BinKey

male-headers-consolidated

6 min read

Important Note

This entire repo was AI created - including all of the data within. The intent was to A) help me with my personal electronics inventory; and B) see how I could use AI to make that process a bit easier. DO NOT TRUST!

Male Headers - Complete Collection

Overview

This consolidated page provides a comprehensive overview of all male header types in the inventory. Individual detailed pages remain available for specific components, but this page serves as a central reference for all male header variants, their locations, and applications.

Collection Summary

Total Inventory

  • Total Quantity: 130+ pieces across all types
  • Cabinet: Cabinet-3 (primary location)
  • Bin Range: Bins 45, 59, 62 (various sections)
  • Types: 4 distinct categories
  • Pitch: 0.1” (2.54mm) standard spacing

Individual Component Categories

1. Single Row Male Headers - Various Lengths

  • Location: Cabinet-3, Bin 62
  • Type: Standard single row male headers
  • Quantity: 50+ pieces in various lengths
  • Configuration: Single row, 2-40 pins
  • Applications: PCB interfaces, breadboard prototyping, sensor connections, Arduino projects
  • Individual Page: single-row-male-headers-01-various

2. Dual Row Male Headers - Various Lengths (Primary)

  • Location: Cabinet-3, Bin 59, Bin 63
  • Type: High-density dual row headers
  • Quantity: 50+ pieces in various lengths
  • Configuration: Dual row (2xN), 4-40 pins
  • Applications: Raspberry Pi GPIO, Arduino shields, development boards, ISP programming
  • Individual Page: dual-row-male-headers-01-various

3. Dual Row Male Headers - Additional Stock (Bin 62)

  • Location: Cabinet-3, Bin 62
  • Type: Additional dual row header stock
  • Quantity: 50+ pieces in various lengths
  • Configuration: Dual row (2xN), 4-40 pins
  • Applications: Same as primary stock, provides overflow capacity
  • Individual Page: dual-row-male-headers-01-various-bin62

4. Single Row Male Stacking Headers

  • Location: Cabinet-3, Bin 45, Section B
  • Type: Stackable male headers
  • Quantity: 30+ pieces
  • Configuration: Single row stacking, 6-40 pins
  • Applications: Arduino shield stacking, Raspberry Pi HATs, modular systems
  • Individual Page: single-row-male-stacking-headers

Quick Reference by Application

Arduino Projects

  • Shields: Dual row headers (Bin 59, 62), single row stacking (Bin 45-B)
  • Prototyping: Single row headers (Bin 62)
  • Expansion: Single row stacking (Bin 45-B)
  • Custom Boards: All types depending on requirements

Raspberry Pi Projects

  • GPIO Headers: Dual row 40-pin (Bin 59, 62)
  • HAT Stacking: Single row stacking (Bin 45-B)
  • Breakout Boards: Single row headers (Bin 62)

Development & Prototyping

  • Breadboard: Single row headers (Bin 62)
  • PCB Interfaces: All types depending on pin count
  • Module Connections: Single row (Bin 62), dual row (Bin 59, 62)

Programming & Debug

  • ISP Programming: Dual row 6-pin, 10-pin (Bin 59, 62)
  • JTAG/SWD: Dual row headers (Bin 59, 62)
  • Debug Interfaces: Various configurations

Pin Count Quick Reference

Single Row Headers (Bin 62)

  • 2-pin: Power connections, simple signals
  • 3-pin: Servo connections, basic sensors
  • 4-pin: I2C, UART with power
  • 6-pin: ISP programming, extended sensors
  • 8-pin: IC replacement, development headers
  • 10-pin: Standard development interfaces
  • 16-pin: Extended interfaces
  • 20-pin: High density applications
  • 40-pin: Maximum single row density

Dual Row Headers (Bin 59, 62)

  • 4-pin (2x2): Compact power/signal
  • 6-pin (2x3): ISP programming
  • 8-pin (2x4): Extended interfaces
  • 10-pin (2x5): Standard programming
  • 16-pin (2x8): Development headers
  • 20-pin (2x10): Extended GPIO
  • 26-pin (2x13): Ribbon cable interfaces
  • 40-pin (2x20): Raspberry Pi GPIO

Stacking Headers (Bin 45-B)

  • 6-pin: Small modules, sensors
  • 8-pin: Basic shields, breakout boards
  • 10-pin: Standard development headers
  • 20-pin: Raspberry Pi GPIO extensions
  • 40-pin: Full GPIO, large shields

Technical Specifications Summary

Standard 0.1” Pitch Headers

  • Voltage Rating: 250V AC/DC (typical)
  • Current Rating: 3A per pin (typical)
  • Contact Resistance: <20mΩ
  • Operating Temperature: -40°C to +85°C
  • Insulation: >1000MΩ resistance
  • Pin Material: Brass with gold plating
  • Insulator: Black plastic (nylon/PBT)

