HTSW-101-07-F-Q-LL

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The HTSW-101-07-F-Q-LL is a highly reliable 2.5mm (.098") pitch wire-to-board power connector with a broad range of applications. It is typically used for telecommunications, consumer electronics, office automation, test & measurement, medical, automotive and other markets. This multi pin connector features a high-current, single-pole connection for board-to-board interconnects.

The HTSW-101-07-F-Q-LL is one of the rectangular connectors commonly referred to as headers or male pins. These connectors are usually found in computers, and they come in a wide variety of sizes and shapes to fit a variety of needs. They have two, three, or four pins, each of which connects a wire on the board to its respective pin.

The HTSW-101-07-F-Q-LL is a 2.5mm (.098") pitch wire-to-board power connector. This type of connector can be used to make connections for both power and signal. It features a single contact and allows for high current applications. The connector also provides a reliable connection in harsh environments and is resistant to shocks, vibrations, and humidity.

The working principle of the HTSW-101-07-F-Q-LL is based on the continuity principle. The current passes through the pins from the power source to the load, passing through the conductors in the connector. The contact between the pins ensures that the current is conducted through the connector. The contact does not include any electrical components, thus there is no energy loss.

The HTSW-101-07-F-Q-LL is used in a variety of applications due to its reliable connection and high current capabilities. It is commonly used in industrial, automotive, communication, and consumer electronics to provide power and data connections. Its use in these fields also helps to reduce energy loss, reduce assembly time, and increase overall system reliability.

The HTSW-101-07-F-Q-LL is an example of a rectangular connector classified under headers and male pins. Its reliable connection and high current capabilities make it ideal for a variety of applications. The working principle of the connector is based on the continuity principle, and it ensures that power and data signals are conducted from the source to the load with minimal energy loss.

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