Which risk increases regarding germanium transistors at cryogenic temperatures?

💡 Explanation

Electron freeze-out from donor levels increases because at cryogenic temperatures, thermal energy is insufficient to ionize dopant atoms, therefore conductivity drops rather than electron mobility improvements or modulation effects which arise under different conditions.

• Which mechanism significantly alters light frequency near blackhole?
• Which electronic configuration promotes ferromagnetic ordering in transition metal oxides?
• Which outcome occurs when a fusion reactor experiences reduced confinement pressure?
• Which outcome increases when a heated batch reactor lacks sufficient mixing?
• Which mechanism causes increased dissolving of NaCl when ammonia exceeds saturation?
• Which outcome occurs during isotope separation via gas centrifuge?