Custom Hardware Components
We develop custom hardware components according to your requirements and tailored to your environment. A particular area of expertise focuses on solutions for parallel testing with a variety of test subjects/channels.
Examples are:
Testing system for controlling and monitoring test subjects with a variety of connections (e.g., automotive body controller)
128 analog inputs with sampling rates of up to 1 MHz
100 switching outputs (relays, open-drain, open-collector)
10 CAN interfaces
10 serial interfaces
22 digital I/Os
Testing systems with power sources for pulsing LEDs
up to 280 channels in a 19" rack
currents from 100 µA to 6 A
pulse durations from 1 µs to 10 s
Testing systems for characterizing battery cells
up to 240 channels in a 19" rack
parallel charging/discharging of cells with up to 10 A per cell
measurement of cell voltage, capacity, and internal resistance
To implement these systems, we use among others:
Embedded systems from National Instruments (PXI, cRIO, sbRIO)
Microcontrollers from STMicroelectronics
FPGAs from Xilinx
High-precision analog-to-digital converters from Analog Devices
Already during the development, we pay attention to EMC-compliant hardware design. We verify the interference immunity and emissions of our devices in our in-house EMC laboratory.
Custom Hardware Components
We develop custom hardware components according to your requirements and adapted to your environment. A particular area of expertise lies in solutions for parallel testing with a variety of specimens/channels.
Examples are:
Measurement system for controlling and monitoring specimens with a variety of connections (e.g. automotive body controller)
128 analog inputs with sampling rates of up to 1 MHz
100 switch outputs (relays, open-drain, open-collector)
10 CAN interfaces
10 serial interfaces
22 digital I/Os
Test systems with power sources for pulsing LEDs
up to 280 channels in a 19" rack
currents from 100 µA to 6 A
pulse duration from 1 µs to 10 s
Test systems for characterizing battery cells
up to 240 channels in a 19" rack
parallel charging/discharging of the cells with up to 10 A per cell
measurement of cell voltage, capacity, and internal resistance
To realize these systems, we use among other things:
Embedded systems from National Instruments (PXI, cRIO, sbRIO)
Microcontrollers from STMicroelectronics
FPGAs from Xilinx
High-precision analog-to-digital converters from Analog Devices
Already in the development phase, we pay attention to an EMC-compliant hardware design. We check the immunity and emissions of our devices in our in-house EMC laboratory.