HTSW-205-11-F-S-RE

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HTSW-205-11-F-S-RE connectors are rectangular headers used primarily in the automotive and telecommunications industries. They have two rows of eleven pins spaced 0.1 inches apart and are used to connect modules, printed circuit boards, wires, and other components in these industries. The male pins are made of brass or copper and have a gold or tin plating with a pitch of 2.54 mm.

These connectors are designed for use in applications where space and weight are factors. The low profile design of the female connector minimizes weight and space while the male pin design allows for strong connections that are reliable and secure. The female connector is made of plastic and is rated to withstand high temperatures and vibration as well as dust and moisture. The male pins are rated for 12 Amps at 250VAC.

The HTSW-205-11-F-S-RE connectors are typically used in car audio, car navigation, and car alarm systems. They are also commonly used in telecommunications applications such as networking, cellular, and fiber optics. In addition, they are useful for connecting wires and PCBs in industries such as medical, aerospace, and military. The connectors are designed to reduce heat buildup and prevent short circuits. This makes them an ideal choice for applications where safety and consistency are required.

The HTSW-205-11-F-S-RE connectors work by creating a physical connection between electrical components. The male pins are inserted into the female connector, and the contacts on each pin provide a secure connection. This creates an electrical circuit which transmits signals from one component to the other. The contact between the male pins and the female connector ensures that the connection remains secure even under vibration or extreme temperatures.

The HTSW-205-11-F-S-RE connectors are ideal for applications where space and weight are factors. They provide a reliable connection with strong, secure connections and are rated for high temperatures and dust and moisture. Additionally, they are designed to reduce heat buildup and prevent short circuits, making them ideal for mission critical applications. These connectors are used in a variety of industries where they are used to connect modules, printed circuit boards, wires, and other components.

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