Application Notes

Application Notes

Students at Dresden University of Applied Sciences used DewesoftX to reverse-engineer an unknown CAN-FD vehicle speed signal without a DBC file and validate it against wheel-speed data. They also compared the Škoda Enyaq’s integrated acceleration sensors with a Bosch mm3 reference sensor, revealing differences in signal noise, filtering, offsets, and resolution.

Application Notes

This study analyzes how motion strategy and operating speed affect the energy consumption of a KUKA SCARA robot. High-speed measurements of motor current, voltage, power, and energy show that speed has a greater impact on consumption than motion duration, while Motors 1 and 2 account for most of the robot’s total energy use.

Application Notes

The Fuchstal Lights Up project investigates how grid-forming and grid-following converters can maintain a stable island grid powered by renewable energy. Using high-speed synchronized Dewesoft measurements, researchers capture converter dynamics, validate simulation models, and develop control strategies for stable future power grids.

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Helmut Behmüller

Aug 28, 2026

Application Notes

Repurposing retired EV batteries for stationary energy storage requires thorough safety validation before deployment. Researchers at Tallinn University of Technology evaluated a second-life Nissan Leaf battery using the Dewesoft Obsidian R8 to monitor charging behavior, pack voltage, current, and BMS CAN data. The results confirmed stable operation, safe cell voltages, and suitability for further stationary energy storage applications.

Application Notes

Researchers at FH CAMPUS 02 used Dewesoft modal analysis and impact testing to compare the vibration behavior of two tennis rackets and evaluate the effect of a vibration damper. The study showed that racket construction strongly influences vibration, comfort, and control, while the damper has little effect on overall structural dynamics, affecting only localized string-bed vibrations.

Application Notes

Dewesoft USA Summer Camp 2026 gave 12 high school students and recent graduates a hands-on introduction to automotive testing. Working with instrumented off-road go-karts, they used professional DAQ systems and sensors to collect, analyze, and interpret real test data while learning from Dewesoft engineers. The program combined practical engineering, teamwork, and real-world problem solving.

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Owen Maginity

Jul 15, 2026

Application Notes

Using a BMW XM equipped with Dewesoft SIRIUS DAQ systems and DewesoftX software, engineers captured synchronized video, audio, GNSS, CAN bus, and sensor data to study how drivers interact with ADAS features in real-world conditions. The testing revealed how drivers respond to warnings, lane keeping, parking assist, and automated interventions, helping improve safety validation and user experience.

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Owen Maginity

May 15, 2026

Application Notes

DewesoftX streamlines data acquisition by combining sensor databases with TEDS smart sensors to automate setup and reduce errors. Stored sensor data enables fast, consistent configuration, while TEDS reads sensor information automatically for plug-and-measure operation. Together, these tools improve efficiency, ensure reliable measurements, and support complex testing across industries.

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Grant Maloy Smith

Mar 23, 2026

Application Notes

The article explains how DewesoftX integrates with Optris thermal cameras to deliver fully synchronized thermal imaging and temperature measurement alongside analog, CAN, GPS, and other DAQ data. Using a BMW XM engine warm-up example, it shows how high-speed thermal video, extracted temperature channels, and sensor data combine into a complete thermal-mechanical view for advanced testing and R&D applications.

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Kayla Day

Dec 29, 2025

Application Notes

The article explains how electricity transmission towers can fail without visible warning due to environmental loads and structural aging, and why continuous oscillation monitoring is the most reliable way to detect early damage. It presents Dewesoft’s NEMOSENSE system as a compact, autonomous solution that tracks vibration behavior, analyzes key indicators at the edge, and delivers actionable insights for predictive maintenance and safer grid operation.

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Gabriele Ribichini

Dec 29, 2025

Application Notes

The article explains how the DewesoftX Sequencer automates testing by integrating data acquisition, control, and reporting. Through the Balloon Lift-off Demonstrator, it shows how automated logic, sensor integration, and IOLITE hardware streamline complex tasks, improve repeatability, and reduce errors across modern quality assurance workflows for engineers.

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Owen Maginity

Dec 2, 2025

Application Notes

Monitoring 110 V DC digital inputs is essential in railways and other critical systems where these lines deliver both power and status signals. Engineers must safely adapt high-voltage signals for DAQ systems without disturbing operations. Dewesoft supports two methods: a simple voltage divider for cost-efficient setups and a dry-contact relay interface that provides full isolation and higher reliability for demanding field use.

