PRPN071PARN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

PRPN071PARN is a connector system, which belongs to the category of Rectangular Connectors. PRPN071PARN are designed to be used in applications which require a secure and reliable mechanical connection between two parts with the addition of an electrical connection between them. This type of connector typically has two types of components, headers and male pins.

Headers are the components of the PRPN071PARN connector which provide the physical interface for connecting the two parts. They are typically made of a thermoplastic material and feature a number of pins which act as the electrical contact between the two parts. The design of the pins for this particular application allows for a wide range of application types including power, signal, and data transmission.

Male pins are the components which are fitted into the header component of the connector to form the electrical connection between the two parts. This type of component is typically made of a metal alloy and has a number of contact points which make contact with the pin arrangement on the header. The contact points on the male pins are typically soldered into the header using a soldering iron.

Once the two parts have been connected with the PRPN071PARN connector system, they can communicate with one another electronically. This communication can be done through a variety of means including analog or digital transmissions. Examples of this would be connecting a mobile phone to a computer or a printer to a computer.

The PRPN071PARN connector system is a reliable and secure way to join two electronic components together. This type of application is very useful in a variety of situations where a solid electrical connection needs to be made between two parts. It is also very flexible in its application and can be used for a wide range of applications. The PRPN071PARN connector system can also be used in harsh environments as it is designed to operate in temperatures ranging from -40°C to +85°C.

The specific data is subject to PDF, and the above content is for reference