Techniques for Low-Power Operation

is critical in modern electronics, especially in battery-powered devices like mobile phones, IoT sensors, and wearables.

• Low-power operation

• High-power operation

• Mid-power operation

• None of the above

Function of Low-Power Operation

• Reducing power consumption

• extends battery life

• lowers heat generation

•  improves efficiency

• All of the Above

The rate at which energy is used by a device

• Static

• Electric

• Power

• Energy

power consumed when a circuit is switching

• Electric Power

• Power Energy

• Static Power

• Dynamic Power

What is the Formula of Power (Put Space on every character or letter)

power consumed when the circuit is idle

• Energy Power

• Dynamic Power

• Static Power

• Power Ranger

the total power consumed over time

• Energy

• Power

• Ampere per second

• Watts per second

is proportional to the frequency of operation and the square of the voltage. Key techniques for dynamic power reduction include

• Operand Gating

• Power Gating

• Dynamic power

• Voltage Scaling

Reducing the supply voltage significantly decreases dynamic power since power is proportional to voltage squared

• Electric Voltage and Frequency Scaling (EVFS)

• Voltage Scaling (Dynamic Voltage Scaling - DVS)

• Resistance Voltage and Frequency Scaling (RVFS)

• Dynamic Voltage and Frequency Scaling (DVFS)

• Ampere Voltage and Frequency Scaling (AVFS)

dynamically adjusts voltage and frequency based on performance requirements.

• Dynamic Voltage and Frequency Scaling (DVFS)

• Electric Voltage and Frequency Scaling (EVFS)

• Ampere Voltage and Frequency Scaling (AVFS)

• Voltage and Frequency Scaling (VFS)

• Frequency Scaling (FS)