65pcs Breadboard Jumper Wire
65pcs Breadboard Jumper Wire
65pcs Breadboard Jumper Wire
65pcs Breadboard Jumper Wire

65pcs Breadboard Jumper Wire

€1.12

65pcs Breadboard Jumper Wire

Te quedan 120€ para el envío gratis

 

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Información del producto

JUMPER CABLE FEATURES:

  • Flexible
  • Type: Male-to-Male test cable
  • Color: Various colors without the option to choose (white, green, blue, red, orange, yellow, black)
  • Units: 65 units (approximate, may vary by one or two more or less)
    • 4 jumper cables of 24.50 cm - including the needle or male connector part (approximately)
    • 4 jumper cables of 18.50 cm - including the needle or male connector part (approximately)
    • 8 jumper cables of 15.50 cm - including the needle or male connector part (approximately)
    • 50 jumper cables of 11.50 cm - including the needle or male connector part (approximately) Measurements:

Uses and Advantages in Educational Robotics:

  • Perfect for making connections between development boards, sensors, and actuators.
  • Ideal for creating and connecting prototypes in educational robotics projects.
  • Promote practical understanding of electronics and programming concepts in the classroom.
  • Facilitate practical assembly and connection exercises in educational robotics classes.
  • Contribute to interactive and playful learning of fundamental robotics principles.

Facilitating the use of jumper cables in the classroom:

  • Simplicity: Jumper cables are easy to use, making it easy to connect and disconnect electronic components.
  • Visual Identification: Different colors allow for quick identification of connections, facilitating circuit comprehension.
  • Versatility: Being flexible, they adapt to various configurations, facilitating the creation of prototypes and educational projects.
  • Teaching Agility: Their use simplifies practical activities in class, allowing students to focus on key concepts.
  • Error Minimization: Reduces the possibility of incorrect connections, promoting an effective and smooth learning environment.

Benefits and Aid in Teaching Robotics:

  • Interactivity: Facilitates active participation of students in project creation, fostering practical learning.
  • Practical Application: Allows the practical application of theoretical knowledge, strengthening the understanding of electronics and programming concepts.
  • Safe Experimentation: By minimizing connection errors, it provides a safe environment for students to experiment with circuits and components.
  • Motivation: The creation of prototypes and practical projects motivates students' interest in robotics and technology.
  • Skills Development: Contributes to the development of technical skills, problem-solving, and teamwork.
65jump
17 Items
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