Harald Pretl

Professor

Johannes Kepler Universität Linz Technisch-Naturwissenschaftliche Fakultät

Austria

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Professor Harald Pretl is a faculty member at the Technisch-Naturwissenschaftliche Fakultät of Johannes Kepler Universität Linz, Austria. His research areas encompass advanced semiconductor technologies, brain-computer interfaces, and open-source integrated circuit design. Recent publications highlight his work on frequency multipliers for signal applications, multimode bio-signal acquisition systems, and the mapping of neural activity using ultra-high-density recordings.

Harald Pretl

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Articles (20)

A 0.324-THz transmitter based on individual 2.65 % efficiency x16 frequency multiplier chiplets for phased-array and PMF applications

Brain–computer-interface-driven artistic expression

SSCS PICO Chronicles: News From the Open Source Community: Message from the Technical Committee of Open-Source-Ecosystem [Society News]

SSCS PICO Chronicles: News From the Open Source Community: Sixteen Teams Launched for 2024 SSCS PICO Open Source Chipathon and Exploring Analog IC Design Automation [Society News]

Real-time estimation of EEG-based engagement in different tasks.

A 370-nW Bio-AFE With 2.9-μ Vrms Input Noise in an Octa-Channel System-in-Package for Multimode Bio-Signal Acquisition

Mapping of the central sulcus using non-invasive ultra-high-density brain recordings

Open-source design of integrated circuits: An open-sourced 1.44-MS/s 703-μW 12-bit non-binary SAR-ADC using 448-aF capacitors in 130-nm CMOS

On the Versatility of the IHP BiCMOS Open Source and Manufacturable PDK: A step towards the future where anybody can design and build a chip

SSCS PICO Chronicles

News From the Open Source Community [Society News]

SSCS PICO Chronicles: The Open Source Community is Growing Further and Supported by SSCS PICO [Society News]

A 66% Tuning-Range, 60-GHz Quadrature Ring Oscillator Using Current-Combining for Frequency Multiplication

A Mixer-First Receiver With Class-F Adiabatic Switching

Performance Analysis of Resonant-Fin Transistors and Their Application in RF-Circuit Design

Modeling and Analysis of High-Q Resonant-Fin Transistors

Fifty Nifty Variations of Two-Transistor Circuits: A tribute to the versatility of MOSFETs

Fifty Nifty Variations of Two-Transistor Circuits: A tribute to the versatility of MOSFETs

A Survey on Self-Interference Cancellation in Mobile LTE-A/5G FDD Transceivers

Evaluating a Novel P300-Based Real-Time Image Ranking BCI

Collaborators (3)

Markus Stadelmayer

Mehdi Saligane

Rupert Ortner

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