Shop Logo
Search your product from here
Product image
 - Thumbnail 1
 - Thumbnail 2
 - Thumbnail 3
 - Thumbnail 4
1 / 4

13x2 Pin Female Header

5.0(1 review)
SKU: ME-419
JD0.50
Out Of Stock

The 13x2 Pin Female Header (26-Pin) is a 0.1" (2.54mm) pitch dual-row socket designed to mate directly with the Raspberry Pi GPIO header. Perfect for building custom add-on modules, HATs, breakout boards, and prototyping shields, it provides a secure, solderable connection for your Raspberry Pi projects. Compatible with Raspberry Pi Model A, B, B+, 2, 3, 4, and Zero (first 26 GPIO pins) — ideal for makers, students, and electronics hobbyists.

موصل الهيدر الأنثوي 13×2 طرف (26 طرف) هو مقبس مزدوج الصف بمسافة 0.1 إنش (2.54 ملم) مصمم للتوصيل المباشر مع منفذ GPIO للراسبيري باي. مثالي لبناء مودولات إضافية مخصصة، شيلدات HAT، لوحات breakout، وألواح النماذج الأولية، ويوفر اتصالاً موثوقاً وقابلاً للحام لمشاريع الراسبيري باي. متوافق مع Raspberry Pi Model A وB وB+ و2 و3 و4 وZero (أول 26 طرف GPIO) — مثالي للصناع والطلاب وهواة الإلكترونيات.

Sockets & Plugs

The 13x2 Pin Female Header (26-Pin Dual Row) is an essential component for anyone building custom Raspberry Pi add-on modules, HATs, breakout boards, or prototyping shields. With its standard 0.1" (2.54mm) pitch and dual-row layout (2 rows of 13 pins), this header is designed to mate perfectly with the original 26-pin Raspberry Pi GPIO header found on Pi Models A, B, B+, and the first 26 pins of the 40-pin GPIO header on Pi 2, 3, 4, and Zero.

This female socket header allows you to design and build professional-quality add-on boards that simply plug onto the Raspberry Pi's male GPIO pins — no soldering wires directly to the Pi, no fragile breadboard connections, and no risk of mismatched pin alignments. The result is a clean, secure, and reusable connection between your custom hardware and the Raspberry Pi — exactly the way commercial HATs and shields are designed.

The header features high-quality plated through-hole (PTH) pins that solder cleanly into any standard 0.1"-pitch PCB, including Perma-Proto boards, custom-designed PCBs, perfboards, and prototyping shields. The plastic insulator body is heat-resistant and holds the pins securely in place during and after soldering, while the gold or tin-plated contacts provide reliable, low-resistance electrical connections that withstand many insertion and removal cycles.

This is a standard component used in countless DIY Raspberry Pi projects, including:

  • Custom Raspberry Pi HAT designs
  • Sensor and module breakout boards
  • Display drivers and OLED/TFT add-ons
  • Motor driver shields for robotics
  • Audio DAC and amplifier modules
  • GPIO expansion boards
  • Educational kit assemblies

Whether you're soldering it onto an Adafruit Perma-Proto board, designing a custom PCB in KiCad or EAGLE, or repairing an existing add-on board, this 13x2 female header is a foundational component that every Raspberry Pi maker should have on hand.

Note: This header connects to the first 26 GPIO pins of any Raspberry Pi. For Pi models with 40-pin GPIO headers (Pi 2, 3, 4, Zero, Zero W, Zero 2 W), this header will only access the first 26 pins — sufficient for most general-purpose projects. For full 40-pin access, use a 20x2 (40-pin) female header instead.

 

Specifications

  • Type: Female Header / Socket Header
  • Configuration: 2 rows x 13 pins (26 pins total)
  • Pitch (Spacing): 0.1" (2.54mm) — Standard
  • Mounting Type: Through-Hole (PTH)
  • Pin Material: Copper alloy
  • Plating: Tin or gold-flash (typical)
  • Insulator Material: Heat-resistant plastic
  • Compatibility:
    • Raspberry Pi 26-pin GPIO header (Models A, B)
    • First 26 pins of 40-pin GPIO header (Models B+, 2, 3, 4, Zero, Zero W, Zero 2 W)
    • Standard 2.54mm male pin headers
    • 26-pin GPIO ribbon cables
  • Polarity: Non-keyed (matches GPIO pin layout based on PCB design)

 

Applications

  • Custom Raspberry Pi HAT and add-on board design
  • Raspberry Pi prototyping shields
  • Perma-Proto board assemblies
  • Sensor breakout boards for Pi GPIO
  • Display modules (OLED, TFT, e-ink) for Raspberry Pi
  • Motor driver and robotics control boards
  • Audio DAC and amplifier shields
  • Custom GPIO expander modules
  • Educational STEM kits and university projects
  • Maker, hobbyist, and DIY electronics projects
  • Industrial control prototypes based on Raspberry Pi
  • IoT gateway and smart home hub boards
  • Replacement headers for damaged or worn-out prototype boards
  • Custom Raspberry Pi cases with internal expansion boards
  • Test fixtures and development jigs
  • Multi-board stacking project
Loading...
Loading...
Loading...
Loading...