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cuongbui1702
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My teacher gave me this picture below. My question is why Io go through Rc but does not go through C2
But why Ii is not equal 0 because of C1gneill said:Presumably C2 is open circuited in this case (no connection at Vo).
##I_i## would be assumed to be some injected input current.cuongbui1702 said:But why Ii is not equal 0 because of C1
You could say Rc represents the load. The capacitor provides a handy point where you can imagine monitoring the output voltage.cuongbui1702 said:My teacher gave me this picture below. My question is why Io go through Rc but does not go through C2
This is a dc problem. DC does not go thru a capacitor.cuongbui1702 said:My teacher gave me this picture below. My question is why Io go through Rc but does not go through C2
The output current of a transistor is the amount of electric current that flows through the collector terminal of the transistor when a voltage is applied to the base terminal.
The output current of a transistor can be calculated using the formula Ic = βIB, where Ic is the collector current, β is the current gain of the transistor, and IB is the base current.
The output current of a transistor can be affected by various factors such as the input voltage, the resistance of the load connected to the collector terminal, and the current gain of the transistor.
The output current of a transistor is directly proportional to the base current. This means that as the base current increases, the output current also increases.
The output current of a transistor can be controlled by adjusting the input voltage, changing the resistance of the load, or by using a feedback circuit to regulate the base current.