852-90-040-30-001000

852-90-040-30-001000, belonging to the series of rectangular connectors, is one of the newest designs in the field. These rectangular connectors are classified as headers, male pins connectors. They are suitable to be used in various occasion such as industrial and automotive applications.

These 852-90-040-30-001000 headers have a unique characteristics compared to regular rectangular Connectors. They are composed of a pair of mating bodies, one male and the other female. The casing of the connectors can be made of polyethylene, fibreglass, or plastic. As a result, they are strong and durable and can handle high current, which makes them suitable for high current applications. Moreover, they have anti-corrosion properties which effectively protect the pins and contacts.

The working principle of these 852-90-040-30-001000 connectors is very simple. It uses a pair of mating pins that can be fully inserted into the connectors to form a complete electrical connection. When the two pins are connected, an electric current is created which is used to power up the device. As the pins are inserted into the female part, the contact between the two pins is established. This allows the electrical current to flow through the contact and into the device.

The 852-90-040-30-001000 connectors are widely used in a variety of applications. For example, they are suitable for automotive, industrial, medical, and consumer electronics. They can be used in a number of ways, such as connecting components in an electronic circuit, power supply systems, and a backbone of communication systems. Additionally, they are also used in robotic and special equipment to connect sensors, switches, and actuators.

In conclusion, the 852-90-040-30-001000 connectors are one of the latest designs in the field of rectangular connectors. They are classified as headers, male pins connectors and are suitable for a variety of applications. The working principle relies on a pair of mating pins, which establishes an electric current to power up the device when inserted. Therefore, they are widely used in automotive, industrial, medical, and consumer electronics.