-145-11-S-D-740 header-male pin rectangular connector is ideally designed for use in harsh environment, across multiple application segments, with excellent signal and power transmission capabilities, hermetically sealed and a range of contact ratings and electrical points. This design allows engineers to create reliable, robust, and cost effective power and signal communication systems that are optimized for a wide range of industrial, automotive, and military applications.

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