When a p-type semiconductor material is bonded to an ntype semiconductor material and terminals are added, the resulting structure does not have the property that:

ideally, the forward bias resistance is zero

as temperature is increased above room temperature, the material resistance decreases because the doping material charges are freed

both holes and electrons contribute to the current flows

the resistance increases with increasing doping

When a p-type semiconductor material is bonded to an ntype semiconduct

1.	When a p-type semiconductor material is bonded to an ntype semiconductor material and terminals are added, the resulting structure does not have the property that:
A.	ideally, the forward bias resistance is zero
B.	as temperature is increased above room temperature, the material resistance decreases because the doping material charges are freed
C.	both holes and electrons contribute to the current flows
D.	the resistance increases with increasing doping
Answer» E.

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When a p-type semiconductor material is bonded to an ntype semiconductor material and terminals are added, the resulting structure does not have the property that:

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