800-10-012-10-001101

Rectangular Connectors - Headers, Male Pins are a type of connector device which has many application fields and a variety of specified formats. The 800-10-012-10-001101 is an example of these connectors.

The 800-10-012-10-001101 is a 10 Pin Header made from thermoplastic that is resistant to flame, and it is commonly used for automobile and electronics. It has 10 rectangular pins arranged in a single row, and it is shorter and narrower than other comparable connectors. It is also designed to maintain a constant impedance and can be used for both digital and analog signals.

Common applications include automotive industry, medical technology, computer and communication technology, consumer electronics, and many other areas. It is typically used in power or signal lines. It can be used for connecting circuits, data transmission, controlling and monitoring systems, and for power supply systems. The connector is also used in battery packs, audio systems, instrumentation, and LED lighting systems.

The working principle is relatively simple, yet dependable. When connected, the two ends of the connector make a secure connection by engaging and locking in place. The 800-10-012-10-001101 connector is designed with two parallel plug channels along the Inside edge of the plug, which creates a secure connection with both mechanical and electrical contact. The two plug channels also provide current to the edge of the plug, while the two internal pins ensure complete current flow and guarantee secure connections.

In addition to providing a secure connection, the 800-10-012-10-001101 also provides a good electric contact between the two mating connectors. This ensures no RF interference, no electric shock, and no leakage current. It is also designed with anti-vibration and noise reduction features, and it is resistant to EMI.

The 800-10-012-10-001101 connector is used in a variety of industries and applications, and it offers reliable and secure connections. Its compact size makes it easy to install and use, and its simple working principle ensures performance, even in industrial and commercial applications.