photoconductive cell converts

Photoconductive Cell..

The electrical resistance of a semiconductor depends on the intensity of the incident light. A photoconductive cell works on the above principl..

It is a device used to convert the chemical energy produced in a redox reaction into electrical energy. Example: The redox reaction between Zn and CuSO 4 ..

Energy produced by combustion of fuels like H 2 , CO, CH 4 can be directly converted to electric energ..

Junction diodes are of many types and solar cells are one such. Its working is based on production of potential difference by sunlight. In other words, it is a junction diode that can convert light energy into electrical energ..

Fuel Cell - These are devices which convert the energy produced during the combustion of fuels like H 2 , CO and CH 4 directly into electrical energy. The most successful fuel cell is the H 2 -O 2 fuel cell. It was used in the Apollo space programme and the w..

These are devices which convert the energy produced during the combustion of fuels like H 2 , CO and CH 4 directly into electrical energy. The most successful fuel cell is the H 2 -O 2 fuel cell. It was used in the Apollo space programme and the water produced used as ..

Solar Cells - Junction diodes are of many types and solar cells are one such. Its working is based on production of potential difference by sunlight. In other words, it is a junction diode that can convert light energy into electrical energy. In such a junction one of ..

Solar cells are expensive and are used only when supplying electricity becomes difficult. Solar cells are the devices where solar energy is directly converted into electricity. Solar cells are used in spacecrafts, radios, television, refrigerators, buoys and ..

Another device that harnesses solar energy is the solar cell. Solar cells are expensive and are used only when supplying electricity becomes difficult. Solar cells are the devices where solar energy is directly converted into electricity. Sunlight can be..