HTSW-130-11-S-T

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The HTSW-130-11-S-T is a type of rectangular connector, part of the Headers, Male Pins family of connections. It is used in a variety of applications and is a convenient and reliable way of connecting multiple circuits or devices.

The connector is comprised of a 2.54mm pitch, 1x3 position, vertical male pin header. The connector features two points of contact on the bottom side, and one point of contact on the top side, which makes it useful for making quick connections within a circuit board. The pins are rated to 3A at 250VAC and the header has a lead-free tin-plated finish for superior corrosion resistance. The pins also feature a polarization slot to protect against incorrect polarity insertion. The header also meets the EIA standard of EIAJ7/10.

The working principle of the HTSW-130-11-S-T is based on the principles of electrical conductivity and resistance. When two points of contact are made between two circuits or components, an electrical connection is formed and an exchange of electrons occurs. This exchange of electrons creates a voltage drop across the connection, allowing electricity to travel across the gap. The amount of voltage drop is determined by the resistance of the connection.

The HTSW-130-11-S-T can be used in a variety of applications including, automotive, industrial, and consumer electronics. It is commonly used to make electrical connections between a printed circuit board and a device such as a motor, sensor, switch, or LED. It can also be used to interconnect waveguide components, RFID tags, and other low-level signal applications. By using this connector, engineers can make reliable, low-profile connections with minimal noise or cross-talk.

In conclusion, the HTSW-130-11-S-T is a reliable and versatile rectangular connector. It is designed for use in many different types of applications and can provide a low-profile connection, with minimal noise or cross-talk. By utilising the principles of electrical conductivity and resistance, it can create reliable connections between multiple circuits or components.

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