1.00mm Pin Header Double Row 180 Degree Connectors

Double row 180 degree connector

There are various types of Pin Header Connectors available in the market, each designed for specific applications and requirements. Here are some commonly used types:

1. Single Row Pin Headers: These connectors consist of a single row of pins arranged in a linear configuration. They are commonly used for simple connections between PCBs or devices.Round connector

2. Dual Row Pin Headers: Dual row pin headers have two parallel rows of pins, providing a higher pin density and increased connectivity options. They are often used in applications that require more connections within a limited space.

3. Right-Angle Pin Headers: Right-angle pin headers have pins that extend perpendicular to the connector body. They are suitable for applications where space is limited, and the connection needs to be made at a right angle to the PCB.

4. Surface Mount Technology (SMT) Pin Headers: SMT pin headers are designed for surface mounting onto a PCB. They have flat contacts underneath the body, allowing for automated assembly using reflow soldering techniques. SMT pin headers are commonly used in compact electronic devices.

5. Through-Hole Pin Headers: Through-hole pin headers have leads (pins) that are inserted through drilled holes in the PCB and then soldered on the opposite side. They are widely used in applications that require strong mechanical stability and reliability.

6. Stackable Pin Headers: Stackable pin headers have extended pins on the top and bottom, allowing them to be vertically stacked and connected, providing multiple levels of connections on a single PCB.

7. Shrouded Pin Headers: Shrouded pin headers have plastic housings or shrouds that surround the pins, providing protection against electrical shorting, mechanical damage, and misalignment. They are commonly used in high-density applications and can offer additional features like polarization and keying.

8. IDC (Insulation Displacement Connectors) Headers: IDC headers use insulation displacement technology to make connections without the need for stripping wire insulation. They are often used in applications where quick and reliable wire-to-board connections are required.