501876—2.0mm Pitch Right Angle DIP Pin Header

Specifications

Material

Package Type

tape and reel‌、 ‌tube packaging‌、Tape and Reel Package

Note For Wafer Connectors, FPC Connectors, FAKRA Connectors, and HSD Connectors, please contact customer service to confirm the final packaging method based on product specifications, size, and quantity requirements.

Drawing/Model

Product Features

1. Right-angle through-hole construction. The 90° body lets wires and mating connectors exit parallel to the board, freeing vertical space and letting you place the header at the enclosure edge for cleaner cable management.

2. Reinforced PA66 GF25 insulator. Glass-filled nylon keeps the housing dimensionally stable under soldering heat and mechanical load, so pin alignment stays true across assembly and rework.

3. H65 brass terminals with nickel-underplate matte tin. The nickel barrier blocks base-metal diffusion while the matte tin surface gives reliable, low-void solder joints and dependable shelf life — a proven plating stack for cost-sensitive, high-volume builds.

4. Board-edge signal and light-power delivery. With a 1.0A per-pin rating at 100V, the header bridges microcontrollers, sensors, and peripheral modules without crowding the layout.

5. Stable contact, clean insulation. A 20 mΩ maximum contact resistance and 1000 MΩ minimum insulation resistance keep signals quiet and leakage negligible across the operating range.

6.  Natural-color UL94V-0 body. The unfilled natural housing meets flame-safety class without pigments, simplifying material compliance.

7. The 2.0mm pitch right angle DIP pin header pairs with standard 2.0mm female sockets and IDC interfaces for pluggable, serviceable links.

Application Scenarios

1. Industrial control boards. PLC and sensor interface cards use the right-angle DIP header to bring I/O and communication lines to the board edge, where through-hole strength withstands panel vibration and repeated field servicing.

2. Consumer and appliance modules. Set-top boxes, small appliances, and white-goods controller boards route power and signal to side-facing connectors through this header, keeping internal stacking height low.

3. Test, debug, and programming interfaces. Development and production fixtures rely on the 2.0mm male header as a robust, hand-solderable pin field for JTAG, UART, and SWD access that survives constant connect-disconnect cycles.

4. Power and signal distribution. Modules that split regulated rails or bus lines to daughter cards use the header's board-edge exit to keep wiring short and organized.

5. The 2.0mm pitch right angle DIP pin header is the practical interconnect wherever a side-exit, mechanically secure, through-hole link matters more than minimum z-height.

Why Choose [501876] 2.0Pitch Right Angle Pin Header

1. Through-hole reliability — the 2.0mm pitch right angle DIP pin header anchors each pin through the board for mechanical strength that surface-mount styles cannot match under vibration or pull force.

   
   

2. Proven plating stack — H65 brass with nickel underplate and matte tin delivers solderable, oxidation-resistant terminals suited to high-volume, cost-sensitive production.

   
   

3. Thermal and flame safety — PA66 GF25 housing and UL94V-0 rating hold up through lead-free soldering and meet flame-safety expectations.

   
   

4. Broad operating window — a −40 °C to +105 °C range covers industrial, automotive-adjacent, and consumer environments.

   
   

5. Ecosystem compatibility — standard 2.0mm pitch mates with common female sockets and IDC cables, so sourcing and replacement stay straightforward.

FAQs

Q: What is the difference between a 2.0mm pitch right angle DIP pin header and an SMT header?

A: The right angle DIP (through-hole) version solders pins through the PCB for stronger mechanical retention and easier hand assembly, while SMT headers sit on the surface for automated, space-saving reflow. Choose DIP when vibration resistance or serviceability matters more than minimum height.

Q: Are the terminals on the 2.0mm pitch right angle DIP pin header gold or tin plated?

A: Terminals use H65 brass with a nickel underplate (minimum 30 µin) and matte tin finish (minimum 100 µin). This tin-over-nickel stack is the cost-effective, solderable choice for general-purpose and high-volume use; it is not gold-flash plated.

Q: What mating connector works with the 2.0mm pitch right angle DIP pin header?

A: It pairs with standard 2.0mm-pitch female sockets, box headers, and IDC ribbon connectors. Confirm row count and pin count match your layout; the cross-reference part 501876 can be used to align with your existing BOM.

Q: Can the 2.0mm pitch right angle DIP pin header handle industrial temperature ranges?

A: Yes. It is rated for −40 °C to +105 °C and an 800V AC withstanding voltage for one minute, with 1000 MΩ minimum insulation resistance, supporting industrial and demanding consumer applications.