PUBLICACIÓN

A Highly Power-and Area-Efficient PMU for Cell-Size Autonomous Microsystems

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ACCEDER A LA PUBLICACIÓN: Scopus

2024 IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS I-REGULAR PAPERS

Electrical and Electronic Engineering (Q1), Hardware and Architecture (Q1)

JCR: 5.2

SJR: 1.734

CITAS

0

DOI

10.1109/tcsi.2024.3484537

EID

2-s2.0-85208396985

ISSN

1549-8328

EISSN

1558-0806

AUTORES DE LA UEX

Juan Manuel Carrillo Calleja

OTRAS PUBLICACIONES DE INTERÉS

Programmable Time-Multiplexed Sc Filters Without Dynamic Range Degradation
Programmable Cmos Current Signal Generator For Simultaneous Multi-Sine Bioimpedance Analysis
A Highly Power-And Area-Efficient Pmu For Cell-Size Autonomous Microsystems
Programmable Cmos Current Signal Generator For Simultaneous Multi-Sine Bioimpedance Analysis
A Highly Power-And Area-Efficient Pmu For Cell-Size Autonomous Microsystems
0.6-V Cmos Bulk-Driven Instrumentation Amplifier For Iomt Bioimpedance Analysis
A Highly Power-And Area-Efficient Pmu For Cell-Size Autonomous Microsystems
0.6-V Cmos Bulk-Driven Instrumentation Amplifier For Iomt Bioimpedance Analysis
Low-Voltage Cmos Capacitor-Less Ldos: Bulk-Driven Versus Gate-Driven Comparative Study
0.6-V Cmos Bulk-Driven Instrumentation Amplifier For Iomt Bioimpedance Analysis
Low-Voltage Cmos Capacitor-Less Ldos: Bulk-Driven Versus Gate-Driven Comparative Study
A 4-Decade-Tunable High-Selectivity Gm-C Bandpass Filter For Simultaneous Multi-Sine Bioimpedance Analysis
Low-Voltage Cmos Capacitor-Less Ldos: Bulk-Driven Versus Gate-Driven Comparative Study
A 4-Decade-Tunable High-Selectivity Gm-C Bandpass Filter For Simultaneous Multi-Sine Bioimpedance Analysis
A Fully-Differential Cmos Instrumentation Amplifier For Bioimpedance-Based Iot Medical Devices
A 4-Decade-Tunable High-Selectivity Gm-C Bandpass Filter For Simultaneous Multi-Sine Bioimpedance Analysis
A Fully-Differential Cmos Instrumentation Amplifier For Bioimpedance-Based Iot Medical Devices
Cmos Widely Tunable Second-Order Gm-C Bandpass Filter For Multi-Sine Bioimpedance Analysis
A Fully-Differential Cmos Instrumentation Amplifier For Bioimpedance-Based Iot Medical Devices
Cmos Widely Tunable Second-Order Gm-C Bandpass Filter For Multi-Sine Bioimpedance Analysis
Integration Of Instrumentation Equipment In A Remote Electronics Laboratory
Cmos Widely Tunable Second-Order Gm-C Bandpass Filter For Multi-Sine Bioimpedance Analysis
Integration Of Instrumentation Equipment In A Remote Electronics Laboratory
Reconfigurable Prototype For The Experimental Characterization Of Operational Amplifiers In Electronics Labs
Integration Of Instrumentation Equipment In A Remote Electronics Laboratory
Reconfigurable Prototype For The Experimental Characterization Of Operational Amplifiers In Electronics Labs
Bulk-Driven Cmos Linear Transconductance-Cell For Ac Amplifiers With Very Low Cut-Off Frequency
Reconfigurable Prototype For The Experimental Characterization Of Operational Amplifiers In Electronics Labs
Bulk-Driven Cmos Linear Transconductance-Cell For Ac Amplifiers With Very Low Cut-Off Frequency
Low-Gmcmos Transconductors With Wide Tuning Range For Bioimpedance Spectroscopy
Bulk-Driven Cmos Linear Transconductance-Cell For Ac Amplifiers With Very Low Cut-Off Frequency
Low-Gmcmos Transconductors With Wide Tuning Range For Bioimpedance Spectroscopy
Ultra-Low-Power Low-Input-Voltage Charge Pump For Micro-Energy Harvesting Applications
Low-Gmcmos Transconductors With Wide Tuning Range For Bioimpedance Spectroscopy
Ultra-Low-Power Low-Input-Voltage Charge Pump For Micro-Energy Harvesting Applications
Compact Fully-Differential Cmos Current Driver For Bioimpedance Measurements
Ultra-Low-Power Low-Input-Voltage Charge Pump For Micro-Energy Harvesting Applications
