The numbers of conduction holes and electrons generated are small and independant of external fields
The generation currents are not strongly altered by externally applied electric fields. However, applied electric fields can affect the drift current. If the applied field increases the potential of the p-type material, then holes are pushed away toward the n-type side more readily, and electrons are drawn away from the n-type side more readily
The generation currents are not substantialy affected by externally applied electric fields. Why not? There...
Hello. Based on the textbook below I solved a true or false problem. textbook: 1. Light absorption: Sunlight absorbs in the battery 2. Charge generation: Free electrons and holes are generated inside the cell by the absorbed light. 3 Charge Separation: Free electrons and holes are separated by an electric field created at the p-n junction. 4. Charge collection: free electrons move toward n-type semiconductor and holes move toward p-type semiconductor Problem: In solar cells made of organic semiconductors, electron-hole...