The law of this system states that n times p is equal to n-sub-i squared times e to the q times V-sub-A over k T. A hyperabrupt form of this system is used in varactors.
The law of this system states that n times p is equal to n-sub-i squared times e to the q times V-sub-A over k T. A hyperabrupt form of this system is used in varactors. This system undergoes two types of capacitance: diffusion and its namesake type. A plot of the current density of this system looks like a pair of scissors. It contains a single space-charge region. The first solar cells were based on this system. Increasing the doping on one side of this system pushes the depletion region further into the other side. This system can be in equilibrium or forward or reverse bias. For 10 points, identify this system upon which simple diodes are based.
The law of this system states that n times p is equal to n-sub-i squared times e to the q times V-sub-A over k T. A hyperabrupt form of this system is used in varactors.
p-n junction