What are the Parameters of the Static Characteristics of Low Differential Pressure Sensor?
The static characteristic of the low differential pressure sensor refers to the relationship between input and output when the input quantity is in steady state or a slowly changing signal. On account of at this time the input quantity and…
How to Solve the Problem when Using the Low Differential Pressure Sensor?
In the process of using the low differential pressure sensor, various bad experiences may occur due to inattention to some details. Today some experience of using the low differential pressure sensor is summarized to share with you, hoping to…
The Importance of Using Low Differential Pressure Sensors in Critical Environments
The low differential pressure sensor divides the pressure into two types: positive pressure and negative pressure. The former is used for protective isolation, and the latter is used for isolation and control of infectious diseases transmitted…
The Applications of Low Differential Pressure Sensor in Data Center
There are intensive equipment in data center, where the heat is concentrated,at the same time, these precision equipment have high requirements for the temperature, humidity and cleanliness of the environment, therefore, it is necessary to…
The Types of Low Differential Pressure Sensor
The low differential pressure sensor is generally divided into three categories: piezoresistive sensor, capacitive transducer and microelectromechanical (MEMS) sensor.
1. Piezoresistive sensor
Piezoresistive sensor is usually made of silicon…
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