Electromagnetic Power Supply Manufacturer,Supplier and Exporter in India
Product Code : EL-E-10591
Quick Answer: The Electromagnetic Power Supply is a low voltage, high current unit giving 1-0-1V AC and 2V DC nominal outputs, with a short-circuit current of 10A.
Last updated: October 2026
Key Features
- Outputs of 1-0-1V AC and 2V DC nominal
- Tolerates short circuit, with a short-circuit current of 10A
- Transformer protected by thermal fuses and a slow-blow fuse
- DC output from unsmoothed rectification of 2V AC using a 40A Schottky barrier diode
- Input 230V ±10%, 50Hz
- For use with electromagnetic kits and Fleming's apparatus
Technical Specifications
| Specification | Value |
|---|---|
| Input | 230V ±10%, 50Hz |
| Outputs | 1-0-1V AC, 2V DC nominal |
| Short-circuit current | 10A |
| Rectifier | 40A Schottky barrier diode, unsmoothed output |
| Protection | Thermal fuses and slow-blow fuse |
| Dimensions | 208 x 155 x 115mm (W x H x D) |
| Height with handle | 187mm |
About This Product
This power supply provides the low voltage, high current needed for electromagnetic kits, Fleming's apparatus and similar apparatus, giving students access to 1V AC or 2V DC. The DC output comes from rectifying 2V AC and is unsmoothed. The unit tolerates a short circuit, and its transformer is protected by thermal fuses and a slow-blow fuse. Export enquiries for the Electromagnetic Power Supply are welcome from Suriname, Ghana, Equatorial Guinea, Cabo Verde, Iran and Barbados.
Frequently Asked Questions
What outputs does the Electromagnetic Power Supply give?
It gives 1-0-1V AC nominal, so students can use 1V AC, and 2V DC nominal from unsmoothed rectification of 2V AC.
What happens if the output is short-circuited?
The unit tolerates a short circuit, with a short-circuit current of 10A, and the transformer is protected by thermal fuses and a slow-blow fuse.
What size is the unit?
It measures 208 x 155 x 115mm (W x H x D), and the height including the handle is 187mm.
Related: Electromagnetic, Electromagnetic Spectrum Chart and Induced Current Apparatus.
For a quotation on the Electromagnetic Power Supply, contact Didactic Lab.
