6-1375583-1

Rectangular Connectors - Headers, Male Pins are used for connecting multiple components or different sets of wires. This article discusses the 6-1375583-1 application field and working principle.

The 6-1375583-1 is a type of rectangular connector with a 20-pin layout. It is a high-density male pin header connector designed for use in telecom and datacom applications. The header features a 2mm pitch spacing, allowing for up to 10 signals in the same area as a 5mm pitch connector, while also having a 50% reduction in required board area.

The 6-1375583-1 is mainly used in applications that require high-speed connections between digital signals and high-frequency signals. The connector design allows for high-performance signal transmission that is resistant to crosstalk, insulation and noise.

The 6-1375583-1 contains both male and female headers, allowing for quick and reliable electrical connections that are compliant with industrial standards such as RoHS and UL. The male pins are rated for a current of 2A per contact and an operating voltage of 250VAC at 50/60Hz. The female headers feature a four-point contact to the PCB edge.

The connector is weather, shock and vibration resistant, making it ideal for use in harsh environment applications. In addition, the 6-1375583-1 is designed for custom board configurations, giving it flexibility in applications such as antenna and switches.

The working principle of the 6-1375583-1 connector can be summarized in the following steps. The male pin header is inserted into the female header on the PCB. As the male pin header is pushed in, it securely latches on to the female header. The female header has slots that tightly hold the two connectors together, providing a reliable connection. The male pin header also features a special locking mechanism that ensures the contacts remain firmly in place.

The 6-1375583-1 is a versatile connector that can be used in a variety of applications. It is especially suitable for applications that require high speed, reliable connections between digital signals and high-frequency signals. Its flexible design also allows for custom board configurations, making it a great choice for harsh environment applications.