shockley ideal diode equation造句

• The equation is called the " Shockley ideal diode equation " when " n ", the ideality factor, is set equal to 1.
• This means that the " Shockley ideal diode equation " doesn't account for the processes involved in reverse breakdown and photon-assisted R G . Additionally, it doesn't describe the " leveling off " of the I V curve at high forward bias due to internal resistance.
• The " Shockley ideal diode equation " or the " diode law " is derived with the assumption that the only processes giving rise to the current in the diode are drift ( due to electrical field ), diffusion, and thermal recombination generation ( R G ) ( this equation is derived by setting n = 1 above ).