b Explanation: The controlling parameter is the gate to emitter voltage, as the device is a voltage controlled device.
b
Explanation: The controlling parameter is the gate to emitter voltage, as the device is a
voltage controlled device.
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b Explanation: The controlling parameter is the gate to emitter voltage, as the device is a voltage controlled device.
b
Explanation: The controlling parameter is the gate to emitter voltage, as the device is a
voltage controlled device.
b Explanation: The gate to source voltage is the controlling parameter in a MOSFET.
b
Explanation: The gate to source voltage is the controlling parameter in a MOSFET.
Answer: c Explanation: The base current controls the collector current. Hence, the base current Ib is the controlling parameter.
Answer: c
Explanation: The base current controls the collector current. Hence, the base current Ib
is the controlling parameter.
b Explanation: The controlling parameter is the gate to emitter voltage, as the device is a voltage controlled device.
b
Explanation: The controlling parameter is the gate to emitter voltage, as the device is a
voltage controlled device.
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c Explanation: The base current controls the collector current. Hence, the base current Ib is the controlling parameter.
c
Explanation: The base current controls the collector current. Hence, the base current Ib
is the controlling parameter.
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b Explanation: The controlling parameter is the gate to emitter voltage, as the device is a voltage controlled device.
b
Explanation: The controlling parameter is the gate to emitter voltage, as the device is a voltage controlled device.
A.Top‐level management
A.Top‐level management
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