Proizvajamo testno in merilno opremo, ki poenostavlja napredek človeštva. Naši sistemi za pridobivanje podatkov so vrhunska orodja za testne inženirje.
Zaupajo nam najbolj inovativne blagovne znamke na svetu
Izkusite Dewesoft
Zagotavljanje rešitev na ključ za testiranje, merjenje ter spremljanje:
Akustika »Zapisovanje podatkov »Testiranje v letu/vesolju »Spremljanje »Preizkušanje električne energije »Testiranje NVH »Vrtljivi stroji »Strukturna dinamika »Testiranje vozil »Železnica »Proizvodnja najnaprednejših sistemov za zajem podatkov (DAQ):
Sistemi DAQ »Robustni sistemi DAQ »Sistemi DAQ in nadzorni sistemi »Prenosni sistemi DAQ »Modularni sistemi DAQ »Zapisovalniki podatkov »Analizatorji moči »Spremljanje in naprave IoT »Senzorji »Programska oprema DAQ »Novice o izdelkih
Dewesoft maps have moved to maps.dewesoft.com. Old servers shut down Sept 26, 2025. Update your Map widget plugin to v1.14.14 to ensure Street & Satellite tiles continue working. Existing setups and data will migrate automatically, with no visible changes in your projects.
Baza znanja o pridobivanju podatkov
e-NVH testing integrates electric power analysis with noise, vibration, and harshness (NVH) evaluation to bridge simulation and real-world performance. By combining modeling tools with synchronized data acquisition, engineers can predict, validate, and optimize electric drives with higher accuracy. This approach reduces prototypes, shortens development cycles, and ensures efficiency, comfort, and reliability in modern electric mobility systems.
Grant Maloy Smith
9/24/2025
Študije primerov
At the University of Ljubljana, four servo motors were tested using Dewesoft tools to compare accuracy, efficiency, and thermal stability under loaded and unloaded conditions. Measurements of rotation, temperature, and power showed the Turnigy DMC 809 as the best performer, with consistent accuracy, minimal heating, and low power use, while the Waveshare WS-SG90 proved least reliable for demanding applications.
Študije praktičnega primera
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.
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