MTSW-104-27-L-S-1140

The MTSW-104-27-L-S-1140 is a rectangular connector that is categorized in the headers, male pins section. It is a two-piece connector consisting of a header and a male pin. The header has multiple solder pins which connect to the circuit board, while the male pins fit and plug into the header.

One of its main applications is for providing power and signal connections between two printed circuit boards. This type of connector is used in areas where large numbers of signals needs to be transmitted. An example is in the telecommunications industry where the connectors are used to connect cards between switch panels and telecommunications equipment.

The MTSW-104-27-L-S-1140 is designed to have strong retention forces in order to ensure that the connection between the two components remains secure and reliable. This is achieved through the use of a plastic tongue, which is inserted into a metal slot of the header. This tongue prevents the male pin from being withdrawn from the header in a withdrawal direction, thereby providing a secure connection.

The MTSW-104-27-L-S-1140 is also designed to have three separate contact surfaces. These contact surfaces are laquered with a conductive material to ensure that proper electrical contacts are made. The contacts are spaced along a narrow retention channel, thereby enhancing the contact\'s electrical performance and contact retention. This also ensures that the electrical connection remains secure for a long life.

In addition, the MTSW-104-27-L-S-1140 is designed to be vibration resistant, which makes it suitable for applications that require an uninterrupted power supply. This is achieved through the use of a spring-loaded housing which reduces the amount of vibration that is transferred from the headers to the male pins. This ensures that power connections remain stable even under vigorous conditions.

The MTSW-104-27-L-S-1140 rectangular connector is a reliable and versatile solution for providing power and signal connections between two printed circuit boards. Its secure contact retention, vibration resistance, and three separate contact surfaces make it ideal for use in telecommunications and other industries.