Abschlussarbeiten

Kontakt

Name

Dr. Ralf Wunderlich

Akademischer Oberrat

Telefon

work
+49 241 80 27749

E-Mail

E-Mail
 

Am IAS wird in unterschiedlichsten Themenbereichen der integrierten Analogschaltungen geforscht. Die folgende Auflistung gibt eine Übersicht über die am IAS laufenden und abgeschlossenen Bachelor- und Masterarbeiten wieder. Wir bieten Arbeiten an aus den Bereichen

  • Integrierten Funksysteme
  • HF CMOS Schaltungsintegration
  • Design-Methodik für HF-SystemOnChip
  • Integrierte Leistungselektronik

Wenn Sie eigene Ideen für eine Bachelor- oder Masterarbeit haben, kommen sie gerne auf uns zu. Wenden Sie sich hierzu bitte an Ralf Wunderlich.

 

Offene Arbeiten

Topic Type Content Supervisor
Automated Parameter Extraction and Model Generation for Analog-to-Digital Converters Master PDF Alexander Meyer

Design of an Inductor DC Resistance Current Sense for DC-DC Converters

Master PDF Michael Hanhart

Analysis of parasitic elements in high-speed DC-DC converters

Bachelor / Master PDF Jan Grobe

Laufende Arbeiten

Task Type Author Content Supervisor
Development and Implementation of a Buck-Converter with SiC-Power-Transistors for Automotive Applications Bachelor Linus Rimpl Tobias Zekorn, Leon Weihs
Design and Implementation of an Analog-to-Digital Converter for Wake-Up Receivers in 28nm Technology Master Hayrettin Acar Christopher Nardi, Alexander Meyer

Modelling of an 802.11ba Wake-Up Receiver

Bachelor Elias Hempen Christopher Nardi
Design of an Input Stage for Burst Mode Analog-to-
Digital Converters
Bachelor Malte Wittenhorst PDF Kenny Vohl

Abgeschlossene Arbeiten - seit Oktober 2018

Task Type Author Content Supervisor
Design and Implementation of an Integrated Crystal Oscillator with Fast Start-up Using Gaussian-Shaped Dithered Injection in a 28-nm Technology Master Ozan Yildirim Lantao Wang, Tim Lauber
Development and implementation of a low-power RFID-based measurement system for applications in Smart Structural Health Monitoring Master Marcel Niewind Tobias Zekorn
Design and Implementation of a Time-to-Digital Converter
for digital Silicon Photomultipliers
Master Ismail Oguz Erdal PDF Alexander Meyer, Tim Lauber
Design and Implementation of an Integrated Ultra-Low Power Local Oscillator for Wake-Up Receivers in a 28nm Technology Master Alexander Tulov Christopher Nardi
Event-Driven Modelling of an All-Digital PLL considering Cross-Coupling and Noise on Power Supply Lines Master Florian Menke Jonas Meier
Analysis and Design of a Current-Mode Control Concept for Integrated Boost Controllers Master Jonas Zoche Michael Hanhart
Analysis and Design of a Half-Bridge Power Stage with a Driver Circuit in a High Voltage GaN-on-SOI Technology Master Jan Grobe Michael Hanhart
Efficient low-power linear voltage regulator for a wake-up receiver in a 28nm technology Master En-Chi Chang Johannes Bastl
Design and Implementation of an Integrated Envelope Detector and a Comparator for Wake-Up Receivers in a 28nm Technology Bachelor Tom Herzog Christopher Nardi
Design and Implementation of a Low-noise Amplifier at Low Intermediate Frequencies for Wake-Up Receivers in a 28nm Technology Bachelor Alexander Kronig Christopher Nardi
Design and Analysis of a Capless Low-noise Low Drop-out Regulator in a 28 nm Technology Bachelor Running Guo Lantao Wang
Design and Analysis of an Integrated Crystal Oscillator in a 28 nm Technology Bachelor Adrian Arnold PDF Lantao Wang

Design and Implementation of a multi-phase Clockgeneration in a Phse-Locked Loop with Relaxation Reference Oscillator and Phase Error Correction

Master Eric Wehr Tobias Zekorn
Design and Analysis of an Integrated Low Drop-out Regulator for All-Digital PLLs in 28nm Technology Bachelor Marc Faßbender PDF Lantao Wang
System-level Design and Implementation of an All-Digital PLL in 28nm Technology Master Fabian Maul PDF Jonas Meier
Design and Implementation of an Integrated Sense Structure for Pulse Measurement of Steep Voltage and Current Transitions in Power Electronic Applications Master Kenny Vohl PDF Tobias Zekorn
Design and Implementation of a Comparator with minimal Signal Transition Time Bachelor Johannes Kuhn PDF Michael Hanhart
Integration of a wakeup receiver in RIOT OS for a wireless sensor node Master Steffen Robertz Johannes Bastl
Design and Implementation of a Calibration Loop for static Comparator Offset Minimization Bachelor Jonas Zoche PDF Michael Hanhart
Design and Implementation of an integrated Phase-Locked Loop for Sigma-Delta Analog-to-Digital Converters Master Alexander Meyer PDF Tobias Saalfeld
Design and Implementation of a Time-to-Digital
Converter for All-Digital PLLs in 28nm Technology
Master Tim Lauber PDF Jonas Meier
Automated implementation of the digital configuration interface for application specific integrated circuits Master Zhihong Lei PDF Johannes Bastl
Design and Implementation of an integrated Linear
Voltage Regulator
Master Léon Weihs PDF Leo Rolff
Development of a Framework for Automated Characterization of customdesigned analog an RF circuit block Bachelor Viorica
Purcel
Jonas Meier
Design and Implementation of a Power-over-Ethernet Unit fordistributed sensor and control applications Bachelor Richard
Bonna
Tobias Zekorn
Design and Analysis of a Noise Shaping Integrating Quantizer for Continuous-Time Sigma-Delta Modulators Bachelor Damian
Panter
Tobias Saalfeld
Modification of BSIM Transistor Models for Simulation of Cryogenic Temperatures Bachelor

Yusa
Tombul

Fabian Speicher
Development of a reconfigureable passive Sliding-IF Mixer Bachelor Alexander
Tulov
Christoph Beyerstedt
Modeling of the Influence of Supply and Substrate Coupling on RF Circuits Bachelor Alexander
Schneider
Fabian Speicher