This paper presents a power-efficient voltage level-shifter architecture capable of converting extremely low levels of input voltages to higher levels. In order to avoid the static power dissipation, the proposed structure ...

This paper presents a power-efficient voltage level shifter converting low levels of input voltages (sub-threshold) to high levels of the output voltages (above threshold). In order to reduce the existing contention in the ...

This brief presents a fast and power-efficient voltage level-shifting circuit capable of converting extremely low levels of input voltages into high output voltage levels. The efficiency of the proposed circuit is ...

Reducing the supply voltage of a digital integrated

circuit decreases the power consumption and also the circuit

speed. One effective way for low-power design of digital

integrated circuits is to ...

One effective way to reduce the power consumption of biomedical implantable devices is to employ different supply voltages for different parts of the system depending on the processing speed of each part. This, however, ...

This letter proposes a new level-shifting structure that can convert extremely low levels of input voltages to high output voltages while maintaining excellent delay and power dissipation. In order to reduce contention and ...