Abstract:-Speed-enhanced CMOS level shifting circuits are proposed for mixed voltage applications. In circuits embodying this invention, the main advantage as compared to the prior art is one more pair path to charge and discharge the output nodes simultaneously, which leads to a less PMOS to NMOS ratio problem. Therefore, the output low-to-high transition becomes faster due to charging enhancement in the initial phase. The high-to-low transition also becomes faster because of discharging enhancement in the transition period
In this paper, a dual supply level shifter is designed for robust voltage shifting from sub threshol...
The scaling down of transistor sizes has imposed significant challenges in today\u27s technology. Me...
We present a modified type-I level-up shifter with improved Process-Voltage-Temperature (PVT) robust...
[[abstract]]The level converter is an important component in Multiple Supply Voltage (MSV) circuits....
<p class="Abstract"><span lang="EN-GB">The level converter is used as interface between low voltages...
Abstract — Level shifter is an interfacing circuit which can interface low core voltage to high inpu...
The design and application of level shifter circuit which is based on single power supply is present...
The leakage power consumption increases with the scaling of the devices and it is expected that the ...
This paper presents a device-circuit co-design approach to achieve a low swing, high speed 1.2-5 V l...
[[abstract]]Level shifters for 1.0 V to 3.3 V high-speed interfaces are proposed. Level-up shifter u...
Employing multiple supply voltages (multi-V-DD) is an effective technique for reducing the power con...
Usage of dual supply voltages in a digital circuit is an effective way of reducing power consumption...
This paper presents an energy-efficient level shifter, which up-convert to 1.2 V from 0.3 V. The pro...
Size and cost of a switched mode power supply can be reduced by increasing the switching frequency. ...
Employing multiple supply voltages (multi-VDD) is attractive for reducing the power consumption with...
In this paper, a dual supply level shifter is designed for robust voltage shifting from sub threshol...
The scaling down of transistor sizes has imposed significant challenges in today\u27s technology. Me...
We present a modified type-I level-up shifter with improved Process-Voltage-Temperature (PVT) robust...
[[abstract]]The level converter is an important component in Multiple Supply Voltage (MSV) circuits....
<p class="Abstract"><span lang="EN-GB">The level converter is used as interface between low voltages...
Abstract — Level shifter is an interfacing circuit which can interface low core voltage to high inpu...
The design and application of level shifter circuit which is based on single power supply is present...
The leakage power consumption increases with the scaling of the devices and it is expected that the ...
This paper presents a device-circuit co-design approach to achieve a low swing, high speed 1.2-5 V l...
[[abstract]]Level shifters for 1.0 V to 3.3 V high-speed interfaces are proposed. Level-up shifter u...
Employing multiple supply voltages (multi-V-DD) is an effective technique for reducing the power con...
Usage of dual supply voltages in a digital circuit is an effective way of reducing power consumption...
This paper presents an energy-efficient level shifter, which up-convert to 1.2 V from 0.3 V. The pro...
Size and cost of a switched mode power supply can be reduced by increasing the switching frequency. ...
Employing multiple supply voltages (multi-VDD) is attractive for reducing the power consumption with...
In this paper, a dual supply level shifter is designed for robust voltage shifting from sub threshol...
The scaling down of transistor sizes has imposed significant challenges in today\u27s technology. Me...
We present a modified type-I level-up shifter with improved Process-Voltage-Temperature (PVT) robust...