2026/05/25
【Tech Lecture】Analysis of Shock and Vibration Plain-Language Explanation of the Response Spectrum Method
Vibration is the most common form of instantaneous, high-frequency, and intense vibration in engineering practice. It widely exists in scenarios such as equipment impact, transportation jolts, mechanical collisions, and explosive excitation. Sensors are the only front-end devices for capturing shock vibration; the two are closely connected and indispensable. The exact time history of the transient random loads of shock vibration is difficult to describe through equations, so direct transient analysis cannot be used for calculation. The response spectrum method is based on a special type of modal superposition. Its idea is to provide an input to limit the extent to which characteristic modes with specific natural frequencies and damping can be excited by such events....
2026/04/22
【Tech Lecture】Sensing Technology Empowers Energy Efficiency Improvement in Heat Pumps and VRF Systems – Technical Innovation and Engineering Applications of the CS-PT1800
In the energy-saving transformation of building HVAC and industrial temperature control, heat pumps and variable refrigerant flow (VRF) systems have become core equipment due to their high energy conversion efficiency. The accuracy and......
2026/03/23
【Tech Lecture】Piezoresistive Effect Explained in Seconds: How Do Pressure Sensors "Detect Pressure"?
A pressure sensor is essentially a device that converts mechanical deformation into electrical signals, and the Piezoresistive Effect is the physical foundation of this conversion. In 1856, Lord Kelvin (William Thomson), the renowned B......
2026/02/03
【Tech Lecture】Pressure Sensors: An Analysis of Core Sensing Principles and Technological Iteration
In fields such as industrial automation, intelligent manufacturing, new energy, and automotive electronics, pressure is the most fundamental core detection parameter. As the key sensing component that converts pressure into electrical ......
2024/11/07
Basic Working Principle of Magnetic Induction Tilt Sensor
The magnetic induction inclinometer sensor is mainly used to measure the azimuth angle of the drill pipe relative to the earth's magnetic field, thereby determining the inclination angle of the drill bit. The following is the basic wor......
2024/10/09
The Principle And Application Of Ultraviolet Sensors
A UV sensor is a device that converts UV signals into measurable electrical signals using photovoltaic mode and photoconductive mode with light-sensitive elements. The earliest UV sensors were based on pure silicon, but accordin......
2024/08/27
Chat About Mouse Sensors
For most PC gamers, the mouse is a very important gaming device. The key factor determining a mouse's performance is the sensor. Currently, mouse sensors are mainly divided into optical and laser types. Here, let's briefly discu......
