Voltage-stacked power delivery systems: Reliability, efficiency, and power management
In today's manycore processors, the energy loss of more than 20% may result from inherent
inefficiencies of conventional power delivery system (PDS) design. By stacking multiple …
inefficiencies of conventional power delivery system (PDS) design. By stacking multiple …
Fast short-circuit protection for SiC MOSFETs in extreme short-circuit conditions by integrated functions in CMOS-ASIC technology
Y Barazi - 2020 - theses.hal.science
Wide bandgap power transistors such as SiC MOSFETs and HEMTs GaN push furthermore
the classical compromises in power electronics. Briefly, significant gains have been …
the classical compromises in power electronics. Briefly, significant gains have been …
[PDF][PDF] Power Efficient Shift Register Using Leakage Control NMOS Transistor
DM Ravi, KRV Lakshmi, LPG Bhavani, PS Satya… - journal-dogorangsang.in
VLSI is a stream of electronics engineering which involves putting millions and billions of
transistors logically together on to a single chip. VLSI circuits play a vital role in modern …
transistors logically together on to a single chip. VLSI circuits play a vital role in modern …
[PDF][PDF] EFFICIENT DESIGN OF LVDS TRANSMITTER IN COMPLIANCE WITH IEEE STANDARD 1596.3-1996
JC Nidagundi - ictactjournals.in
Ever increasing processing speed of microprocessors motherboards, optical transmission
links, intelligent hubs and routers etc., is pushing the off-chip data rate into the gigabits-per …
links, intelligent hubs and routers etc., is pushing the off-chip data rate into the gigabits-per …
Design and Implementation of Multiple-Output CMOS Voltage Level Shifter
S Swaroop, KS Ravindra - … and Embedded Systems: Select Proceedings of …, 2020 - Springer
Different parts such as digital, analog, passive components are manufactured on a single
chip in system on chip (SoC) design and require different voltages to achieve optimum …
chip in system on chip (SoC) design and require different voltages to achieve optimum …