Verification of Superposition Theorem

Verification of Superposition Theorem

Product Details:

  • Display Analog
  • Power 220V AC
  • Usage Educational, Laboratory Experiment
  • Voltage 0-12V DC variable, 230V AC input
  • Product Type Electrical Circuit Training Kit
  • Material Metal and Bakelite Panel
  • Design Compact desktop form, panel mounted
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Verification of Superposition Theorem Price And Quantity

  • 1 Unit
  • 0-500mA
  • Resistors, Switches, Connecting Wires, Terminal posts
  • Rugged, Durable
  • Physics and Electrical Engineering Practicals
  • Verification of Superposition Theorem
  • 10°C to 45°C
  • Clear silk-screen printed circuit layout
  • Resistive Linear Network
  • Fused input, insulated terminals

Verification of Superposition Theorem Product Specifications

  • Compact desktop form, panel mounted
  • Educational, Laboratory Experiment
  • Analog voltmeter and ammeter
  • Metal and Bakelite Panel
  • Mains (AC)
  • Approx. 3 kg
  • Electrical Circuit Training Kit
  • 220V AC
  • High, laboratory grade
  • Analog
  • 0-12V DC variable, 230V AC input
  • 320 x 220 x 120 mm
  • 0-500mA
  • Resistors, Switches, Connecting Wires, Terminal posts
  • Rugged, Durable
  • Physics and Electrical Engineering Practicals
  • Verification of Superposition Theorem
  • 10°C to 45°C
  • Clear silk-screen printed circuit layout
  • Resistive Linear Network
  • Fused input, insulated terminals

Verification of Superposition Theorem Trade Information

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

Product Description

Verification of Superposition Theorem
 

Objective : To verify the super position theorem in DC network.

 

Specifications : Instrument comprises of Two Fixed output DC Regulated 
Power Supplies  of 12V & 5V at 500 mA current, Three moving coil 
meter, Circuit diagram Printed on the front panel & connections of 
Supplies, Meter & Resistances brought out at 4mm Sockets. 

 



Purpose-Built for Educational Laboratories

This instrument is engineered specifically for educational use in physics and electrical engineering laboratories. Its comprehensive set of components enables seamless verification of the Superposition Theorem, allowing practical understanding of linear resistive circuits. The devices high accuracy and clear circuit layout aid students and educators in grasping theoretical concepts through hands-on experimentation.


High Accuracy and Easy Monitoring

Equipped with analog voltmeter and ammeter, this kit ensures reliable and precise current and voltage measurements up to 500mA, essential for validating experimental outcomes. The durable materials and silk-screen printed markings ensure visibility, longevity, and ease of use, even with frequent classroom use.


User and Equipment Safety First

Safety measures, such as a fused input and insulated terminals, protect both users and components. The robust enclosure and panel-mounted design provide additional protection, making it suitable for repeated handling in active laboratory environments, while functioning optimally within a temperature range of 10C to 45C.

FAQs of Verification of Superposition Theorem:


Q: How is the Verification of Superposition Theorem experiment conducted with this kit?

A: To perform the experiment, connect the provided resistors, switches, and wires as per the clearly marked panel circuit. Apply the required voltage using the variable DC supply and take readings with the built-in analog voltmeter and ammeter to observe the effects of individual sources, verifying the theorem step by step.

Q: What makes this apparatus suitable for laboratory use?

A: This kit offers high-accuracy measurements, durable construction from metal and Bakelite, and clear silk-screened circuit layouts, making it highly suitable for rigorous educational environments. The fused input and insulated terminals further enhance laboratory safety.

Q: When should the Superposition Theorem Verification kit be used?

A: Use this apparatus during laboratory practicals focused on circuit analysis, specifically when studying linear resistive networks and the Superposition Theorem in physics and electrical engineering courses.

Q: Where can this kit be installed for best performance?

A: Place the kit on a stable desktop in a laboratory environment within the recommended operating temperature range of 10C to 45C. Its compact size and desktop design fit easily on standard laboratory benches.

Q: What is the process to ensure accurate readings during experiments?

A: Ensure all connections are secure using the provided wires and terminal posts. Set the desired voltage with the variable DC supply. Use the analog voltmeter and ammeter to carefully monitor and record electrical values as you manipulate circuit sources.

Q: How does the design enhance usage and learning experience?

A: Clear silk-screen printed panel markings aid quick circuit setup, while robust build quality and reliable analog displays offer a hands-on experience that deepens conceptual understanding. The compact, portable form factor also facilitates convenient use and storage.

Q: What benefits does this kit provide to students and educators?

A: It helps students bridge theory and practice in circuit analysis and theorem verification, while educators benefit from a safe, accurate, and easy-to-maintain teaching tool that encourages interactive learning and experimentation.

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