
Prof. Dr.-Ing. habil. Jens Haueisen
Director of the BMTI Institute and head of Biomedical Engineering Group
Prof. Dr.-Ing. habil. Jens Haueisen
phone: +49 3677 69 2861
TU Ilmenau
TU IlmenauThe electronics laboratory is equipped with a variety of measuring devices for electronics development. These range from precision spectrum analyzers and four-channel oscillographs with 2 GS/s to 128-channel logic analyzers. In addition to the high-end devices, a large number of commonly used measuring devices and multimeters can also be used. Various laboratory power supplies can also be used to power prototype developments. The large range of electronic components also facilitates the rapid construction of circuits. A temperature-controlled infrared soldering station at the electrostatically protected workstation, which can also be used to solder SMD components, is an important part of the laboratory equipment. Suitable tools and accessories are also available for smaller mechanical tasks.
Various development systems for microcontrollers from market-leading companies are available in the electronics laboratory. They are ideal for smaller measurement and control tasks in conjunction with analog-to-digital converters. In addition, the equipment is complemented by development environments for digital signal processors (DSP) and field programmable gate arrays (FPGA). These can be used to implement real-time image processing systems, which are used in various areas of medicine. In many cases, much higher image refresh rates are possible than would be possible with a PC due to the interface. Furthermore, PC-independent signal transformations can be carried out, for example. An extensive range of THT and SMD components is available for the rapid implementation of prototype setups. This includes numerous passive and active components, both for new builds and for adapting and repairing existing hardware.
TU Ilmenau
TU Ilmenau
TU Ilmenau
TU Ilmenau
TU Ilmenau
TU Ilmenau