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- School Projects for Class 12th
Step Up Transformer
A Step-Up Transformer increases voltage from a lower to a higher level by using two coils: the primary and secondary. The secondary coil has more turns, producing a higher output voltage. This project demonstrates its role in power transmission, reducing energy losses, and applications in electrical devices like microwaves and X-rays.
SKU: Step Up Transformer - B.Tech Diploma Mini Projects, School Projects for Class 12th
Wireless Power Transfer
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Sale Upto 20% OFFB.Tech Diploma Mini Projects, School Projects for Class 12thWireless Power Transfer
The Wireless Power Transfer Project explores the technology of transmitting electrical energy without physical connections. Utilizing principles such as electromagnetic induction or resonant inductive coupling, it demonstrates how power can be transferred between coils or circuits. This project is ideal for applications like wireless charging for devices, powering remote sensors, and advancing energy-efficient systems. It combines practical hands-on experimentation with fundamental electrical engineering concepts.
SKU: wireless-power-transfer-project - School Projects for Class 12th
Half Wave Rectifier
Click Here to Download the Circuit Diagram of “Half Wave Rectifier”
A half-wave rectifier converts AC voltage to DC voltage using a single diode. In this project, connect an AC voltage source to the input terminals of a diode, with the anode connected to the positive terminal of the AC source and the cathode to a load resistor. The diode allows current to pass only during the positive half of the AC cycle, blocking the negative half. The output across the load resistor will be a pulsating DC signal, representing only the positive half of the input AC waveform. This setup demonstrates the basic principle of rectification and provides insight into the function of diodes in power supplies.
SKU: half-wave-rectifier-project - School Projects for Class 12th
Full Wave Rectifier
A Full Wave Rectifier converts alternating current (AC) into direct current (DC) by utilizing both halves of the AC waveform. Using a transformer and diodes in a bridge or center-tap configuration, it ensures efficient conversion with reduced power loss. This project is fundamental for learning power supply and rectification techniques.
SKU: Full Wave Rectifier
