GT17HSK-4S-HU(6.8)

The GT17HSK-4S-HU (6.8) is a pluggable connector, which is used for power, signal, and data transmission in a wide variety of electrical applications. It is commonly found in industrial machinery, consumer electronics, and home appliances. The connector is made up of two parts: a plug that fits into the socket and a socket that is attached to the external device. The two parts must fit together correctly in order to maintain a good electrical connection.

The GT17HSK-4S-HU (6.8) is a four-pole, six-terminal device with a range of 6.8A continuous. It has two power terminals, two signal terminals, and two ground terminals. The power terminals provide the power, while the signal terminals facilitate the transfer of data or other signals. The ground terminals allow the connector to be connected to a ground plane or ground strap, which helps to eliminate interference and prevent damage to the device.

The GT17HSK-4S-HU (6.8) has a wide variety of applications. It can be used to connect appliances, personal computers, and other electrical devices, and can be found in home theater systems, automotive components, and industrial machinery. It is also commonly used in consumer electronics such as video game consoles and televisions. Its versatile and robust design makes it well-suited for a variety of applications.

The GT17HSK-4S-HU (6.8) is designed with a wide range of features to ensure reliable operation. It features a dielectric withstand voltage of 250Vac, a current rating of 6.8A and a temperature range of -55˚C to +85˚C. It also features a touch-safe plug and socket connection which ensures that it is safe to use or handle. The plug is designed with four pins which fit the socket to ensure a secure connection. The plug has self-latching requirements to ensure that it remains securely seated. The plug also has a protective socket cover to prevent shock and ensure safety.

The working principle of the GT17HSK-4S-HU (6.8) is simple and straightforward. It features two contact points which allow current to flow in both directions. When the connector is plugged in, the two contact points make contact with each other, completing the circuit and allowing power, data, or other signals to flow through. When the connector is unplugged, the contact points are disconnected, breaking the circuit and preventing any further flow.