JUAN MANUEL CARRILLO CALLEJA

Literals

• foaf:name
  • JUAN MANUEL CARRILLO CALLEJA
• ou:categoriaPDI
  • A0504-PROFESOR/A TITULAR DE UNIVERSIDAD
• aiiso:code
  • 67753ec746890861630e4b93b4b326da
• ou:dedicacionPDI
  • TIEMPO COMPLETO
• ou:dialnetId
  • 2425116
• foaf:firstName
  • JUAN MANUEL
• ou:indiceHscopus
  • 16
• foaf:lastName
  • CARRILLO CALLEJA
• vivo:orcidId
  • 0000000168476388
• ou:orcidURL
  • http://orcid.org/0000000168476388
• vivo:scopusId
  • 7101679735

Typed Literals

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  • True (xsd:boolean)
• ou:personalActual
  • True (xsd:boolean)

Relations

• teach:teacherOf
  • ELECTRÓNICA DE POTENCIA
  • INICIACIÓN A LA INVESTIGACIÓN EN MICROELECTRÓNICA
  • PRÁCTICAS EN EMPRESA
  • TECNOLOGÍA ELECTRÓNICA
  • ELECTRÓNICA DE POTENCIA
  • ELECTRÓNICA DE POTENCIA
  • ELECTRÓNICA DE POTENCIA
  • ELECTRÓNICA DE POTENCIA
  • INICIACIÓN A LA INVESTIGACIÓN EN MICROELECTRÓNICA
  • INICIACIÓN A LA INVESTIGACIÓN EN MICROELECTRÓNICA
  • INICIACIÓN A LA INVESTIGACIÓN EN MICROELECTRÓNICA
  • INICIACIÓN A LA INVESTIGACIÓN EN MICROELECTRÓNICA
  • INSTRUMENTACIÓN ELECTRÓNICA
  • INSTRUMENTACIÓN ELECTRÓNICA
  • INSTRUMENTACIÓN ELECTRÓNICA
  • PROGRAMACIÓN VIRTUAL DE INSTRUMENTOS
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • PRÁCTICAS EN EMPRESA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
  • TECNOLOGÍA ELECTRÓNICA
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• ou:tienePublicacion
  • 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
  • 0.6-V CMOS bulk-driven instrumentation amplifier for IoMT bioimpedance analysis
  • 0.6-V-VI N7.0-nA-IQ0.75-mA-ILCMOS Capacitor-Less LDO for Low-Voltage Micro-Energy-Harvested Supplies
  • 0.8-V CMOS G_{m}-C Bandpass Filter for Electrical Bioimpedance Spectroscopy
  • 1-V continuously tunable CMOS bulk-driven transconductor for G m-C filters
  • 1-V quasi constant-gm input/output rail-to-rail CMOS op-amp
  • 1-V quasi constant-gm input/output rail-to-rail CMOS op-amp
  • 1-V rail-to-rail CMOS OpAmp with improved bulk-driven input stage
  • 1-V rail-to-rail bulk-driven CMOS OTA with enhanced gain and gain-bandwidth product
  • 1.2-V fully differential OTA-C lowpass filter based on bulk-driven MOS transistors
  • 1.8-V second-order ∑Δ modulator in 0.18-μm CMOS technology
  • 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
  • A 0.6 V, ultra-low power, 1060 μm2 self-biased PTAT voltage generator for implantable biomedical devices
  • A 1.8-V 91-dB DR second-order ∑Δ modulator in 0.18-μm CMOS technology
  • 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 Highly Power-and Area-Efficient PMU for Cell-Size Autonomous Microsystems
  • A family of low-voltage bulk-driven CMOS continuous-time CMFB circuits
  • A fourth order CMOS band pass filter for PIR sensors
  • Adecuación al EEES de "ingeniero en electrónica" en la universidad de Extremadura
  • An 11 mA Capacitor-Less LDO with 3.08 nA Quiescent Current and SSF-Based Adaptive Biasing
  • Application of RFID tags for the overall traceability of products in cheese industries
  • Bulk-driven CMOS linear transconductance-cell for AC amplifiers with very low cut-off frequency
  • CMOS Widely Tunable Second-Order Gm-C Bandpass Filter for Multi-Sine Bioimpedance Analysis
  • CMOS continuous-time CMFB circuit with improved linearity
  • CMOS low-voltage indirect current feedback instrumentation amplifiers with improved performance
  • CMOS transconductor with improved linearity using the bulk of self-cascode transistors
  • Class-AB rail-to-rail CMOS analog buffer
  • Common-mode response shaping in rail-to-rail op-amp input stages
  • Common-mode response shaping in rail-to-rail op-amp input stages
  • Common-mode response overlapping vs. shaping in rail-to-rail op-amp input stages
  • Compact CMOS Class-AB Output Stage with Robust Behavior against PVT Variations
  • Compact CMOS Wideband Instrumentation Amplifiers for Multi-Frequency Bioimpedance Measurement: A Design Procedure
  • Compact Fully-Differential CMOS Current Driver for Bioimpedance Measurements
  • Compact low-voltage rail-to-rail bulk-driven CMOS opamp for scaled technologies
  • 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-gmrail-to-rail input/output Op-Amp for video applications
  • 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
