416-83-256-41-013101

Rectangular connectors, including headers, receptacles, and female sockets, are key components in many electrical and electronic systems. They ensure secure transmission of electricity and communication signals between two or more contact points. The 416-83-256-41-013101 application field and working principle is an important part of the knowledge base necessary for engineers and technicians to understand their intended and proper use.

Rectangular connectors can be broken down into two distinct categories: metal and non-metal. Connectors with metal contact points are known as male headers, female receptacles, and female sockets. Connectors with non-metal contact points are referred to as female connectors. In each of these categories, there is a wide variety of configurations and sizes available on the market, so it is important for engineers and technicians to understand how they work and which connector type best suits their needs.

The 416-83-256-41-013101 application field is best suited for medium- to low-power electrical applications. It is made of plastic material with metal contact points, and it is designed to be used for communication signals. It has an insertion force that ranges from 3 to 7 N, and a total of 25 contact points. In addition, the connector is rated to a temperature range of -40°C to +125°C.

The working principle of the 416-83-256-41-013101 is similar to other rectangular connectors. In order to ensure a secure connection, the male header is inserted into the female receptacle. Once the contact points are engaged, the insertion force will secure the connector in place. The contact points are then used to transmit electricity and communication signals between the two connected devices. In order to ensure that the connection remains secure, it is important to use a connector with the correct size and configuration for the intended application.

The 416-83-256-41-013101 is just one type of rectangular connector available on the market. While it is best suited for medium- to low-power applications, there are more powerful options available for those who need them. It is important to understand the application field and working principle of each type of connector in order to choose the best option for the intended project. By doing so, engineers and technicians can ensure that their projects work as intended and communicate reliably at all times.