Shockley's diode equation in standard form may be considerably simplified for conditions of room temperature. Note that if the temperature (T) is assumed to be room temperature (25 degrees Celcius), there are three constants in the equation that are the same for all PN junctions: T, k, and q. The quantity [kT/q] is known as the thermal voltage of the junction. Calculate the value of this thermal voltage, given a room temperature of 25 degrees Celcius.
Shockley's diode equation in standard form may be considerably simplified for conditions of room temperature. Note that if the temperature (T) is assumed to be room temperature (25 degrees Celcius), there are three constants in the equation that are the same for all PN junctions: T, k, and q. The quantity [kT/q] is known as the thermal voltage of the junction. Calculate the value of this thermal voltage, given a room temperature of 25 degrees Celcius.
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Shockley's diode equation in standard form may be considerably simplified for conditions of room temperature. Note that if the temperature (T) is assumed to be room temperature (25 degrees Celcius), there are three constants in the equation that are the same for all PN junctions: T, k, and q. The quantity [kT/q] is known as the thermal voltage of the junction. Calculate the value of this thermal voltage, given a room temperature of 25 degrees Celcius.
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