LTMM-104-02-L-D-SM-P

LTMM-104-02-L-D-SM-P is a type of rectangular connector which can be classified under “Headers, Male Pins” category. This type of connector is mainly suitable for use in applications involving electronic device connections. Furthermore, it is used to connect multiple devices in order to enable a continual power flow.

In terms of material, this type of connector is made from aluminum and stainless steel and it also comes with a black insulator. It is important to note that this type of connector can easily integrate with a chain of different types of male pins. As a result, it is well-suited for this type of application.

The connector also features an insulated locking feature which helps keep the connection secure. Therefore, the connections made with this type of connector will not automatically disengage after being made. This feature makes it suitable for applications which require a reliable connection to be made.

The design of this type of connector is relatively simple and it is fairly easy to install. In addition, the connector itself is also very reliable and robust, which means that it can withstand rough handling. As such, LTMM-104-02-L-D-SM-P connectors are ideal for use in rough or harsh environments, such as in vehicles or outside.

With regards to the working principle of this type of connector, the process is relatively straightforward. Its primary purpose is to transfer electrical signals between two electronic devices. First, the male pin is connected to the other device. Thanks to the insulator, the connection is secured and the electrical current will not be interrupted.

Once the connection is made, the electrical current will be transferred from one device to another. This transfer is facilitated by the copper conductors inside the connector. The transfer of energy is enabled by the resistance rate of the conductors’ materials, which varies according to the type of male pin used.

In conclusion, LTMM-104-02-L-D-SM-P connectors are designed for applications when multiple devices need to be connected in order to enable a power flow. It is a highly reliable type of connector which has an insulated locking feature to ensure that the connections remain secure. The working principle is relatively straightforward and relies on the copper conductors inside to enable the transfer of energy from one device to another.