Master's Thesis: Investigation of Novel Amplifier Topologies in Plasma and Laser Excitation (SS27)

TRUMPF GmbH + Co. KG · Freiburg im Breisgau

ThesisGerman needed: not said

Still open on 3 Nov

You apply on the company's own website.

Key facts

Duration: 6 months
Where you work: Company and home
Subject you study: Electrical Engineering, Electronics, High-Frequency Engineering, Power Electronics

Through structured research and evaluation of relevant amplifier topologies, you define suitable evaluation criteria and relevant operating ranges
In developing theoretical models of selected circuit concepts, you simulate and optimize suitable topologies
After selecting one or more promising approaches, you take over circuit design and construction of an experimental prototype
During commissioning and measurement characterization, you examine output power, efficiency, frequency response and behavior under different load conditions
By comparing simulation results with experimental measurements, you derive a technical assessment and further development options for future RF power amplifiers

Your studies in electrical engineering, electronics, high-frequency engineering, power electronics or a comparable field, or a comparable qualification, form the technical basis
You bring a good grounding in analog circuit engineering and electronics
You approach new technical questions with interest in RF power amplifiers, power electronics and modern semiconductor technologies, ideally with first experience in high-frequency engineering and circuit simulation
You are interested in practical lab work and electronic measurement technology
With a structured, analytical and independent way of working, you enjoy developing new technical solutions, implementing them practically and evaluating them critically

Through structured research and evaluation of relevant amplifier topologies, you define suitable evaluation criteria and relevant operating ranges
In developing theoretical models of selected circuit concepts, you simulate and optimize suitable topologies
After selecting one or more promising approaches, you take over circuit design and construction of an experimental prototype
During commissioning and measurement characterization, you examine output power, efficiency, frequency response and behavior under different load conditions
By comparing simulation results with experimental measurements, you derive a technical assessment and further development options for future RF power amplifiers

Your studies in electrical engineering, electronics, high-frequency engineering, power electronics or a comparable field, or a comparable qualification, form the technical basis
You bring a good grounding in analog circuit engineering and electronics
You approach new technical questions with interest in RF power amplifiers, power electronics and modern semiconductor technologies, ideally with first experience in high-frequency engineering and circuit simulation
You are interested in practical lab work and electronic measurement technology
With a structured, analytical and independent way of working, you enjoy developing new technical solutions, implementing them practically and evaluating them critically