TSM-110-01-SM-DV-011-TR

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Rectangular connectors, headers, and male pins, such as the TSM-110-01-SM-DV-011-TR, are common components used in many electrical and electronic circuits. They consist of two parts: a header and a male pin. The header is a small plastic housing with conductive pins inserted into it; the male pin is a metal pin surrounded by a plastic sleeve that inserts into the header. The two parts fit together to create an electrical connection.

The TSM-110-01-SM-DV-011-TR is a two-position, single row right angle male header. It is used to make electrical connections between a board and a wire, such as in the wiring of vehicles, machines, computer enclosures, and more. It has two circuits providing a solid connection, and has two small plastic knobs to tighten the connection. It has a current rating of 2 Amps and a nominal voltage rating of 300 VAC.

TSM-110-01-SM-DV-011-TR connectors are most commonly used in the automotive industry. They can be found in the wiring of motorcycles, ATVs, snowmobiles, and more. They are also commonly used in computers, electronics, and appliances, allowing for the connection of different circuits and components.

The working principle of a TSM-110-01-SM-DV-011-TR connector is quite simple. When the male pin is inserted into the header, an electrical connection is formed between the two conductive pins in the header. The plastic knobs ensure that the connection is secure, and that no electrical current escapes. The current that flows through the connection is regulated by the resistance of the metal pins in the header.

In summary, TSM-110-01-SM-DV-011-TR connectors are used in many industries to create secure electrical connections between circuit boards and wires. They have a two-position, single row right angle male header, with two small plastic knobs to tighten the connection. They are often found in automotive wiring, computers, electronics, and appliances. The working principle is simple: when the male pin is inserted into the header, an electrical connection is made between the two conductive pins, and the voltage and current are regulated by the resistance of the metal pins.

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