326-83-117-41-002101

Rectangular Connectors - Headers, Receptacles, Female Sockets

The targeted application field and working principle of 321-83-117-41-002101 rectangular connectors includes a type of device used to connect wires to electrical components or to join electrical circuits. The general structure of a rectangular connector is composed of a pair of headers and receptacles connected to each other at a predetermined angle.

For the 321-83-117-41-002101 rectangular connector, the header describes the two pieces of the connector that links together while the receptacle is the part that connects the components. Generally, distributors for the 321-83-117-41-002101 rectangular connector design them with female sockets for use in custom assemblies.

For the purpose of contact arrangement, the 321-83-117-41-002101 rectangular connector comes in two two distinct patterns - single row and dual row, Flat-cable and box headers. Additionally, depending on the preferred application field, the numbering system, used to specify contact arrangements, differs from manufacturer to manufacturer.

Regarding the numbering system – for the 321-83-117-41-002101 rectangular connector, it follows the NEMA standard, using a 42 numbers structure. The number given to the connector corresponds to the number of total contacts, where each separator (dash) indicates how many spaced positions, and therefore contacts, are included in each group. To describe for example the 031-82-108-41-007006 rectangular connector, the code would be read as 03 total positions, 1 spaced in the first group, 8 in the second, 10 for the third, 4 in the fourth and 7 in the fifth.

To understand the contact arrangement and to avoid confusion many reputable manufacturers nowadays provide manuals or drawings that illustrate the contact position as well as the full set of specifications for the 321-83-117-41-002101 rectangular connector.

Technical Data and Interface Characteristics

Technical data and interface characteristics of the 321-83-117-41-002101 rectangular connector depend on the overall design of the device, material of the contacts, dielectric properties and performance.

In terms of contacts, 321-83-117-41-002101 rectangular connectors are usually designed either with gold or silver plated copper materials. The gold plating is made for a higher contact surface resistance and more reliable contacts while silver is intended towards low resistance connections.

Regarding the dielectric properties of the 321-83-117-41-002101 rectangular connector, insulated jackets or chemical treatments are usually used as a means of protection. The insulated jackets may be plastic, metal or fiber-optic as well as different kinds of resin and epoxy materials.

Performance wise, it is important to take into account two main categories - Voltage rating and Current rating of the 321-83-117-41-002101 rectangular connector. For new projects, voltage rating should be checked, to make sure the connector is rated for the maximum voltage the device will encounter while current rating is also important to indicate the amperage of the project.

Cost Reduction Strategies

To save cost and reduce product manufacturing time, it is beneficial to use 321-83-117-41-002101 rectangular connectors with multiple ports and I/Os and terminals along with customizable cables and accessories. Another cost reduction strategy is a use of part substitutions, allowing designs to be completed faster.

The 321-83-117-41-002101 rectangular connector is an excellent solution for both consumer and commercial applications such as industrial automation, communications, automotive, and consumer electronics environments. This type of connector offers many features such as compatibility between products from different manufacturers, commonality of the parts, high performance characteristics, as well as low cost and easy installation.

Conclusion

321-83-117-41-002101 rectangular connectors are widely used in various applications and their performance, material, and interface characteristics are essential for successful product development and successful project completion. To be cost and time efficient, many strategies can be implemented to make the development process faster.