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Alberto Boffi

Dec 1, 2025

Application Notes

Dewesoft USA equipped a BMW XM with a removable, high-performance data acquisition system to demonstrate advanced vehicle testing. Using Navion i2, SIRIUS, and KRYPTON modules, the car collects acceleration, braking, handling, sound, comfort, and power data much like a manufacturer’s benchmark program. The project showcases Dewesoft’s full automotive testing capabilities across EV, hybrid, and ICE applications.

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Owen Maginity

Nov 26, 2025

Application Notes

CETEST and Dewesoft have spent more than a decade advancing pantograph and catenary testing by combining high-precision sensors with rugged DAQ systems to improve safety, reliability, and measurement speed. Their integrated approach delivers synchronized force, vibration, displacement, thermal, and arc-detection data that help rail engineers optimize performance, reduce wear, and enhance high-voltage railway operations.

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Grant Maloy Smith

Nov 25, 2025

Application Notes

The project shows how an accelerometer and DewesoftX can measure circular hand gestures to extract timing, acceleration, and radius. Comparing small and large circles demonstrates how motion scale influences period and force. The results outline how processed acceleration data can support reliable gesture recognition for future smart-device control.

Application Notes

Researchers at Tallinn University of Technology developed a Dewesoft-powered test bench to evaluate BLDC motors used in electric scooters. By combining torque sensors, a powder brake, and real-time data acquisition, they mapped torque-speed behavior, stall torque, and power output. The system provided synchronized electrical and mechanical insights, helping engineers optimize motor efficiency, design, and control strategies.

Application Notes

Using Dewesoft’s SIRIUS DAQ system and DewesoftX software, researcher Alen Jakopic analyzed the Sharp GP2Y0A21YK0F IR distance sensor for levitation control applications. The study uncovered noise and fluctuating signals that could disrupt accuracy, leading to custom filtering solutions with FFT, FIR, and averaging. Calibration revealed a usable range of 15–50 cm, emphasizing the need for testing and application-specific tuning.

Application Notes

Dewesoft and Delta Motion combine Dewesoft’s high-speed DAQ systems and SCADA capabilities with Delta’s RMC motion controllers using EtherCAT and Modbus protocols. The setup enables real-time control, data acquisition, and intuitive visualization. DewesoftX software integrates seamlessly for data logging, control, and user interface design, supporting advanced industrial automation applications.

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Michael Elmerick

Jul 10, 2025

Application Notes

You can use DewesoftX software without DAQ hardware by simulating signals through four methods: built-in signal simulation, math-based waveform creation, using your PC’s sound card, or replaying recorded data files. These modes enable users to explore DewesoftX features, configure systems, and train without requiring any physical hardware, providing full access for learning, analysis, and data visualization.

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Grant Maloy Smith

Jun 12, 2025

Application Notes

This article explains how to integrate Dewesoft EtherCAT DAQ systems—like IOLITE, KRYPTON, and OBSIDIAN—with LabVIEW. It walks through creating an ENI file, configuring the EtherCAT master, acquiring synchronized data, and adjusting device parameters using the Ackermann Library. The example focuses on IOLITEi 3xMEMS-ACC, highlighting its precision, flexibility, and suitability for structural and automation tasks.

Application Notes

A major metro system upgraded its rail infrastructure by deploying Dewesoft DAQ systems and Knick high-voltage transducers to monitor voltage, current, temperature, and digital signals across traction power substations. The combination of rugged, high-precision hardware and powerful DewesoftX software enabled synchronized, real-time, and remote monitoring. This improved safety, reduced downtime, and enhanced overall system reliability and efficiency.

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Will Kooiker

Mar 27, 2025

Application Notes

This application note showcases a proof-of-concept robotic arm system using Dewesoft’s IOLITE R8 hardware and DewesoftX software to simplify servo control. The setup combines real-time control, high-resolution output, and intuitive automation, demonstrating precise motion control, synchronized data acquisition, and easy integration with third-party systems.

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Owen Maginity

Mar 26, 2025

Application Notes

This application note explains how phase load balancing can extend low-voltage grid capacity and delay costly transformer upgrades. By redistributing single-phase loads, utilities reduce peak loading, improve stability, and save costs. Analysis of over 1.500 transformers shows significant benefits, especially when using tools like Dewesoft Gridphase for accurate, network-aligned phase data and efficient field operations.

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Urban Kuhar

Mar 21, 2025

Application Notes

The article highlights the importance of accurate phase identification in power distribution networks and introduces Dewesoft Gridphase, which uses synchrophasor technology to ensure consistent phase information across the grid. By compensating for transformer shifts and voltage angle deviations, Gridphase enables precise power-flow analysis, efficient maintenance, and improved grid stability in a simple and scalable way.

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Urban Kuhar

Mar 21, 2025