PUBLICACIÓN

VERDI: An acoustically programmable and adjustable CMOS mixed-mode signal processor for hearing aid applications

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Duque-Carrillo, J.F., Malcovati, P., Maloberti, F., Pérez-Aloe, R., Reyes, A.H., Sánchez-Sinencio, E., Torelli, G., Valverde, J.M.

1996 IEEE Journal of Solid-State Circuits

CITAS

30

DOI

10.1109/4.509846

EID

2-s2.0-0030149903

ISSN

0018-9200

BIBTEX

@article{Duque-Carrillo1996,title = {VERDI: An acoustically programmable and adjustable CMOS mixed-mode signal processor for hearing aid applications},journal = {IEEE Journal of Solid-State Circuits},year = {1996},volume = {31},number = {5},pages = {634-644},author = {Duque-Carrillo, J.F. and Malcovati, P. and Maloberti, F. and P{\'e}rez-Aloe, R. and Reyes, A.H. and S{\'a}nchez-Sinencio, E. and Torelli, G. and Valverde, J.M.}}

AUTORES DE LA UEX

Juan Francisco Duque Carrillo
Raquel Pérez-Aloe Valverde
José Vicente Valverde Sánchez

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Control Of The Common-Mode Component In Cmos Continuous-Time Fully Differential Signal Processing
Constant-Gm Rail-To-Rail Common-Mode Range Input Stage With Minimum Cmrr Degradation
Control Of The Common-Mode Component In Cmos Continuous-Time Fully Differential Signal Processing
Constant-Gm Rail-To-Rail Common-Mode Range Input Stage With Minimum Cmrr Degradation
Accurate And Robust Αnvt Extractor
Constant-Gm Rail-To-Rail Common-Mode Range Input Stage With Minimum Cmrr Degradation
Accurate And Robust Αnvt Extractor
A Family Of Bias Circuits For High Input Swing Cmos Operational Amplifiers
Accurate And Robust Αnvt Extractor
A Family Of Bias Circuits For High Input Swing Cmos Operational Amplifiers
Amplificador Buffer Cmos Para El Testado De Circuitos Analógicos Y Mixtos De Alta Velocidad
A Family Of Bias Circuits For High Input Swing Cmos Operational Amplifiers
Amplificador Buffer Cmos Para El Testado De Circuitos Analógicos Y Mixtos De Alta Velocidad
Push-Pull Current Circuit For Biasing Cmos Amplifiers With Rail-To-Rail Input Common-Mode Range
Amplificador Buffer Cmos Para El Testado De Circuitos Analógicos Y Mixtos De Alta Velocidad
Push-Pull Current Circuit For Biasing Cmos Amplifiers With Rail-To-Rail Input Common-Mode Range
Ota Activamente Compensada Para El Procesamiento Monolítico Contínuo En El Tiempo De Señales De Alta Frecuencia
Push-Pull Current Circuit For Biasing Cmos Amplifiers With Rail-To-Rail Input Common-Mode Range
Ota Activamente Compensada Para El Procesamiento Monolítico Contínuo En El Tiempo De Señales De Alta Frecuencia
A General Description Of Common-Mode Feedback In Fully-Differential Amplifiers
Ota Activamente Compensada Para El Procesamiento Monolítico Contínuo En El Tiempo De Señales De Alta Frecuencia
A General Description Of Common-Mode Feedback In Fully-Differential Amplifiers
High-Bandwidth Cmos Test Buffer With Very Small Input Capacitance
A General Description Of Common-Mode Feedback In Fully-Differential Amplifiers
High-Bandwidth Cmos Test Buffer With Very Small Input Capacitance
Programmable Switched-Capacitor Bump Equalizer Architecture
High-Bandwidth Cmos Test Buffer With Very Small Input Capacitance
Programmable Switched-Capacitor Bump Equalizer Architecture
Design Of Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Programmable Switched-Capacitor Bump Equalizer Architecture
Design Of Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Design Of Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Application Of Answicap: Computer-Aided Symbolic Analysis Of Digital Filters
Compact High-Frequency Output Buffer For Testing Of Analog Cmos Vlsi Circuits
Application Of Answicap: Computer-Aided Symbolic Analysis Of Digital Filters
Some Practical Observations On The Predictor Jump Method For Solving The Laplace Equation
Application Of Answicap: Computer-Aided Symbolic Analysis Of Digital Filters
Some Practical Observations On The Predictor Jump Method For Solving The Laplace Equation
Answicap—a Computer-Aided Method For Symbolic Transfer Function Determination On Switched Capacitor Networks
Some Practical Observations On The Predictor Jump Method For Solving The Laplace Equation
Answicap—a Computer-Aided Method For Symbolic Transfer Function Determination On Switched Capacitor Networks
Automated Determination Of The Response In The Complex Frequency Domain Of Passive Linear Networks
Answicap—a Computer-Aided Method For Symbolic Transfer Function Determination On Switched Capacitor Networks
Automated Determination Of The Response In The Complex Frequency Domain Of Passive Linear Networks
Thermographic Simulation Of The Presence Of Tumors.
Automated Determination Of The Response In The Complex Frequency Domain Of Passive Linear Networks
Thermographic Simulation Of The Presence Of Tumors.
A New Way For Solving Laplace's Problem (The Predictor Jump Method)
Thermographic Simulation Of The Presence Of Tumors.
A New Way For Solving Laplace's Problem (The Predictor Jump Method)
Enseñanza De La Desintegración Radiactiva Utilizando Un Modelo Electrónico
A New Way For Solving Laplace's Problem (The Predictor Jump Method)
Enseñanza De La Desintegración Radiactiva Utilizando Un Modelo Electrónico
Electronic Model As An Aid In Teaching Fetal Heart Rate Monitoring
Enseñanza De La Desintegración Radiactiva Utilizando Un Modelo Electrónico
Electronic Model As An Aid In Teaching Fetal Heart Rate Monitoring
Eu Green: How Peripheral Regional Universities Created A European Alliance Based In Sdgs
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