Compact Fully-Differential Cmos Current Driver For Bioimpedance Measurements
Low-Voltage Cmos Bulk-Driven Buffer With Bootstrapping Technique For Gain Enhancement And Thd-Noise Reduction
Compact Fully-Differential Cmos Current Driver For Bioimpedance Measurements
Low-Voltage Cmos Bulk-Driven Buffer With Bootstrapping Technique For Gain Enhancement And Thd-Noise Reduction
Compact Cmos Wideband Instrumentation Amplifiers For Multi-Frequency Bioimpedance Measurement: A Design Procedure
Low-Voltage Cmos Bulk-Driven Buffer With Bootstrapping Technique For Gain Enhancement And Thd-Noise Reduction
Compact Cmos Wideband Instrumentation Amplifiers For Multi-Frequency Bioimpedance Measurement: A Design Procedure
Wide-Bandwidth Electronically Programmable Cmos Instrumentation Amplifier For Bioimpedance Spectroscopy
Compact Cmos Wideband Instrumentation Amplifiers For Multi-Frequency Bioimpedance Measurement: A Design Procedure
Wide-Bandwidth Electronically Programmable Cmos Instrumentation Amplifier For Bioimpedance Spectroscopy
Impact Of Process Variations On The Performance Of A Widely Tunable Cmos Transconductor
Wide-Bandwidth Electronically Programmable Cmos Instrumentation Amplifier For Bioimpedance Spectroscopy
Impact Of Process Variations On The Performance Of A Widely Tunable Cmos Transconductor
Current-Mode Electronically-Tunable Sinusoidal Oscillator Based On A Shadow Bandpass Filter
Impact Of Process Variations On The Performance Of A Widely Tunable Cmos Transconductor
Current-Mode Electronically-Tunable Sinusoidal Oscillator Based On A Shadow Bandpass Filter
0.6-V 1.65-Μw Second-Order Gm-C Bandpass Filter For Multi-Frequency Bioimpedance Analysis Based On A Bootstrapped Bulk-Driven Voltage Buffer
Current-Mode Electronically-Tunable Sinusoidal Oscillator Based On A Shadow Bandpass Filter
0.6-V 1.65-Μw Second-Order Gm-C Bandpass Filter For Multi-Frequency Bioimpedance Analysis Based On A Bootstrapped Bulk-Driven Voltage Buffer
An 11 Ma Capacitor-Less Ldo With 3.08 Na Quiescent Current And Ssf-Based Adaptive Biasing
0.6-V 1.65-Μw Second-Order Gm-C Bandpass Filter For Multi-Frequency Bioimpedance Analysis Based On A Bootstrapped Bulk-Driven Voltage Buffer
An 11 Ma Capacitor-Less Ldo With 3.08 Na Quiescent Current And Ssf-Based Adaptive Biasing
0.6-V-Vi N7.0-Na-Iq0.75-Ma-Ilcmos Capacitor-Less Ldo For Low-Voltage Micro-Energy-Harvested Supplies
An 11 Ma Capacitor-Less Ldo With 3.08 Na Quiescent Current And Ssf-Based Adaptive Biasing
0.6-V-Vi N7.0-Na-Iq0.75-Ma-Ilcmos Capacitor-Less Ldo For Low-Voltage Micro-Energy-Harvested Supplies
Low-Voltage Cmos Bulk-Driven Indirect Current Feedback Instrumentation Amplifier
0.6-V-Vi N7.0-Na-Iq0.75-Ma-Ilcmos Capacitor-Less Ldo For Low-Voltage Micro-Energy-Harvested Supplies
Low-Voltage Cmos Bulk-Driven Indirect Current Feedback Instrumentation Amplifier
0.8-V Cmos G_{M}-C Bandpass Filter For Electrical Bioimpedance Spectroscopy
Low-Voltage Cmos Bulk-Driven Indirect Current Feedback Instrumentation Amplifier
0.8-V Cmos G_{M}-C Bandpass Filter For Electrical Bioimpedance Spectroscopy
A 0.6 V, Ultra-Low Power, 1060 Μm2 Self-Biased Ptat Voltage Generator For Implantable Biomedical Devices
0.8-V Cmos G_{M}-C Bandpass Filter For Electrical Bioimpedance Spectroscopy
A 0.6 V, Ultra-Low Power, 1060 Μm2 Self-Biased Ptat Voltage Generator For Implantable Biomedical Devices
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
A 0.6 V, Ultra-Low Power, 1060 Μm2 Self-Biased Ptat Voltage Generator For Implantable Biomedical Devices
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
Unitary Vs. Resistive Feedback In Cmos Two-Stage Indirect Current Feedback Instrumentation Amplifiers
1.88 Na Quiescent Current Capacitor-Less Ldo With Adaptive Biasing Based On A Ssf Absolute Voltage Difference Meter
