Salvatore Pennisi

Full Professor

Università degli Studi di Napoli Federico II

Italy

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About

Salvatore Pennisi is a Full Professor at Università degli Studi di Catania in Italy. His research areas include low-power and high-speed CMOS technology, operational amplifiers, and advanced semiconductor devices. He has authored several recent articles focusing on innovations in GaN-IC technology and CMOS low-noise amplifiers for high-frequency applications. His contributions significantly impact the fields of integrated circuits and electronic systems.

Articles (20)

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2025

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2022

Collaborators (12)

Stefano Selleri

University of Parma

ITALY

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Maurizio Maria Busso

Full professor

University of Perugia

ITALY

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Luca Vincetti

Associate Professor

Università degli Studi di Modena e Reggio Emilia Dipartimento di Ingegneria Enzo Ferrari

ITALY

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Andrea Ballo

University of Catania

ITALY

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Simone Taioli

Associate Professor

University of Gdańsk

POLAND

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Massimo Alioto

Professor, Director of the Integrated Circuits and Embedded Systems area

National University of Singapore (NUS)

SINGAPORE

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Mario Salvatore Musumeci

Istituto Nazionale di Fisica Nucleare

ITALY

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EGIDIO RAGONESE

Associate Professor

University of Catania

ITALY

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Gino Sorbello

Associate Professor

Università degli Studi di Napoli Federico II

ITALY

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Clara Isabel Lujan Martinez

Profesora Contratada Doctora

Universidad de Sevilla

SPAIN

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Alfio Dario Grasso

Associate Professor

University of Catania

ITALY

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Giuseppe Torrisi

Istituto Nazionale di Fisica Nucleare

ITALY

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Salvatore Pennisi

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About

Articles (20)

60-dB 70-V/μs Three-Stage Op-Amp With Dual Single-Miller Frequency Compensation in GaN-IC Technology

A 28-nm CMOS Low-Power/Low-Voltage 60-GHz LNA for High-Speed Communication

Bulk-Driven CMOS Differential Stages for Ultra-Low-Voltage Ultra-Low-Power Operational Transconductance Amplifiers: A Comparative Analysis

46-nA High-PSR CMOS Buffered Voltage Reference With 1.2–5 V and −40 ◦C to 125 ◦C Operating Range

0.4-V nW-Power High-Gain Bulk-Driven Two-Stage OTA With Self-Cascode Composite Transistors and Intrinsic Current-Buffer Miller Compensation

Monolithically Integrated Bootstrapped Gate Driver With a 200-V GaN Power Switch

0.35-V SR-Enhanced Bulk-Driven OTA for Loads up to 10 nF

60-dB 70-V/$\mu $s Three-Stage Op-Amp With Dual Single-Miller Frequency Compensation in GaN-IC Technology

A 5 mW 28 nm CMOS Low-Noise Amplifier with Transformer-Based Electrostatic Discharge Protection for 60 GHz Applications

0.35 V Subthreshold Bulk-Driven CMOS Second-Generation Current Conveyor

A 0.3-V 8.5-μ a Bulk-Driven OTA

A 0.6 V Bulk-Driven Class-AB Two-Stage OTA with Non-Tailed Differential Pair

Fully Integrated Galvanic Isolation Interface in GaN Technology

A Novel Approach to β-Decay: PANDORA, a New Experimental Setup for Future in-Plasma Measurements

0.4-V, 81.3-nA Bulk-Driven Single-Stage CMOS OTA with Enhanced Transconductance

Two-Stage OTA With All Subthreshold MOSFETs and Optimum GBW to DC-Current Ratio

The Integrated Circuit Industry at a Crossroads: Threats and Opportunities

Single-Branch Wide-Swing-Cascode Subthreshold GaN Monolithic Voltage Reference

Single miller capacitor frequency compensation techniques: Theoretical comparison and critical review

A 0.5 V Sub-Threshold CMOS Current-Controlled Ring Oscillator for IoT and Implantable Devices

Collaborators (12)

Stefano Selleri

Maurizio Maria Busso

Luca Vincetti

Andrea Ballo

Simone Taioli

Massimo Alioto

Mario Salvatore Musumeci

EGIDIO RAGONESE

Gino Sorbello

Clara Isabel Lujan Martinez

Alfio Dario Grasso

Giuseppe Torrisi

Make your next move.

Salvatore Pennisi

Research Interests

Explore related searches

Contact this professor

About

Articles (20)

60-dB 70-V/μs Three-Stage Op-Amp With Dual Single-Miller Frequency Compensation in GaN-IC Technology

A 28-nm CMOS Low-Power/Low-Voltage 60-GHz LNA for High-Speed Communication

Bulk-Driven CMOS Differential Stages for Ultra-Low-Voltage Ultra-Low-Power Operational Transconductance Amplifiers: A Comparative Analysis

46-nA High-PSR CMOS Buffered Voltage Reference With 1.2–5 V and −40 ◦C to 125 ◦C Operating Range

0.4-V nW-Power High-Gain Bulk-Driven Two-Stage OTA With Self-Cascode Composite Transistors and Intrinsic Current-Buffer Miller Compensation

Monolithically Integrated Bootstrapped Gate Driver With a 200-V GaN Power Switch

0.35-V SR-Enhanced Bulk-Driven OTA for Loads up to 10 nF

60-dB 70-V/$\mu $s Three-Stage Op-Amp With Dual Single-Miller Frequency Compensation in GaN-IC Technology

A 5 mW 28 nm CMOS Low-Noise Amplifier with Transformer-Based Electrostatic Discharge Protection for 60 GHz Applications

0.35 V Subthreshold Bulk-Driven CMOS Second-Generation Current Conveyor

A 0.3-V 8.5-μ a Bulk-Driven OTA

A 0.6 V Bulk-Driven Class-AB Two-Stage OTA with Non-Tailed Differential Pair

Fully Integrated Galvanic Isolation Interface in GaN Technology

A Novel Approach to &beta;-Decay: PANDORA, a New Experimental Setup for Future in-Plasma Measurements

0.4-V, 81.3-nA Bulk-Driven Single-Stage CMOS OTA with Enhanced Transconductance

Two-Stage OTA With All Subthreshold MOSFETs and Optimum GBW to DC-Current Ratio

The Integrated Circuit Industry at a Crossroads: Threats and Opportunities

Single-Branch Wide-Swing-Cascode Subthreshold GaN Monolithic Voltage Reference

Single miller capacitor frequency compensation techniques: Theoretical comparison and critical review

A 0.5 V Sub-Threshold CMOS Current-Controlled Ring Oscillator for IoT and Implantable Devices

Collaborators (12)

Stefano Selleri

Maurizio Maria Busso

Luca Vincetti

Andrea Ballo

Simone Taioli

Massimo Alioto

Mario Salvatore Musumeci

EGIDIO RAGONESE

Gino Sorbello

Clara Isabel Lujan Martinez

Alfio Dario Grasso

Giuseppe Torrisi

Make your next move.

A Novel Approach to β-Decay: PANDORA, a New Experimental Setup for Future in-Plasma Measurements