180-80-432-00-001101

Rectangular Connectors – Headers, Specialty Pin – encapsulate a range of interconnects including the 180-80-432-00-001101 application field. This application field provides a number of specialized applications that operate over a variety of signal paths. This article explores the working principles of the 180-80-432-00-001101 application field.

General Overview

A rectangular connector – Header, Specialty Pin – is an electrical device that serves the purpose of receiving and transmitting electrical signals from one port to another. It features a number of different pins which establish contact between the two physical ports. The connector is made of a metal or plastic material, and the individual pins are connected to the corresponding port via solder joints. The most common example of this type of application is found in electronics, where it serves as a versatile and reliable interconnection.

180-80-432-00-001101 Application Field

The 180-80-432-00-001101 application field is a type of rectangular connector – header, specialty pin – that utilizes two opposing through-hole contacts for electrical signal transmission. This interface has the advantage of providing a reliable and reliable interconnection that can be easily disconnected, allowing for a wide range of applications. It features stainless spring contacts with an anti-friction hole and a stainless steel shield that covers the connector from environmental effects. It also features a high-temperature tolerance – up to 250C – and a high-pressure tolerance – up to 10,000 psi.

Working Principle

The working principle of the 180-80-432-00-001101 application field leverages two opposing through-hole contacts for electrical signal transmission. This contact is encouraging a reliable and reliable interconnect. The contact frames reference the contacts and they each can contain up to four pins. The contact frame is mounted into the enclosure, and the other half is the female contact frame is mounted to the mating part. The contacts are then connected together via solder joints.

The contacts, as well as the contact frames, are designed to ensure a reliable electrical connection. This is done by features such as the contact geometry, contact spring action, and contact spring pressure. These features ensure that the contacts remain in contact with the enclosure, and if any external forces are present, the contact moves and stays seated in the enclosure.

Once the electrical signal is established through the contacts, it is transferred as an electrical signal between the two ports. This is in turn converted into the desired signal by the circuits within the connector. Depending on the application, this signal may be transferred in either analog or digital form.

Conclusion

The 180-80-432-00-001101 application field is a type of rectangular connector – header, specialty pin – that utilizes two opposing through-hole contacts for electrical signal transmission. It features stainless spring contacts with an anti-friction hole and a stainless steel shield that cover the connector and protect it from environmental effects. It also features a high-temperature tolerance and a high-pressure tolerance. The working principle of the 180-80-432-00-001101 application leverages two opposing through-hole contacts for electrical signal transmission, and it is converted into the desired signal by the circuits within the connector.