Unitary Vs. Resistive Feedback In Cmos Two-Stage Indirect Current Feedback Instrumentation Amplifiers
Compact Cmos Class-Ab Output Stage With Robust Behavior Against Pvt Variations
Unitary Vs. Resistive Feedback In Cmos Two-Stage Indirect Current Feedback Instrumentation Amplifiers
Compact Cmos Class-Ab Output Stage With Robust Behavior Against Pvt Variations
Low-Power Wide-Bandwidth Cmos Indirect Current Feedback Instrumentation Amplifier
Compact Cmos Class-Ab Output Stage With Robust Behavior Against Pvt Variations
Low-Power Wide-Bandwidth Cmos Indirect Current Feedback Instrumentation Amplifier
Voice-Controlled Assistance Device For Victims Of Gender-Based Violence
Low-Power Wide-Bandwidth Cmos Indirect Current Feedback Instrumentation Amplifier
Voice-Controlled Assistance Device For Victims Of Gender-Based Violence
On-Chip Solar Energy Harvester And Pmu With Cold Start-Up And Regulated Output Voltage For Biomedical Applications
Voice-Controlled Assistance Device For Victims Of Gender-Based Violence
On-Chip Solar Energy Harvester And Pmu With Cold Start-Up And Regulated Output Voltage For Biomedical Applications
Cmos Low-Voltage Indirect Current Feedback Instrumentation Amplifiers With Improved Performance
On-Chip Solar Energy Harvester And Pmu With Cold Start-Up And Regulated Output Voltage For Biomedical Applications
Cmos Low-Voltage Indirect Current Feedback Instrumentation Amplifiers With Improved Performance
Design Methodology Of A 0.7 V, 64.5 Pw @ 36°c, 1830 Μm2 Subthreshold Voltage Reference For Implantable Devices
Cmos Low-Voltage Indirect Current Feedback Instrumentation Amplifiers With Improved Performance
Design Methodology Of A 0.7 V, 64.5 Pw @ 36°c, 1830 Μm2 Subthreshold Voltage Reference For Implantable Devices
Ultralow Power Voltage Reference Circuit For Implantable Devices In Standard Cmos Technology
Design Methodology Of A 0.7 V, 64.5 Pw @ 36°c, 1830 Μm2 Subthreshold Voltage Reference For Implantable Devices
Ultralow Power Voltage Reference Circuit For Implantable Devices In Standard Cmos Technology
Cmos Transconductor With Improved Linearity Using The Bulk Of Self-Cascode Transistors
Ultralow Power Voltage Reference Circuit For Implantable Devices In Standard Cmos Technology
Cmos Transconductor With Improved Linearity Using The Bulk Of Self-Cascode Transistors
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Cmos Transconductor With Improved Linearity Using The Bulk Of Self-Cascode Transistors
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Low-Frequency Cmos Bandpass Filter For Pir Sensors In Wireless Sensor Nodes
Coordination Of Electronics Courses Of The Master Degree In Industrial Engineering By Means Of A Quality Assurance System
Low-Frequency Cmos Bandpass Filter For Pir Sensors In Wireless Sensor Nodes
Design Considerations On Cmos Bulk-Driven Differential Input Stages
Low-Frequency Cmos Bandpass Filter For Pir Sensors In Wireless Sensor Nodes
Design Considerations On Cmos Bulk-Driven Differential Input Stages
A Fourth Order Cmos Band Pass Filter For Pir Sensors
Design Considerations On Cmos Bulk-Driven Differential Input Stages
A Fourth Order Cmos Band Pass Filter For Pir Sensors
Low-Voltage Wide-Swing Fully Differential Cmos Voltage Buffer
A Fourth Order Cmos Band Pass Filter For Pir Sensors
Low-Voltage Wide-Swing Fully Differential Cmos Voltage Buffer
1.2-V Fully Differential Ota-C Lowpass Filter Based On Bulk-Driven Mos Transistors
Low-Voltage Wide-Swing Fully Differential Cmos Voltage Buffer
1.2-V Fully Differential Ota-C Lowpass Filter Based On Bulk-Driven Mos Transistors
Transconductance Enhancement In Bulk-Driven Input Stages And Its Applications
1.2-V Fully Differential Ota-C Lowpass Filter Based On Bulk-Driven Mos Transistors
Transconductance Enhancement In Bulk-Driven Input Stages And Its Applications
