10-89-1586

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Rectangular connectors are a type of electrical component used to terminate two or more conductors in an electrical circuit. The 10-89-1586 model of header is a 3-pin male pin type connector. It is generally used to connect sensors, motors, and other electrical devices to the circuit.

The 10-89-1586 header features three pins, each with 4mm of pin length for easy connection. It is built with a thin housing molded out of thermoplastic PBT material, making it light-weight and resistant to impact, vibration, and high temperatures. The connector is designed to fit into a soldered PCB for a secure and reliable connection, making it suitable for use with a variety of low voltage applications including motors, sensors, and general electrical equipment. The pins are gold-plated to ensure a reliable connection and maximum conductivity.

Overall, the 10-89-1586 header is a reliable and dependable electrical connector. It is a great choice for low voltage applications such as drones, robots, alarm systems, and traffic control systems. Additionally, its gold-plated pins ensure that it can handle more current than other types of headers, making it a great choice for high-power applications.

The working principle of a 10-89-1586 header is relatively simple. Each pin is connected to a wire in the circuit, and when the wire is connected to the corresponding pin, an electrical connection is established. This allows current to flow from one pin to another, allowing the circuit to operate as intended. The 10-89-1586 header is designed to be easy to install and maintain, as the pins are easily inserted into the desired location in the PCB.

In conclusion, the 10-89-1586 header is a reliable and dependable rectangular connector that is suitable for a variety of low voltage and high-power applications. Its gold-plated pins ensure a dependable connection and maximum conductivity, and its thermoplastic PBT construction makes it light-weight and resistant to impact, vibration, and high temperatures. Additionally, its working principle is relatively simple, as the pins must simply be connected to the appropriate wires in order to establish an electrical connection, allowing current to flow from one pin to the next.

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