One-chip solution in 0.35 μm standard CMOS for electronic ballasts for fluorescent lamps. - Dirk Killat; Joachim Schmidt 005; Andreas Baumgaertner; Robert Baraniecki; Oliver Salzmann (SoC, 2003)

A 14-V high speed driver in 5-V-only 0.35-μm standard CMOS. - Dirk Killat; Oliver Salzmann; Andreas Baumgaertner (ESSCIRC, 2004)

A 36-V H-bridge driver interface in a standard 0.35-μm CMOS process. - Rainer Krenzke; Cang Ji; Dirk Killat (ISCAS (4), 2005)

Design of single-inductor dual-output switching converters with average current mode control. - Weiwei Xu; Xiaoting Zhu; Zhiliang Hong; Dirk Killat (APCCAS, 2008)

Modeling of integrator leakage in a continuous time DeltaSigma-modulator using Matlab. - Dirk Killat; Horst Schleifer (Elektrotech. Informationstechnik, 2008)

A single-inductor dual-output switching converter with low ripples and improved cross regulation. - Weiwei Xu; Ye Li; Xiaohan Gong; Zhiliang Hong; Dirk Killat (CICC, 2009)

A single-inductor multiple-bipolar-output (SIMBO) converter with fully-adaptive feedback matrix and improved light-load ripple. - Weiwei Xu; Ye Li; Zhiliang Hong; Dirk Killat; Horst Schleifer (ESSCIRC, 2011)

A 90% peak efficiency single-inductor dual-output buck-boost converter with extended-PWM control. - Weiwei Xu; Ye Li; Zhiliang Hong; Dirk Killat (ISSCC, 2011)

Design and analysis of novel dynamic latched comparator with reduced kickback noise for high-speed ADCs. - Yan Huang; Horst Schleifer; Dirk Killat (ECCTD, 2013)

An LDO using stacked transistors on 65 nm CMOS. - Sara Pashmineh; Stefan Bramburger; Hongcheng Xu; Maurits Ortmanns; Dirk Killat (ECCTD, 2013)

A digital observer based current loop control for buck converters. - Florian Mezger; Dirk Killat (IECON, 2013)

A current mode 6-bit self-clocked tracking ADC with adaptive clock frequency for DC-DC converters. - Yan Huang; Horst Schleifer; Dirk Killat (ISCAS, 2013)

Design of high speed high-voltage drivers based on stacked standard CMOS for various supply voltages. - Sara Pashmineh; Hongcheng Xu; Maurits Ortmanns; Dirk Killat (MWSCAS, 2013)

Digital observer based current loop control for buck converters - Prototype implementation on an FPGA. - Florian Mezger; Dirk Killat (ISIE, 2014)

Design of a high-voltage driver based on low-voltage CMOS with an adapted level shifter optimized for a wide range of supply voltage. - Sara Pashmineh; Dirk Killat (ICECS, 2015)

Design of a high-voltage differential amplifier based on stacked low-voltage standard CMOS with different input stages. - Sara Pashmineh; Dirk Killat (MIPRO, 2015)

Self-biasing high-voltage driver based on standard CMOS with an adapted level shifter for a wide range of supply voltages. - Sara Pashmineh; Dirk Killat (NORCAS, 2015)

Design of High-Voltage Level Shifters Based on Stacked Standard Transistors for a Wide Range of Supply Voltages. - Sara Pashmineh; Dirk Killat (SBCCI, 2015)

Design of a high-voltage rail-to-rail error amplifier based on standard CMOS used in an LDO. - Sara Pashmineh; Stefan Bramburger; Dirk Killat (CCECE, 2016)

A high-voltage driver based on stacked low-voltage transistors with minimized on-resistance for a buck converter in 65 nm CMOS. - Sara Pashmineh; Dirk Killat (CCECE, 2016)

A unary coded current steering DAC with sequential stepping of the thermometer coded register in 1 and 2 LSB steps. - Stefan Bramburger; Pavol Pitonak; Dirk Killat (MIPRO, 2018)

About using analog computers in today's largest computational challenges. - Sven Köppel; Bernd Ulmann; Lars Heimann; Dirk Killat (CoRR, 2021)

Solving Partial Differential Equations with Monte Carlo / Random Walk on an Analog-Digital Hybrid Computer. - Dirk Killat; Sven Köppel; Bernd Ulmann; Lucas Wetzel (CoRR, 2023)