Verification Of Thevenin's Theorem

Verification Of Thevenin's Theorem

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Product Details:

  • Display Analog meters
  • Usage Laboratory experiment for verifying Thevenins Theorem
  • Power AC 230V / 50Hz
  • Voltage 02V variable DC supply
  • Product Type Electrical Engineering Lab Equipment
  • Material High-quality insulated bakelite and metal
  • Design Table-top, compact and user-friendly panel
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Verification Of Thevenin's Theorem Price And Quantity

  • 1 Unit
  • Banana socket terminals for easy wiring
  • Bench-top
  • Printed and labeled resistor values for clarity
  • Easy component replacement and access
  • Includes Thevenin and load test points
  • DC output
  • Multiple fixed resistors (typically 100 to 2 k)
  • Conforms to relevant IS standards
  • 10C to 45C
  • For academic, research, and training purposes
  • Fully enclosed connections for user safety
  • Panel, resistors, potentiometer, ammeter, voltmeter, connecting wires
  • Corrosion-resistant metal fittings
  • Fuses for overload protection

Verification Of Thevenin's Theorem Product Specifications

  • Approx. 2 kg
  • Electrical Engineering Lab Equipment
  • 02V variable DC supply
  • Table-top, compact and user-friendly panel
  • AC 230V / 50Hz
  • High-quality insulated bakelite and metal
  • AC mains
  • Integrated analog voltmeter and ammeter
  • 340 mm x 200 mm x 75 mm
  • Analog meters
  • Laboratory experiment for verifying Thevenins Theorem
  • High measurement accuracy for voltage and current
  • Banana socket terminals for easy wiring
  • Bench-top
  • Printed and labeled resistor values for clarity
  • Easy component replacement and access
  • Includes Thevenin and load test points
  • DC output
  • Multiple fixed resistors (typically 100 to 2 k)
  • Conforms to relevant IS standards
  • 10C to 45C
  • For academic, research, and training purposes
  • Fully enclosed connections for user safety
  • Panel, resistors, potentiometer, ammeter, voltmeter, connecting wires
  • Corrosion-resistant metal fittings
  • Fuses for overload protection

Verification Of Thevenin's Theorem Trade Information

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

Product Description

Verification of Thevinin's Theorem     

Objective : To verify the Thevinin theorem in DC network.
 
Specifications :

  • Instrument comprises of One Fixed output DC Regulated
  • Power Supply of 12V at 250 mA current, Two moving coil meters,
  • Circuit diagram Printed on the front panel & connections of Supplies,
  • Meters & Resistances brought out at 4mm Sockets.




Comprehensive Learning Tool for Thevenins Theorem

Perfectly tailored for educational and laboratory environments, this panel facilitates step-by-step verification of Thevenins Theorem. Its clear component labeling and analog displays foster intuitive understanding, allowing students to visualize circuit behavior directly. Designed for repeatable experiments and practical sessions, the system aids conceptual clarity and hands-on proficiency in network theorems.


Robust Construction and User-Friendly Design

Crafted from insulated bakelite and durable metal, the panel resists corrosion and stands up to daily academic use. Bench-top mounting, compact dimensions, and fully-enclosed connections augment both safety and convenience. Banana socket terminals allow quick wiring changes while fuses prevent damage from overloads, ensuring a fail-safe experimental experience.


Precise Measurements with Convenient Features

The integrated analog voltmeter and ammeter deliver high-precision readings essential for theoretical verification. Test points and adjustable resistors make it easy to switch between Thevenin and load test configurations. The entire system is straightforward to service, supporting easy component replacement and long-term reliability.

FAQs of Verification Of Thevenins Theorem:


Q: How is Thevenins Theorem verified with this panel?

A: The verification involves constructing a circuit using the provided resistors and measuring the open circuit voltage and equivalent resistance as seen from the load terminals. With the easy-to-use banana socket terminals and clear panel markings, users can configure the circuit as described in academic experiments, thus confirming Thevenins Theorem using real measurements from the analog meters.

Q: What components are included in the Verification Of Thevenins Theorem panel?

A: The panel comes equipped with fixed resistors (100 to 2 k), an adjustable potentiometer, built-in analog ammeter and voltmeter, banana socket terminals, printed resistor values, fuses for overload protection, and a robust, insulated bakelite and metal enclosure. All connections are fully enclosed for enhanced safety.

Q: When should this panel be used in an academic curriculum?

A: This setup is ideal for practical sessions within electrical engineering and physics courses, specifically when introducing or reinforcing the concept of network theorems. It enables instructors and students to empirically verify Thevenins Theorem during laboratory classes, project work, or demonstrations.

Q: Where can this equipment be installed or placed?

A: The panels compact, bench-top design makes it suitable for laboratory benches or classroom demonstration tables. Given its durable materials and safety features, it is a practical fit for institutional laboratories, research centers, and training facilities.

Q: What is the step-by-step process for conducting Thevenin and load tests using the panel?

A: Start by configuring the circuit using the included resistors and potentiometer according to the experiment guidelines, connect the load, and use the analog meters to measure voltage and current. The panels distinct test points make it easy to switch between Thevenin and load test configurations, simplifying the verification process through hands-on operation.

Q: How does the panel ensure user safety and measurement accuracy?

A: All terminals are fully enclosed to prevent accidental contact, while fuses provide overload protection. The analog meters are calibrated for high accuracy, allowing precise readings vital for the reliable verification of Thevenins Theorem.

Q: What key benefits does this panel offer to users and instructors?

A: Users benefit from a clear, safe setup that promotes effective learning and hands-on experimentation. The easy wiring and labeled components save time, while the precise readings and robust construction make the device a dependable choice for repeated use in academic and training settings.

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  • Phone :91-171-4002637
  • 09416070580
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