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Transistor Performance

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What is noise margin in a CMOS circuit?

a)

The difference between the power supply voltage and the threshold voltage of the transistor.

b)

The maximum voltage difference between the input and output of a CMOS gate that does not cause a change in the logic state.

c)

The range of input voltage levels over which a CMOS gate correctly recognizes a logic high or low level without error.

d)

The minimum voltage difference required to ensure that a CMOS gate correctly switches from one logic level to another.

2.

What is power dissipation in an IC?

a)

The total energy stored in the IC during operation.

b)

The amount of energy lost as heat in the IC during its operation.

c)

The power consumed by the IC when it is in standby mode.

d)

The maximum voltage the IC can handle before it fails.

3.

What is the average transition time of a signal from input to output known as?

a)

Propagation delay

b)

Rise time

c)

Fall time

d)

Settling time

4.

What is unit for Noise margin?

a)

Hz

b)

Watt

c)

Volt

d)

nanoseconds

5.

What is unit for Propagation Delay?

a)

Hz

b)

Watt

c)

Volt

d)

nanoseconds

6.

What is the correct formula for Noise Margin High (VNH or NMH) in a digital circuit?

a)

VOH− VOL

b)

VIH− VIL

c)

VOH− VIH

d)

VIL− VOH

7.

What is the correct formula for Noise Margin Low (VNL or NML) in a digital circuit?

a)

VIL− VOL

b)

VIH− VIL

c)

VOH− VIH

d)

VIL− VOH

8.

What is static power dissipation in an integrated circuit (IC)?

a)

The power consumed by the IC when it is actively switching between logic states.

b)

The power dissipated due to the charging and discharging of load capacitances in the IC.

c)

The power consumed by the IC when it is in a steady state, with no switching activity.

d)

The power lost due to leakage currents in the transistors when the IC is active.

9.

What is dynamic power dissipation in an integrated circuit (IC)?

a)

The power consumed by the IC when it is in a steady state with no switching activity.

b)

The power dissipated due to leakage currents in the IC when it is powered off.

c)

The power consumed by the IC during the charging and discharging of load capacitances as it switches between logic states.

d)

The power lost due to resistance in the power supply connections of the IC.

10.

What is the effect of propagation delay on the performance of an integrated circuit (IC)?

a)

It increases the power consumption of the IC.

b)

It limits the maximum operating speed of the IC.

c)

It improves the noise margin of the IC.

d)

It reduces the static power dissipation of the IC.