LTMM-104-01-TM-D

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The LTMM-104-01-TM-D is one of the most popular rectangular connectors, commonly used in a variety of electronic applications. It is a dual-sided male pin header, with a maximum of 10 pins on each side that are 2.54 mm apart. These connectors are most commonly used for custom wiring, prototyping, and short-run production.

Its primary application field includes automotive, automation, telecommunication systems, computers, and consumer electronics. Automotive applications include ECU and CAN bus wiring, body control systems, and engine control systems. In automation, the LTMM-104-01-TM-D is used to connect sensors, I/O modules, solenoids, and other control elements. It is also used in telecommunication systems for connecting mobile base stations, satellite receivers, and cellular phone networks. In computers, it is popularly used in digital logic circuits, as it supports high-speed data transmission. Lastly, this connector has also found its application in consumer electronics, such as home audio systems and video game controllers.

The LTMM-104-01-TM-D is versatile and reliable. It uses a snap-in locking mechanism for firm yet safe mounting. A positive locking between the inserted pins and receptacles ensures a secure connection. The connectors are also designed to resist corrosion and have good heat dissipation, enabling a wide operating temperature range of -55°C to +125°C.

The working principle of the LTMM-104-01-TM-D male pin header is simple. It consists of two rows of pins on either side; each row contains 10 pins. The header is fitted with a mating connector, which holds the necessary pins in place. Pins from different sides can then be joined together through a crimping process. The two wires then release energy when an electrical current passes through them, creating an electrical connection.

In summary, the LTMM-104-01-TM-D is a versatile and reliable dual-sided male pin header. Its primary application fields include automotive, automation, telecommunication systems, computers, and consumer electronics. It uses a snap-in locking mechanism for firm yet safe mounting and is designed to resist corrosion and have good heat dissipation. Its working principle is straightforward and involves a crimping process to connect the two sides together.

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