LTMM-110-02-G-D-05

LTMM-110-02-G-D-05 is a rectangular connector, which can be used for board-to-board or cable-to-board interconnection applications. Its header is made of rugged mold-formed engineering thermoplastic, and it is equipped with two rows of three pins, each with a 2 mm diameter. The shell of the connector is a liquid crystal polymer that allows for impact-resistant performance. It is also resistant to flame, with a 360-degree shield for maximal protection from external interference.

The header is designed to have sufficient spacing between pins for easy plug-in insertion. It also provides robust contact retention with a 3-fingered contact system. The contacts are made of gold, so they offer reliable and long-lasting performance and contact resistance. The contact forces of the connector is in accordance with international standards. It can be used for a wide range of data and power applications.

LTMM-110-02-G-D-05 is a compact and low-profile connector that offers superior mating durability and flexibility. It has a low-profile design, allowing for minimal strain on the board during the insertion and extraction process. The shell protects the contacts from the environment and provides soil retention for applications where the connector must be exposed to contaminants.

The working principle of the connector is relatively simple. The connection between two boards is established by inserting pins into female parts of the board. The pins are held in place by a friction fit between the pins and the female part of the board. The electrical connection is made by the contact between the pins and the conductive traces on the board. The pins provide a secure connection with reliable contact force, which ensures that the connection between the boards is stable and reliable.

LTMM-110-02-G-D-05 is a connector that is capable of accepting various types of cables, such as coaxial cables, HDMI cables, and others. It is a cost-effective solution for interconnecting electronic boards and cables for various data and power applications. Its features make it an ideal choice for a wide range of applications, such as industrial robotics, consumer electronics, automotive electronics, and others.