GEC18DABN-M30

Rectangular Connectors - Headers, Male Pins

The GEC18DABN-M30 is a rectangular connector, or more specifically, a type of header and male pin that belongs to a wider family of electronic components known as flat connectors. This type of connector is comprised of three main parts: the header, which can be dedicated or snap; the male pins, which are inserted into the marked slots on the header; and the female pins, which are attached to the housing and act as receptacles for the male pins. The GEC18DABN-M30 is a standard header and male pin that meet a variety of design and performance requirements.

Application Field

GEC18DABN-M30 rectangular connectors offer a variety of useful applications. Generally, they are used to join two pieces of electronic equipment together, or to connect an electrical component to a PCB or other surface. As such, they are commonly used in applications such as telecommunications systems, consumer electronics, automotive systems, medical devices, and industrial components.

These connectors are also used to ensure reliable connections in harsh and dusty environments, or when dealing with power supplies of high current and voltage. Their versatile properties make them suitable for designs operating in temperatures up to +105°C and voltages up to 300V AC/DC.

Working Principle

The working principle behind GEC18DABN-M30 rectangular connectors is based on a simple but powerful design. Each connector consists of two mating parts: the header, which is attached to the wall of an electrical enclosure or other flat surface, and the male pins, which are inserted into the header’s designated slots. Once connected, the header and the pins form a reliable, secure connection that can be used to transfer energy or data.

Additionally, GEC18DABN-M30 rectangular connectors are constructed with extreme precision in order to guarantee the highest quality and reliability. They are made from robust and durable materials such as copper and plastic and are corrosion-resistant. Their highly resilient design and construction make them ideal connectors for harsh and extreme applications.