  • Current-Mode Electronically-Tunable Sinusoidal Oscillator Based on a Shadow Bandpass Filter
  • Design considerations on CMOS bulk-driven differential input stages
  • Design methodology of a 0.7 V, 64.5 pW @ 36°C, 1830 μm2 subthreshold voltage reference for implantable devices
  • Feedback vs. feedforward common-mode control: A comparative study
  • General purpose rail-to-rail input circuit with constant behaviour for VLSI cell libraries
  • INTEGRATION OF INSTRUMENTATION EQUIPMENT IN A REMOTE ELECTRONICS LABORATORY
  • Impact of Process Variations on the Performance of a Widely Tunable CMOS Transconductor
  • Input Common-mode voltage behaviour of CMOS bulk-driven differential stages
  • Input common-mode feedback technique for very low voltage CMOS amplifiers
  • Input common-mode feedback technique for very low voltage CMOS amplifiers
  • Input/output rail-to-rail CMOS operational amplifier with shaped common-mode response
  • Input/output rail-to-rail video op-amp with constant behaviour over the entire voltage range
  • La tutoría como herramienta de orientación en el EEES: El caso de ‘ingeniero en electrónica’ de la UEX.
  • Low-Gm tunable CMOS transconductors for simultaneous multi-sine bioimpedance spectroscopy
  • Low-GmCMOS Transconductors with Wide Tuning Range for Bioimpedance Spectroscopy
  • Low-Voltage CMOS Bulk-Driven Indirect Current Feedback Instrumentation Amplifier
  • Low-Voltage CMOS Bulk-Driven Buffer With Bootstrapping Technique for Gain Enhancement and THD-Noise Reduction
  • Low-Voltage CMOS Capacitor-Less LDOs: Bulk-Driven Versus Gate-Driven Comparative Study
  • Low-frequency CMOS bandpass filter for PIR sensors in wireless sensor nodes
  • Low-power wide-bandwidth CMOS indirect current feedback instrumentation amplifier
  • Low-voltage rail-to-rail bulk-driven CMFB network with improved gain and bandwidth
  • Low-voltage wide-swing fully differential CMOS voltage buffer
  • On the input common-mode voltage range of CMOS bulk-driven input stages
  • On-Chip Solar Energy Harvester and PMU with Cold Start-Up and Regulated Output Voltage for Biomedical Applications
  • Programmable CMOS current signal generator for simultaneous multi-sine bioimpedance analysis
  • Programmable time-multiplexed SC filters without dynamic range degradation
  • RECONFIGURABLE PROTOTYPE FOR THE EXPERIMENTAL CHARACTERIZATION OF OPERATIONAL AMPLIFIERS IN ELECTRONICS LABS
  • Raif-to-rail low-power high-slew-rate CMOS analogue buffer
  • Rail-to-rail constant-gm operational amplifier for video applications
  • Robust and universal constant-gm circuit technique
  • Single-pair bulk-driven CMOS input stage: A compact low-voltage analog cell for scaled technologies
  • Transconductance enhancement in bulk-driven input stages
  • Transconductance enhancement in bulk-driven input stages and its applications
  • Transistor inversion level independent circuit technique for low-voltage rail-to-rail amplifiers
  • Ultra-Low-Power Low-Input-Voltage Charge Pump for Micro-Energy Harvesting Applications
  • Ultralow power voltage reference circuit for implantable devices in standard CMOS technology
  • Unitary vs. resistive feedback in CMOS two-stage indirect current feedback instrumentation amplifiers
  • Use of RFID tags for data storage on quality control in cheese industries
  • Voice-Controlled Assistance Device for Victims of Gender-Based Violence
  • Wide-Bandwidth Electronically Programmable CMOS Instrumentation Amplifier for Bioimpedance Spectroscopy
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• ou:adscritoACentro
  • Escuela De Ingenierías Industriales
• ou:perteneceAGrupoInvestigacion
  • Grupo de Tecnología Electrónica
• ou:imparteDocenciaEnArea
  • TECNOLOGÍA ELECTRÓNICA
• ou:adscritoADepartamento
  • INGENIERÍA ELÉCTRICA, ELECTRÓNICA Y AUTOMÁTICA

Inverse Relations

• Has related: ou:autorTesis
  • DISEÑO DE AMPLIFICADORES OPERACIONALES CMOS CON ENTRADA/SALIDA RAIL-TO-RAIL Y COMPORTAMIENTO CONSTANTE EN TODO EL RANGO DE VOLTAJE
• Has related: ou:directorDepartamento
  • INGENIERÍA ELÉCTRICA, ELECTRÓNICA Y AUTOMÁTICA
• Has related: ou:inventor
  • BANCO DE PRUEBAS DE ALMACENAMIENTO ENERGÉTICO FOTOVOLTAICO
  • CORREA DE RELOJ ELECTRÓNICA PARA LA SOLICITUD DE AUXILIO
  • DISPOSITIVO AUTOMÁTICO DE MEDICIÓN DEL VOLUMEN DE LECHE ORDEÑADA
  • DISPOSITIVO INALÁMBRICO DE AUXILIO

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