H3194-01

The H3194-01 is a type of terminals, PC pin receptacles, and socket connectors. It is a three-pin header designed for connecting small circuits to a host computer, such as Arduino boards. This connector is used for applications that require more than two wiring connections.

The H3194-01 suits many applications, including Arduino development boards, remote control, and electrical switches. Communication between devices requires the signal to pass through two electrically isolated pins, which provides additional safety in the connection. The pins also offer crystal-clear quality of sound and data transmissions.

The specifications of this three-pin header includes a pitch of 3.5 mm, a current rating of 1A, and voltage rating of 30V AC/50V DC. Further, the H3194-01 features a stainless steel shell with an acrylic coating developed for complete protection against corrosion, oxidation, and other environmental conditions.

In addition to this, the H3194-01 also has an anti-dust design that helps to prevent dust from entering the port, thereby avoiding potential errors and providing higher reliability. The connector also has an IP65 protection rating, making it suitable for use in all weather conditions.

The working principle of the H3194-01 is quite simple. It involves two parts - the socket and the pin. The pin is made up of two wire strands which are connected to each other by a covering. Then the socket is inserted into the pin which allows the connection between the two devices.

After the connection is established, the signal or data can be delivered across the connection and between the two components. Then, the device at the other end receives the signal, ultimately transferring it to the intended recipient.

The H3194-01 is an ideal connector for applications that require more than two wires for connection. Its stainless steel protective coating ensures that the connection is not affected by environmental conditions. In addition, the anti-dust design helps to keep dust from entering the port, thereby providing higher reliability.