Jumper Wire Single 20 cm (Male to Male/ Male to Female/ Female to Female)

Wiring Connections:

• End 1:
  • Connector Type: Male pin
  • Usage: Insert into female headers or sockets on electronic components or boards.
• End 2:
  • Connector Type: Male pin
  • Usage: Insert into female headers or sockets on other electronic components or boards.

Power:

• Voltage Rating: Suitable for low voltage applications,  up to 12V DC.
• Current Rating: Generally handles currents up to 1A; exceeding this may cause overheating.

Input and Output:

• Input: Connects to output pins on components or microcontrollers.
• Output: Connects to input pins on components or microcontrollers.

Physical Characteristics:

• Color: Available in various colors like red, black, yellow, and blue for easy circuit identification.
• Insulation Material: Made of PVC (Polyvinyl Chloride) or similar plastic.
• Wire Material: Copper for good conductivity.
• Flexibility: Highly flexible, allowing easy placement and adjustment in tight spaces.

Technical Specifications:

• Wire Material: Copper
• Insulation Material: PVC
• Operating Temperature:  up to 80°C (176°F).
• Resistance: Low resistance for efficient signal transfer.
• Connector Type: Male header pins.

Additional Features:

• Pre-cut Length: Pre-cut to 20 cm for convenience in prototyping.
• Color Coding: Often comes in different colors to aid in circuit design and organization.
• Versatility: Can be used in various applications including breadboards, Arduino projects, and other electronic setups.

How to Use:

• Connecting Components:
  • Insert one end of the jumper wire into a female header or socket on a component.
  • Insert the other end into a female header or socket on another component.
• Using with Breadboards:
  • Place the jumper wire on the breadboard to connect different parts of your circuit.
  • Ensure that each end is securely inserted into the breadboard holes for a stable connection.
• Arduino and Prototyping:
  • Connect one end of the jumper wire to pins on an Arduino or other microcontroller.
  • Connect the other end to sensors, modules, or other peripherals as needed.
• Testing Circuits:
  • Use jumper wires to establish connections between different circuit parts and verify their functionality.

Jumper wires are a fundamental tool for building and testing electronic circuits. Their flexibility and ease of use make them ideal for quickly establishing connections between various components and prototyping setups. By choosing the right length and color, you can effectively organize and manage your circuit connections.