On The Input Common-Mode Voltage Range Of Cmos Bulk-Driven Input Stages
Transconductance Enhancement In Bulk-Driven Input Stages And Its Applications
On The Input Common-Mode Voltage Range Of Cmos Bulk-Driven Input Stages
Single-Pair Bulk-Driven Cmos Input Stage: A Compact Low-Voltage Analog Cell For Scaled Technologies
On The Input Common-Mode Voltage Range Of Cmos Bulk-Driven Input Stages
Single-Pair Bulk-Driven Cmos Input Stage: A Compact Low-Voltage Analog Cell For Scaled Technologies
A Family Of Low-Voltage Bulk-Driven Cmos Continuous-Time Cmfb Circuits
Single-Pair Bulk-Driven Cmos Input Stage: A Compact Low-Voltage Analog Cell For Scaled Technologies
A Family Of Low-Voltage Bulk-Driven Cmos Continuous-Time Cmfb Circuits
Low-Voltage Rail-To-Rail Bulk-Driven Cmfb Network With Improved Gain And Bandwidth
A Family Of Low-Voltage Bulk-Driven Cmos Continuous-Time Cmfb Circuits
Low-Voltage Rail-To-Rail Bulk-Driven Cmfb Network With Improved Gain And Bandwidth
Use Of Rfid Tags For Data Storage On Quality Control In Cheese Industries
Low-Voltage Rail-To-Rail Bulk-Driven Cmfb Network With Improved Gain And Bandwidth
Use Of Rfid Tags For Data Storage On Quality Control In Cheese Industries
Input Common-Mode Voltage Behaviour Of Cmos Bulk-Driven Differential Stages
Use Of Rfid Tags For Data Storage On Quality Control In Cheese Industries
Input Common-Mode Voltage Behaviour Of Cmos Bulk-Driven Differential Stages
Compact Low-Voltage Rail-To-Rail Bulk-Driven Cmos Opamp For Scaled Technologies
Input Common-Mode Voltage Behaviour Of Cmos Bulk-Driven Differential Stages
Compact Low-Voltage Rail-To-Rail Bulk-Driven Cmos Opamp For Scaled Technologies
Transconductance Enhancement In Bulk-Driven Input Stages
Compact Low-Voltage Rail-To-Rail Bulk-Driven Cmos Opamp For Scaled Technologies
Transconductance Enhancement In Bulk-Driven Input Stages
1-V Continuously Tunable Cmos Bulk-Driven Transconductor For G M-C Filters
Transconductance Enhancement In Bulk-Driven Input Stages
1-V Continuously Tunable Cmos Bulk-Driven Transconductor For G M-C Filters
Cmos Continuous-Time Cmfb Circuit With Improved Linearity
1-V Continuously Tunable Cmos Bulk-Driven Transconductor For G M-C Filters
Cmos Continuous-Time Cmfb Circuit With Improved Linearity
La Tutoría Como Herramienta De Orientación En El Eees: El Caso De ‘ingeniero En Electrónica’ De La Uex.
Cmos Continuous-Time Cmfb Circuit With Improved Linearity
La Tutoría Como Herramienta De Orientación En El Eees: El Caso De ‘ingeniero En Electrónica’ De La Uex.
A 1.8-V 91-Db Dr Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
La Tutoría Como Herramienta De Orientación En El Eees: El Caso De ‘ingeniero En Electrónica’ De La Uex.
A 1.8-V 91-Db Dr Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
1-V Rail-To-Rail Cmos Opamp With Improved Bulk-Driven Input Stage
A 1.8-V 91-Db Dr Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
1-V Rail-To-Rail Cmos Opamp With Improved Bulk-Driven Input Stage
Application Of Rfid Tags For The Overall Traceability Of Products In Cheese Industries
1-V Rail-To-Rail Cmos Opamp With Improved Bulk-Driven Input Stage
Application Of Rfid Tags For The Overall Traceability Of Products In Cheese Industries
Adecuación Al Eees De Ingeniero En Electrónica En La Universidad De Extremadura
Application Of Rfid Tags For The Overall Traceability Of Products In Cheese Industries
Adecuación Al Eees De Ingeniero En Electrónica En La Universidad De Extremadura
1.8-V Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
Adecuación Al Eees De Ingeniero En Electrónica En La Universidad De Extremadura
1.8-V Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
1-V Rail-To-Rail Bulk-Driven Cmos Ota With Enhanced Gain And Gain-Bandwidth Product
1.8-V Second-Order ∑δ Modulator In 0.18-Μm Cmos Technology
