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Application Examples

You will find application examples (Use Case) for the application of CAN and EtherCAT measurement technology as well as data loggers here.

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This is a familiar use case in the design and development of the electric powertrain. Voltage and current flows need to be measured and analyzed at high sampling rates to detect disturbances such as overshoots. A real-world measurement setup is described in this case study.
Version 1.1.0
Language English
Size 1.83 MB

Version 1.2.0
Language English
Size 1.13 MB

Version 1.0.0
Language English
Size 1.22 MB

The electric vehicle charging infrastructure will be greatly expanded in the coming years. Companies that provide charging solutions, and operators of charging station networks must thoroughly test and validate the different types of charging stations.
Version 1.1.0
Language English
Size 969.5 KB

To optimize efficiency and driving comfort, a German car manufacturer focuses on electrified gasoline engines. Key component of this technology is the integrated starter generator (ISG). For its best possible application, fast current and voltage measurements are indispensable.
Version 1.0.1
Language English
Size 484.88 KB

To keep down fuel consumption rates, the fuel supply system must be regulated to match the fuel demand. Current flows at the electronic control unit (ECU) for the fuel pump are recorded over an extended period of time to find out whether its fuse is correctly rated or not.
Version 1.1.0
Language English
Size 467.29 KB

The development of high-performance electric passenger cars, commercial vehicles, buses or mobile machines poses extraordinary challenges due to a particularly large high-voltage vehicle electrical system. High shield currents can destroy the cables and must be measured.
Version 1.0.0
Language English
Size 653.83 KB

Version 1.0.0
Language English
Size 654.85 KB

This example shows how accelerations inside and outside a high-voltage battery pack are measured during a drop test to verify vehicle safety. CSM measurement technology offers a simple solution because a subsystem with both high- and low-voltage components can be measured synchronously with a single measurement system utilizing high sampling and data rates.
Version 1.0.0
Language English
Size 389.35 KB

In electric vehicles, the battery is of central importance and is subjected to thorough testing in development and pre-production. Temperature measurement plays a particularly important role in this process.
Version 1.1.0
Language English
Size 1.04 MB

The thermal characterization of high-voltage batteries requires precise temperature measurements down to cell level with a large number of sensors. Only with precise insights in the thermal behaviour of battery cells and the whole system further optimization can be performed. With the HV DTemp measurement system, temperatures on the cell level can be measured with up to 512 sensors on only one sensor cable.
Version 2.0.0
Language English
Size 288.74 KB

This is a familiar use case in the design and development of the electric powertrain. Voltage and current flows need to be measured and analyzed at high sampling rates to detect disturbances such as overshoots. A real-world measurement setup is described in this case study.
Version 1.1.0
Language English
Size 1.3 MB