When choosing a pressure sensor, we need to pay attention to many problems, such as the range and accuracy of the pressure sensor, the temperature characteristics of the pressure sensor, and the chemical characteristics of the pressure sensor are to be considered, and the operation mode of the pressure sensor is also an important issue …
A pressure sensor is a device for pressure measurement of gases or liquids. Pressure is an expression of the force required to stop a fluid from expanding, and is usually stated in terms of force per unit area. A pressure sensor usually acts as a transducer; it generates a signal as a function of the pressure imposed. For the purposes of this article, such a …
What is a pressure sensor? A pressure sensor is a device or device that can sense pressure and convert pressure signals into available electrical signals according to certain rules. There is no amplifying circuit inside the pressure sensor, the full-scale output is generally millivolt level, and the load capacity is low, so it cannot be …
Differences between a Pressure Sensor and a Pressure Transmitter Read More »
Sensors are devices used to measure different physical and chemical parameters. Different types of sensors are used to measure different physical and chemical parameters. Pressure sensors made of the piezoresistive effect of semiconductor materials are called piezoresistive pressure sensors, also known as diffusion silicon pressure sensors. This kind of sensor must be in contact with …
Temperature Drift Characteristics of Pressure Sensor Read More »
The pressure sensor is a device that converts non-electricity into electrical signals, and the detection instrument generally includes sensors, detection point sampling equipment and amplifiers (for anti-interference processing and signal transmission) under the condition of analog electronic technology, and of course the power supply. And the on-site display part (optional), the electrical signal is generally …
With the development of the engine and the progress of science and technology, electronically controlled common rail scheme has become the mainstream line of the engine market, rail pressure sensor, oil pressure sensor, intake pressure temperature sensor has become the engine operation of the necessary sensors. With the application and popularization of the engine health …
Modern pressure sensors are able to tolerate adverse temperatures, humidity and vibration conditions provided they are within design specification limits. Minimizing the effects of such conditions helps to maximize the sensor’s operational life. Temperature Most electronic prssure sensors are suitable for ambient conditions ranging from lows of –20 to –40 °C (–4 to –40 °F) …
Importance of Operating Environment to Pressure Sensor Read More »
Pressure sensor is one of the most commonly used sensors in industrial practice, which is widely used in various industrial automation environment and many other industries. In the purchase of pressure sensors, the stability of the product is a major consideration. What factors affect the stability of pressure sensors? Next, we will introduce in detail …
Factors Affecting the Stability of Pressure Sensor Read More »
Examples of systems built around pneumatic technology include vehicle tires, air brakes (on buses, trucks and trains), air compressors, compressed-air engines, vacuum pumps and more. Examples of hydraulic applications include vehicle braking systems, power steering systems, shock absorbers, utility vehicles such as excavators and aerial platforms, lifts and industrial machinery such as hydraulic presses. The …
Water pressure sensors are often used to measure the level of water in a tank, or the rate of change in that level (as shown below). The sensor is fitted to the top of an open-ended tube submerged within the container. As the water level rises, the air above the water in the tube is …