1-V Rail-To-Rail Bulk-Driven Cmos Ota With Enhanced Gain And Gain-Bandwidth Product
Class-Ab Rail-To-Rail Cmos Analog Buffer
1-V Rail-To-Rail Bulk-Driven Cmos Ota With Enhanced Gain And Gain-Bandwidth Product
Class-Ab Rail-To-Rail Cmos Analog Buffer
Transistor Inversion Level Independent Circuit Technique For Low-Voltage Rail-To-Rail Amplifiers
Class-Ab Rail-To-Rail Cmos Analog Buffer
Transistor Inversion Level Independent Circuit Technique For Low-Voltage Rail-To-Rail Amplifiers
Raif-To-Rail Low-Power High-Slew-Rate Cmos Analogue Buffer
Transistor Inversion Level Independent Circuit Technique For Low-Voltage Rail-To-Rail Amplifiers
Raif-To-Rail Low-Power High-Slew-Rate Cmos Analogue Buffer
Common-Mode Response Overlapping Vs. Shaping In Rail-To-Rail Op-Amp Input Stages
Raif-To-Rail Low-Power High-Slew-Rate Cmos Analogue Buffer
Common-Mode Response Overlapping Vs. Shaping In Rail-To-Rail Op-Amp Input Stages
Rail-To-Rail Constant-Gm Operational Amplifier For Video Applications
Common-Mode Response Overlapping Vs. Shaping In Rail-To-Rail Op-Amp Input Stages
Rail-To-Rail Constant-Gm Operational Amplifier For Video Applications
Input/output Rail-To-Rail Video Op-Amp With Constant Behaviour Over The Entire Voltage Range
Rail-To-Rail Constant-Gm Operational Amplifier For Video Applications
Input/output Rail-To-Rail Video Op-Amp With Constant Behaviour Over The Entire Voltage Range
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
Input/output Rail-To-Rail Video Op-Amp With Constant Behaviour Over The Entire Voltage Range
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Input/output Rail-To-Rail Cmos Operational Amplifier With Shaped Common-Mode Response
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Input/output Rail-To-Rail Cmos Operational Amplifier With Shaped Common-Mode Response
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Input/output Rail-To-Rail Cmos Operational Amplifier With Shaped Common-Mode Response
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
Constant-Gm Constant-Slew-Rate High-Bandwidth Low-Voltage Rail-To-Rail Cmos Input Stage For Vlsi Cell Libraries
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
General Purpose Rail-To-Rail Input Circuit With Constant Behaviour For Vlsi Cell Libraries
1-V Quasi Constant-Gm Input/output Rail-To-Rail Cmos Op-Amp
General Purpose Rail-To-Rail Input Circuit With Constant Behaviour For Vlsi Cell Libraries
Robust And Universal Constant-Gm Circuit Technique
General Purpose Rail-To-Rail Input Circuit With Constant Behaviour For Vlsi Cell Libraries
Robust And Universal Constant-Gm Circuit Technique
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Robust And Universal Constant-Gm Circuit Technique
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Constant-Gmrail-To-Rail Input/output Op-Amp For Video Applications
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Constant-Gmrail-To-Rail Input/output Op-Amp For Video Applications
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Constant-Gmrail-To-Rail Input/output Op-Amp For Video Applications
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Common-Mode Response Shaping In Rail-To-Rail Op-Amp Input Stages
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Feedback Vs. Feedforward Common-Mode Control: A Comparative Study
Input Common-Mode Feedback Technique For Very Low Voltage Cmos Amplifiers
Feedback Vs. Feedforward Common-Mode Control: A Comparative Study
Programmable Time-Multiplexed Sc Filters Without Dynamic Range Degradation
Feedback Vs. Feedforward Common-Mode Control: A Comparative Study
Programmable Time-Multiplexed Sc Filters Without Dynamic Range Degradation
Programmable Cmos Current Signal Generator For Simultaneous Multi-Sine Bioimpedance Analysis
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