Product Overview
The 20cm Male-to-Female Pin-to-Hole Jumper Wires 40pcs Set is a versatile kit for prototyping, testing, and DIY electronics. Each lead has a male pin on one end and a female socket on the other, making these jumper wires perfect for connecting development boards, sensors, modules, and breadboards without soldering.
Key Features
- 40 jumper wires in assorted colors for quick identification and tidy wiring
- 20cm length provides flexible reach between components and boards
- Male-to-female connectors fit standard pin headers and socketed modules
- Durable insulated construction for repeated use during prototyping
- Reusable and easy to disconnect—ideal for iterative testing and learning
- Lightweight wires that minimize strain on headers and boards
Technical Specifications
- Quantity: 40 pieces
- Wire length: 20cm (approx.)
- Connector type: Male pin to female socket (pin-to-hole)
- Insulation: Flexible PVC (insulated leads)
- Compatibility: Standard 2.54mm pitch headers
Compatibility and Use Cases
These jumper wires are compatible with a wide range of development platforms, including Arduino, Raspberry Pi, ESP32, and other microcontrollers. They are perfect for:
- Breadboard prototyping and circuit testing
- Connecting sensors, displays, modules, and actuators
- Educational labs and electronics workshops
- Robotics and DIY maker projects
Why Choose These 20cm Male-to-Female Jumper Wires?
- Saves time: Quick plug-and-play connections speed up prototyping
- Organized builds: Assorted colors help you trace signals and power lines
- Cost-effective: Reusable wires reduce the need for soldered connections
- Reliable connections: Secure male pins and female sockets ensure stable contact
Tips for Best Results
- Match wire colors to signal conventions (e.g., red for VCC, black for GND) to avoid wiring mistakes
- Use shorter lengths when possible to reduce noise and clutter
- Inspect connectors for bent pins before inserting into headers
Note: Images are for illustration purposes only.
There are no reviews yet.