LTMM-107-02-H-D-LC

LTMM-107-02-H-D-LC application field and working principle

Rectangular Connectors - Headers, Male Pins, are widely used in a variety of industrial electronics, telecommunications, automotive, power and marine applications. The typical header is composed of a rectangular block of plastic with metal pins or terminals housed inside which serve as electrical contacts. LTMM-107-02-H-D-LC is one of such header connectors.

The LTMM-107-02-H-D-LC header and male pin combination is suitable for applications in electronic instrumentation and power distribution. It is an advanced type of header with gold plated contacts and ultra-low profile design that can be used in advanced equipment. The connector has a MH05 and ACH 05 mid-height housing and standard height terminals. The total number of contacts is 4 and contact spacing is 2.54mm.

The basic components of LTMM-107-02-H-D-LC include a plug, receptacle, jackscrews, terminals, crimp sockets, and mounting brackets. The plug and receptacle have four-pin contacts, and the terminals are press-fit mounted onto the housing. The jackscrews provide tension to the pins and help maintain good contact between the plug and receptacle. The crimp sockets secure the terminals in place and provide additional protection and support. The mounting brackets provide secure installation.

The working principle of the LTMM-107-02-H-D-LC header is quite straightforward. The connector has two parts, a male pin and a female plug. The male pin is inserted into the female plug and the two parts are held together firmly with the help of the jackscrews. The connection is then secured with crimp sockets. When the connector is connected, it creates an electric current between the two parts, facilitating the transfer of signals between them. Mutual inductance occurs when the current is passed from one part to another, allowing the signal to be amplified or bypassed as required.

In conclusion, the LTMM-107-02-H-D-LC is a highly advanced, low profile rectangular connector that is used in a wide range of applications, such as electronic instrumentation and power distribution. It consists of a plug and receptacle, terminals, and mounting brackets to secure the components in place. The working principle of the connector is quite straightforward and it creates an electric current when connected, allowing the transfer of signals between the two parts.