TLW-125-05-G-S

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The TLW-125-05-G-S is a rectangular connector, and it belongs in the category of headers with male pins. It is typically used for a variety of applications, such as wire-to-board connections for prototyping and production circuitry, and in industry and consumer electronics equipment. It is a great alternative to using individual components if the goal is to reduce complexity and quickly obtain a robust connection.

The mating portion of this connector is comprised of a cluster of male pins. Specifically, the TLW-125-05-G-S has five male pins, and is designed to be integrated into a PCB board. On the other end, there are female headers, which can each accept one of the male pins. The headers are designed to accept wires of different sizes.

The TLW-125-05-G-S is an ideal choice for prototyping and production electronic designs. It is exceptionally durable and resistant to corrosion and other environmental factors, and can be relied upon for reliable and consistent performance. The connector has a high current capacity, and its low profile design allows for easy and efficient assembly. Additionally, this connector is designed to be integrated into a PCB board without soldering.

The working principle behind the TLW-125-05-G-S is fairly straightforward. It is a simple two-piece connection consisting of the five male pins inserted into the female headers. Once the male pins are securely in place, they are then electrically connected to the female headers via a conductive metal contact. The electrical connection is completed when the male pins are pushed into the female headers, resulting in the pins connecting to the header’s connector, thereby establishing an electrical and physical connection.

In summary, the TLW-125-05-G-S is a rectangular connector designed for applications in prototyping and production circuitry, as well as in consumer electronics equipment. It is an ideal option for these applications due to its durability and performance. The working principle behind it is relatively straightforward, and it is designed to be integrated into a PCB board without soldering. It is an effective and efficient alternative to using individual components, and can be relied upon for consistent and reliable performance.

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