0039000428-02-A4-D

The 0039000428-02-A4-D is a type of jumper wire or pre-crimped lead, also referred to as jumper plate, being used in various electronic application fields. It saves users from the tedious process of soldering and makes it possible to interconnect components quickly and accurately. This type of connector usually consists of two blades, a pip-pin, and two rivets. The two blades and the pip-pin are typically connected and held together by the two rivets.

The application field of the 0039000428-02-A4-D is fairly broad, with its main uses in the industrial, automation, and communication fields. In the industrial field, the connector is widely used for the wiring and connection of electrical and mechanical parts of various apparatus. In the automation field, it is used for connecting logic components to create and control various types of machines. In the communication area, the connector is mainly used for the wiring of transmission and reception devices like antennas.

The main structure of the 0039000428-02-A4-D consists of the two blades, the pip pin, and the two rivets. The two blades are usually made of machined and hardened stainless steel tools, which makes them very durable but also relatively difficult to work with. The pip pin is typically made of copper or brass and allows for the secure and reliable connection of two blades. The two rivets are usually made of aluminum and they hold the blades and the pip pin together.

The working principle of the 0039000428-02-A4-D is fairly straightforward. Once the rivets are tightened, the two blades are securely held together. The pip pin then provides an electrical connection between the two blades, allowing for the connection of electronic components. The pins also provide excellent electrical insulation, ensuring reliable and safe connections.

The 0039000428-02-A4-D is a great connector choice for many different types of applications. It is easy to install and provides fit and fast connection. It is also very durable and reliable, making it a great choice for a variety of electronic challenges.