Common Applications by Type

Single Row Headers (Bin 62)

  • Breadboard Prototyping: Direct insertion compatibility
  • Sensor Interfaces: Power and signal connections
  • Module Connections: Standard module interfaces
  • Custom PCBs: Space-efficient connections
  • IC Replacement: Socket alternatives for testing

Dual Row Headers (Bin 59, 62)

  • High Pin Density: Maximum pins in minimum space
  • GPIO Interfaces: Raspberry Pi, Arduino Mega
  • Development Boards: Custom board-to-board connections
  • Programming Headers: ISP, JTAG, SWD interfaces
  • Shield Connections: Arduino and compatible shields

Stacking Headers (Bin 45-B)

  • Shield Stacking: Arduino shield systems
  • HAT Connections: Raspberry Pi HAT stacking
  • Modular Systems: Multi-level assemblies
  • Development: Prototype expansion capability

Compatibility Matrix

Female Headers

  • Standard 0.1”: Compatible with all male headers
  • Stacking: Requires appropriate female stacking headers
  • Breadboard: Single row headers fit standard breadboards

Development Boards

  • Arduino Uno/Nano: Single row (Bin 62), dual row (Bin 59, 62)
  • Arduino Mega: Dual row 40-pin (Bin 59, 62)
  • Raspberry Pi: Dual row 40-pin (Bin 59, 62), stacking (Bin 45-B)
  • Custom Boards: All types depending on design

Cables & Connectors

  • Dupont Wires: Single row headers (Bin 62)
  • IDC Cables: Dual row headers (Bin 59, 62)
  • Ribbon Cables: Dual row headers with appropriate pin counts

Selection Guide

Choose by Application

  1. Breadboard Prototyping: Single row headers (Bin 62)
  2. Arduino Shield: Dual row headers (Bin 59, 62) or stacking (Bin 45-B)
  3. Raspberry Pi GPIO: Dual row 40-pin (Bin 59, 62)
  4. Sensor Connection: Single row 3-4 pin (Bin 62)
  5. Programming Interface: Dual row 6-10 pin (Bin 59, 62)
  6. Modular System: Stacking headers (Bin 45-B)

Choose by Pin Count

  • 2-4 pins: Power, sensors → Single row (Bin 62)
  • 6-10 pins: Programming, interfaces → Dual row (Bin 59, 62)
  • 16-20 pins: Development headers → Dual row (Bin 59, 62)
  • 40 pins: Full GPIO → Dual row (Bin 59, 62)
  • Stacking needs: Any pin count → Stacking (Bin 45-B)

Choose by Space Constraints

  • Compact PCB: Single row headers (Bin 62)
  • High Pin Density: Dual row headers (Bin 59, 62)
  • Multi-level: Stacking headers (Bin 45-B)

Stock Management

Primary Locations

  • Bin 45-B: Stacking headers (30+ pieces)
  • Bin 59: Primary dual row stock (50+ pieces)
  • Bin 62: Single row + additional dual row (100+ pieces)

Usage Strategy

  • Single Row: Use Bin 62 for all single row needs
  • Dual Row Primary: Use Bin 59 for initial dual row needs
  • Dual Row Overflow: Use Bin 62 when Bin 59 is depleted
  • Stacking: Use Bin 45-B for all stacking applications

Inventory Benefits

  • High Availability: 130+ total pieces across all types
  • Redundancy: Dual stock of dual row headers
  • Variety: Complete range from 2-pin to 40-pin
  • Flexibility: Multiple configurations for any application

Common Pin Configurations

Power Connections

  • 2-pin: VCC, GND
  • 3-pin: VCC, GND, Signal (servo style)

Communication Interfaces

  • 4-pin I2C: VCC, GND, SDA, SCL
  • 4-pin UART: VCC, GND, TX, RX
  • 6-pin SPI: VCC, GND, MISO, MOSI, SCK, CS

Programming Interfaces

  • 6-pin ISP: MISO, VCC, SCK, MOSI, RESET, GND
  • 10-pin SWD: VCC, SWDIO, GND, SWCLK, GND, TDO, GND, TDI, GND, RESET

Tags

headers, connectors, male, consolidated, collection, single-row, dual-row, stacking, 0.1-spacing, arduino, raspberry-pi, prototyping cabinet-3 status-available

Notes

This consolidated page provides a complete overview of all male header types in the inventory. Each component type has its own detailed page with comprehensive specifications, applications, and technical information. Use this page for quick reference and selection, then refer to individual pages for detailed implementation guidance. The collection is well-organized across Cabinet-3 with clear bin locations for easy access. With 130+ pieces total, including redundant stock of dual row headers, this collection provides excellent coverage for all male header needs. Maintain stock levels of common types (single row 2-4 pin, dual row 6-40 pin) as these are frequently used in projects.

Graph View

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