1.8V BandGap Reference Project
| See the resulting project report here: 1.2V Supply voltage Band gap reference in 180nm IBM process |
Band Gap Reference – Papers
- CMOS Bandgap Voltage Reference With 1.8-V Power Supply
- DESIGN OF A CMOS BANDGAP REFERENCE WITH LOWTEMPERATURE COEFFICIENT AND HIGH POWER SUPPLY REJECTION PERFORMANCE
- BandGap Reference Design in SubMicron CMOS Technology
- LOW-VOLTAGE BANDGAP REFERENCE DESIGN UTILIZING SCHOTTKY DIODES -with spice design in appendix
- A very detailed 800mV BandGap example design using LTSpice – uses hierarchy in the schematic – advanced use of LTSpice – Steve Krzentz
- AN ACCURATE, TRIMLESS, HIGH PSRR, LOW-VOLTAGE, CMOS BANDGAP REFERENCE IC
- A Novel Sub-1 Volt Bandgap Reference with all CMOS
- BandGap Voltage References in SubMicroMeter CMOS Technology
- A Sub-1-V CMOS Bandgap using Forward Body Bias of the PMOS Differential Pair for Reduction of the Threshold Voltages
- Sub 1 V CMOS bandgap reference design techniques: a survey
- Sub 1 Volt Curvature Compensation BandGap Reference
Prospects
- A Low Voltage CMOS Bandgap Reference without Using an Opamp
- Low Voltage, Low Power CMOS Bandgap References
- LOW POWER – LOW VOLTAGE BAND GAP REFERENCES FOR FLASH-EEPROM INTEGRATED CIRCUITS: DESIGN ALTERNATIVES AND EXPERIMENTS
Supply voltage =1.2V Band Gap References
Installing Cadence Virtuoso on Ubuntu with IBM 7RF 180nM design kit
BackGround
- 180nM Technology
- BiCMOS – hybrid MOSFET & BJT IC
- Making LTSpice models with foundry data
SPICE Related
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Cadence IC Integrated Circuit Design Software Table of Contents TOC