measurement accuracy

Smart Laser Sensors: The ‘Precision Perception Core’ of Industrial Automation

by
Smart Laser Sensors: The 'Precision Perception Core' of Industrial Automation

Smart Laser Sensors: The ‘Precision Perception Core’ of Industrial Automation. Smart laser sensors are high-precision detection devices based on the principles of laser emission/receiving, integrating digital signal processing and AI algorithms. With advantages such as fast response speed, strong anti-interference capability, and high measurement accuracy, they have become core perception components in industrial automation and … Read more

Understanding Fastest Multi-Type Sensors

by
Understanding Fastest Multi-Type Sensors

Understanding Fastest Multi-TypeSensors In our daily lives, from a cup of rich coffee from the morning coffee machine to the central air conditioning system in office buildings, and to agricultural irrigation in cities, countless devices and systems rely on a key component: flow sensors. They can accurately measure the flow of liquids or gases, acting … Read more

Oscilloscope Settings for Power Ripple Testing: Why Choose 20MHz Bandwidth and AC Coupling?

by

In the process of power supply design and debugging, ripple testing is a critical step in assessing power quality. Many engineers set their oscilloscopes to a bandwidth limit of 20MHz and AC coupling mode during ripple testing. This is not a random choice, but rather based on profound technical considerations. This article will delve into … Read more

Impact of Installation Screw Strength on the Measurement Accuracy of Load Cells and Selection Standards + Video Discussion

by

Load cells, as the core measurement components of weighing systems, have their measurement accuracy not only dependent on the performance parameters of the sensor itself but also closely related to the details of the installation process. Among these, the selection of screw strength is a crucial factor that is often overlooked. The strength of the … Read more

Considerations and Analysis of Non-Weight Calibration Applications for Weighing Sensors in Industrial Scales

by

In the field of industrial weighing, truck scales serve as critical measurement devices, and their accuracy directly impacts core processes such as trade settlement and production control. The non-weight calibration technology, which eliminates the need to handle heavy standard weights, saves time and labor costs, and has been widely applied in certain scenarios. However, potential … Read more

Common Issues with Oscilloscope Probes

by
Common Issues with Oscilloscope Probes

Oscilloscope probes are widely used in electronic measurements, such as debugging complex electronic circuits, measuring the signal integrity of high-speed serial bus signals, and characterizing high-voltage power electronic devices. The probes and accessories used largely determine the measurement accuracy and the safety of the operator. In general, the probe product range includes high-quality active and … Read more

Precise Measurement of Torque Values: A Comprehensive Analysis of Torque Sensor Calibration Methods

by
Precise Measurement of Torque Values: A Comprehensive Analysis of Torque Sensor Calibration Methods

Click the above“blue text” to follow usTorque Sensor Calibration Methods1.Overview Torque is a traditional and important parameter in force measurement, widely used in industries such as automotive, shipbuilding, aerospace, and power generation. In these industries, precise measurement and control of torque values are crucial, especially in product research, testing analysis, quality inspection, and safety control. … Read more

Benchmark Design of Ship’s Strapdown Control System Based on Embedded Technology

by
Benchmark Design of Ship's Strapdown Control System Based on Embedded Technology

1. Background Significance This study investigates the structure and workflow of a discrete shipborne strapdown reference system and proposes a benchmark design scheme for a ship’s strapdown control system based on ARM + DSP embedded technology. The hardware system structure is designed, the structure and working principle of the closed-loop fiber optic gyroscope are analyzed, … Read more

Choosing Oscilloscope Bandwidth: From Principles to Practice

by
Choosing Oscilloscope Bandwidth: From Principles to Practice

Scientifically selecting bandwidth allows your oscilloscope to “see clearly” and “measure accurately”. Have you encountered these issues? The signal source outputs perfectly, but the waveform displayed on the oscilloscope is distorted, with unclear edges and inaccurate amplitude? The problem often lies in the choice of bandwidth. In the field of electronic measurement, the oscilloscope is … Read more

Pressure Sensors: Types, Applications, and Development Trends

by
Pressure Sensors: Types, Applications, and Development Trends

With the advancement of automation technology, in industrial equipment, in addition to liquid column pressure gauges and elastic pressure gauges, pressure sensors that can convert pressure into electrical signals are increasingly being adopted. Pressure sensors are the most commonly used type of sensor in industrial practice, and the pressure sensors we typically use are mainly … Read more