KCL and KVL ( Kirchoff's law)

KCL and KVL ( Kirchoff's law)

Product Details:

  • Usage For demonstration of Kirchhoffs Current and Voltage Laws in Physics/Electronics labs
  • Display Analog display using digital/analog voltmeters and ammeters (not included)
  • Power No power required for the board; uses external battery source during experiments
  • Voltage Operates with external voltage sources up to 12 V DC (as used in typical laboratory settings)
  • Product Type Educational Physics Apparatus
  • Material High-quality acrylic base with printed circuit pathways; brass sockets
  • Design Compact, flat board design with clearly marked circuits for easy connection
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KCL and KVL ( Kirchoff's law) Price And Quantity

  • 1 Unit
  • White base with colored circuit markings
  • Durable 2 mm/4 mm brass terminals for wire connections
  • Ideal for classroom, laboratory practice and competitive exam demonstrations
  • Room temperature, indoor use
  • Instruction manual included, meters and cells to be used externally
  • Safe for high school and undergraduate laboratory use
  • Pre-assembled circuit tracks for easy demonstration of both KCL and KVL
  • Wipe clean with dry cloth; avoid moisture exposure

KCL and KVL ( Kirchoff's law) Product Specifications

  • No power required for the board; uses external battery source during experiments
  • Analog display using digital/analog voltmeters and ammeters (not included)
  • Educational Physics Apparatus
  • For demonstration of Kirchhoffs Current and Voltage Laws in Physics/Electronics labs
  • Not Applicable (No external detector required)
  • Operates with external voltage sources up to 12 V DC (as used in typical laboratory settings)
  • Approx. 400 grams
  • Standard educational model, approximate size 300 mm x 250 mm x 20 mm
  • External battery or DC power supply (not included)
  • Compact, flat board design with clearly marked circuits for easy connection
  • Not Applicable (Non-powered apparatus)
  • High-quality acrylic base with printed circuit pathways; brass sockets
  • High sensitivity for current and voltage law demonstrations
  • White base with colored circuit markings
  • Durable 2 mm/4 mm brass terminals for wire connections
  • Ideal for classroom, laboratory practice and competitive exam demonstrations
  • Room temperature, indoor use
  • Instruction manual included, meters and cells to be used externally
  • Safe for high school and undergraduate laboratory use
  • Pre-assembled circuit tracks for easy demonstration of both KCL and KVL
  • Wipe clean with dry cloth; avoid moisture exposure

KCL and KVL ( Kirchoff's law) Trade Information

  • 5 Unit Per Week
  • 4-5 Days
  • Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
  • All India

Product Description

Verification of KCL and KVL (kirchoff's Voltage and Current law)

Features:

  • Instrument comprises of DC IC Regulated Power Supplies 0-5 V/250 mA
  • Two meters for voltage & current measurement
  • Components are mounted behind the panel with printed circuit diagram
  • Connections are brought with 4 mm banana sockets
  • Instrument Fitted in Highly Shockproof Plastics Box
  • 4 MM patch cords are provided with the trainer for interconnections
  • Student Instruction Manual will be provided with the trainer kit

 



Effortless Circuit Demonstration

Pre-assembled tracks on the board simplify setting up experiments related to Kirchhoffs Laws. The clearly marked pathways and color-coded design help users easily visualize current paths and loops, streamlining the learning process for both teachers and students.


Robust and Classroom-Ready Construction

Built with a high-quality acrylic base and durable brass sockets, this demonstration board can withstand frequent usage in busy learning environments. Its compact and flat design saves laboratory space, while being lightweight makes it highly portable.


Safe and Educationally Effective

Designed for high school and undergraduate labs, the apparatus prioritizes user safety and accuracy. Non-powered in itself, it uses external batteries or power sources, ensuring greater control during demonstrations. Its simple wipe-clean maintenance further supports hassle-free classroom management.

FAQs of KCL and KVL ( Kirchoffs law):


Q: How do I use the KCL and KVL demonstration board in a classroom or laboratory?

A: To use the board, connect external ammeters, voltmeters, and DC power sources (up to 12 V) via the 2 mm/4 mm brass terminals. Follow the included instruction manual to set up experiments demonstrating Kirchhoffs Current and Voltage Laws. The color-coded circuit tracks assist in visualizing current flow and voltage loops.

Q: What components are included with the KCL and KVL demonstration kit?

A: The kit includes the pre-assembled demonstration board and an instruction manual. Measuring devices (meters) and external power sources are not included and should be supplied separately as needed for your experiments.

Q: When should external meters and batteries be connected to the board?

A: Connect external ammeters, voltmeters, and DC batteries or power supplies before starting any experimental demonstration. Ensure all connections are secure and check that the external voltage does not exceed 12 V DC to maintain safe operation and accurate readings.

Q: Where is this KCL and KVL demonstration board best used?

A: This apparatus is designed for indoor useideal in classrooms, physics laboratories, or during hands-on sessions for competitive exam preparation. Its durable construction makes it suitable for high school and undergraduate educational environments.

Q: What is the process for setting up and maintaining the demonstration board?

A: To set up, use the brass terminals to connect wires, meters, and external power sources as outlined in the instruction manual. For maintenance, simply wipe the acrylic surface with a dry cloth and avoid exposing the apparatus to moisture to preserve its high sensitivity and accuracy.

Q: How does this apparatus benefit students and educators?

A: The boards intuitive design and clear circuit markings streamline complex law demonstrations, allowing students to better grasp key electrical concepts. It reduces setup time, minimizes errors, and supports practical learning in physics and electronics education.

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