Connector Terminal Socket DIP Type 2*3 Pin Header

1. Basic Overview

The Socket DIP Type 2*3 PIN Header is a dual in-line package (DIP) connector featuring 2 rows of 3 pins each, totaling 6 pins. This type of connector is widely used in electronic circuit boards (PCBs) for connecting various components.

2. Pin Configuration

• Pin Arrangement: Double-row inline with 3 pins per row, providing a total of 6 pins for electrical connection.
• Pin Pitch: Typically 2.54mm (0.1 inch), a standard pitch for DIP connectors, facilitating easy installation and compatibility with standard PCB footprints.

3. Materials & Construction

• Pin Material: Made from high-conductivity material such as copper alloy, often plated with gold, nickel, or other metals for improved conductivity, corrosion resistance, and durability.

4. Electrical Performance

• Current Carrying Capacity: The pins are designed to carry a certain amount of current, which varies based on the material and plating. Always refer to the product specifications for accurate ratings.
• Voltage Rating: The connector and its pins are engineered to withstand a specified voltage range, ensuring safe and reliable operation within electronic circuits.

5. Application Areas

• The Socket DIP Type 2*3 PIN Header is ideal for various electronic applications, including but not limited to computers, communication devices, consumer electronics, and industrial automation systems. It serves as a crucial interface for signal transmission and power distribution between PCB components.

6. Product Features

• Easy Installation & Removal: DIP connectors are known for their straightforward installation and removal processes, simplifying maintenance and replacement tasks.
• High Reliability: Designed and tested to meet strict quality standards, these connectors offer reliable performance in diverse operating environments.
• Standardized Design: Adhering to standard DIP pin pitch and footprint dimensions, the connector ensures compatibility with a wide range of PCBs and electronic components.