Dewesoft data acquisition systems are rugged, modular, and easy to use. Our signal conditioners are compatible with virtually every type of sensor. You can also record video, CAN BUS, GPS, Ethernet, and many other digital data formats, all fully synchronized.

DEWE VIETNAM supplied Samsung R&D Vietnam with a 16-channel Dewesoft SIRIUS HD 16 STGS data acquisition system for PCB strain measurement applications. The solution supports high-accuracy strain gauge measurement, reliable synchronization, and advanced data analysis, making it suitable for research, testing, and mechanical reliability evaluation of printed circuit boards.

The seminars attracted lecturers, researchers, and engineers from automotive, electronics, mechanical engineering, civil engineering, aerospace, and industrial testing fields across Vietnam.

Acceleration is the rate at which the velocity of an object changes over time. Mathematically, it is the derivative of the velocity vector with respect to time, expressed as a = dv/dt. Acceleration is the net result of all forces acting on an object. In measurement practice, acceleration is usually considered in two main ways. The first is acceleration caused by vibration of the test object. The second is acceleration caused by changes in motion, such as the acceleration, braking, or cornering of a vehicle or aircraft.

often abbreviated as DAQ or DAS, is the process of sampling measurement signals from real-world physical phenomena and converting them into digital data that can be processed by computers and software. Unlike traditional recording methods such as strip charts or paper-based instruments, DAQ systems convert signals from the analog domain into the digital domain and then store them on digital media such as ROM, flash storage, or hard drives for display, analysis, and reporting.

is a sensor used to measure mechanical deformation. Centuries ago, Lord Kelvin discovered that the electrical resistance of a conductor changes when it is stretched or compressed. Based on this principle, the modern strain gage was developed as a very thin conductive element, typically arranged in a zigzag pattern and bonded to a flexible backing. When the strain gage is attached directly to the surface of a test object, any deformation of that object causes a proportional change in the sensor’s electrical resistance. This allows engineers to quantify strain, stress, or load acting on the structure. Since each strain gage is normally sensitive in a specific direction, multiple sensors are often installed in different orientations to capture the full strain behavior of the test article.

TEDS is a powerful and highly practical technology, especially when working with large numbers of sensors. It removes much of the tedious manual channel and sensor setup, saving time, lowering cost, and reducing human error.

Dewesoft DAQ systems support a wide range of measurement and testing tasks. You can browse applications by solution field, industry group, or specific application name. Some applications appear in multiple industries. For example, power analysis is not only used in power plants, but also plays an important role in electric vehicles, rail systems, and other electrified platforms. Likewise, acoustic analysis and modal analysis are core tools used across many industries.

Vehicles are increasingly equipped with RADAR, SONAR, and LiDAR sensors, while also receiving absolute position data from GPS sensors and inertial data from IMU sensors. The processing computers that take in all of this information and generate outputs to assist the driver or take direct action are steadily increasing in power and speed in order to handle the complex tasks involved in driving.

includes both passive and active safety systems developed to reduce the human-error component in vehicle operation. These systems use advanced technology to support the driver during driving, improve situational awareness, and enhance overall driving performance and safety.

DEWE VIETNAM delivers high-performance data acquisition solutions for R&D applications using the Dewesoft SIRIUS R1DB system, enabling precise multi-channel measurements, high sampling rates, and reliable operation in demanding environments.

Force is the input that changes the motion of an object over time. For example, a simple linear force can push (or pull) a mass at rest, changing its velocity by accelerating it over time. Torque is the force that causes an object to rotate around an axis. Therefore, torque is a “twisting force,” also known as rotational force. A clear example of torque is the driveshaft in your vehicle. The amount of torque that the engine can generate in that shaft determines the vehicle’s ability to perform work. Torque is a vector, meaning it acts in a specific direction. Torque is the twisting force used to rotate or turn a driveshaft, screw, bolt, or wheel.

For bridge vibration monitoring and civil structure applications, Dewesoft IOLITE® 3xMEMS is a suitable solution thanks to its low-frequency measurement capability, precise signal synchronization, and flexible field deployment.