This includes, among other things, high-precision sensors and their associated interface chips and circuits, low-power, high-performance ADCs and DACs, and the development of chips that carefully balance accuracy, noise, power consumption, and speed to ensure stable, reliable operation in advanced electronic systems. These solutions are commonly used in demanding applications where precision, energy efficiency, and robust signal processing are critical to overall performance.
Professor Farshad Moradi
Head of SDU Microelectronics
High-precision sensors and their interfacing chips and circuits.
Low-power, high-performance analog-to-digital and digital-to-analog converters.
Chip designs addressing trade-offs between accuracy, noise, power, and speed.
Applications range from small IoT sensor nodes, structural health monitoring (temperature, humidity, cracks, corrosion, etc.), to automotive, robotics, and drone technologies.
Examples of circuits designed by the group.
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Chip Design
Time Domain Reflectometry (TDR) Chip
65 nm CMOS · 7-bit current DAC · 1.3 ns timing error · 0.18 m distance error · 7.5 mW analogue power consumption · 1.47 mW digital power consumption
Sensor Technology
A Fully CMOS Low-Power Temperature Sensor
65 nm CMOS · Measurement range −20 °C to +120 °C · ±1.36 °C (3σ) inaccuracy · FoM 0.019 nJ·K²
Last Updated 10.09.2026
