800-90-063-10-002000

Rectangular connectors, also known as headers, male pins, or board-to-wire connectors, are typically used for either carrying signals or as connectors for mounting components on printed circuit boards. As their name implies, these connectors are shaped like a rectangular box and are usually made from either metal or plastic. The main features of rectangular connectors include their corrosion resistance, low profile, and their ability to handle high operating temperatures. In addition, these connectors are usually constructed with a number of pins that are arranged in rows, allowing for a high degree of flexibility in terms of configuration and wiring.
The 800-90-063-10-002000 rectangular connector is no exception. This connector is designed to operate from -25°C to 125°C and has a maximum operating voltage of 300V. It includes three rows of pins, with each row containing five contact legs. This arrangement is ideal for carrying both signals and mounting components, as it allows for a wide variety of configurations and wiring options. Additionally, the connector is constructed using a high quality zinc alloy that offers superior corrosion resistance and durability.
The 800-90-063-10-002000 connector is most commonly used in the markets of industrial automation, instrumentation, automotive electronics, aerospace and home appliances. It is often used to connect printed circuit boards to various components such as motors, relays and sensors. Additionally, it can also be used to connect to ground planes and other components such as LED circuits or voltage dividers. Thanks to its low profile, this connector is also suitable for applications where space is limited.
In terms of working principle, the 800-90-063-10-002000 connector has an insulating barrier between the contacts, allowing for the transmission of signals between the contacts without shorting. When power is applied to the pins, electricity is conducted through the insulated barrier and passed to the respective contact. This arrangement ensures that the current is only transferred to the contacts intended to receive it, meaning that there is no risk of short circuiting. Additionally, the zinc alloy construction offers superior corrosion resistance, meaning that the connector can withstand hostile environmental conditions for longer periods of time.