Maximum Power Transformer Theorem

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Maximum Power Transformer Theorem Specification

Voltage
220 Volt (v)

Power
12V at 250 m Milliampere (mA)

Display
Analog

Product Type
Transformer Theorem

Material
Stainless steel

Power Source
Electric

Maximum Power Transformer Theorem Trade Information

Supply Ability
1 Per Day

Delivery Time
1 Week

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Maximum Power Transformer Theorem

Maximum Power Transformer Theorem

Board Consists of Regulated power supply. Two moving coil meters a variable load Resistance, Circuit diagram printed on the front panel & connections of supplies, Meters & Resistances brought out at 4mm sockets.

Efficient Laboratory Demonstration

Engineered for laboratory application, the Maximum Power Transformer Theorem apparatus allows users to observe and measure the transfer of maximum power. Its analog display ensures clear monitoring of experimental outcomes, making it optimal for teaching sessions and precise demonstrations.

Robust Materials and Construction

With construction from iron, bakelite, and stainless steel, this transformer is built to withstand laboratory environments. The robust materials offer durability and corrosion resistance, ensuring longevity and repeatable performance.

Ease of Operation and Compact Design

The device is compact, with dimensions of 12*10*6 cm, suitable for laboratory benches and mobile setups. Weighing 2200 kg, it provides stability during use and operates reliably within a moderate temperature range. Electric power source compatibility adds convenience for users.

FAQs of Maximum Power Transformer Theorem:

Q: How is the Maximum Power Transformer Theorem equipment used in laboratory experiments?

A: This apparatus is utilized to demonstrate the principle of maximum power transfer from a power source to a load. Users can connect different loads and observe analog display readings to identify conditions for optimal power transfer, aiding foundational understanding in electronics and electrical engineering.

Q: What materials are employed in the construction of the transformer theorem appliance and why are they important?

A: The device is constructed from iron, bakelite, and stainless steel, providing strength, resistance to wear, and protection against electrical interference. These materials ensure the reliability and durability of the equipment in varied laboratory settings.

Q: When should this equipment be employed during a laboratory session?

A: It is best used during electrical engineering and physics experiments focused on power transmission, circuit analysis, and when illustrating power optimization principles to students or researchers.

Q: Where is this Maximum Power Transformer Theorem equipment manufactured and is it available for export?

A: Manufactured in India, the device is available for export. It can be sourced directly from the exporter, manufacturer, or supplier for laboratories worldwide.

Q: What is the process for setting up and operating the equipment safely?

A: Begin by placing the apparatus on a stable surface, connect the power source (12V/250mA), and adjust the load parameters as required. Monitor readings via the analog display and ensure the temperature stays within 10-40C to maintain safety and accuracy.

Q: What are the key benefits of using this transformer theorem apparatus in laboratories?

A: The device offers accurate real-time measurements, robustness, and ease of use. Its compact design, material durability, and analog display make it highly effective for teaching and research purposes, resulting in enhanced learning and experimental reliability.

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