hi men and ladies ...
when testing a diode or a transistor, we adjust the multimeter on the "diode" function and test the diode in both the forward and reverse biasing ... my question is: what does the value displayed on the multimeter denote ...? it is a voltage or a resistance ...
When measuring a transistor, this value is greater between emmiter and base than between collector and base ... when i asked why, i was told that this is due to the higher emmiter doping concentration ... but how can this high concentration make this value greater ...?? plz help and thx
when testing a diode or a transistor, we adjust the multimeter on the "diode" function and test the diode in both the forward and reverse biasing ... my question is: what does the value displayed on the multimeter denote ...? it is a voltage or a resistance ...
When measuring a transistor, this value is greater between emmiter and base than between collector and base ... when i asked why, i was told that this is due to the higher emmiter doping concentration ... but how can this high concentration make this value greater ...?? plz help and thx