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330100-90-00 Proximitor Sensor | Realize the detection of different physical quantities

Cables are not included.

330100-90-00 Sensor

Settings:

• Total length compatibility :9 m (29.5 ft)

• Agency approval: Not required

Part number :330100-90-00

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GE / Bently Nevada 330100-90-00 Proximitor Sensor

Cables are not included.

330100-90-00 Sensor

Settings:

• Total length compatibility :9 m (29.5 ft)

• Agency approval: Not required

Part number :330100-90-00

 

330100-90-00 sensor is a device or component that can sense and measure the physical quantity or state of the environment or object, and convert it into a readable signal. It is like our “electronic sense”, which can detect various information such as temperature, pressure, humidity, light, sound, position, and pass this information to other electronic devices for processing and analysis.

Sensors play a very important role in modern technology, which is widely used in automobiles, smart phones, medical equipment, industrial automation, environmental monitoring and many other fields. For example, acceleration sensors in smartphones can detect movement and tilt of the phone and automatically rotate the screen; Sensors in the car can monitor the vehicle’s speed, fuel consumption, tire pressure and other parameters to improve driving safety.

The working principle of the sensor can be summarized as follows: convert the input physical or chemical quantity into an electrical signal output.

Specifically, the 330100-90-00 sensor is usually composed of a sensing element, a conversion element and a conversion circuit. The sensor is responsible for sensing the change being measured and converting it into a physical quantity that can be easily measured, such as a strain gauge in a pressure sensor. The conversion element converts the physical quantity of the output of the sensor into an electrical signal, such as the resistance change of the output of a strain gauge. The conversion circuit amplifies and adjusts the electrical signal output of the conversion element to adapt to the subsequent signal processing and transmission requirements.

Different types of sensors use different sensitive elements and conversion elements to realize the detection of different physical quantities. For example, temperature sensors can use thermistors or thermocouples as sensitive elements to convert temperature changes into resistance or potential changes; Photoelectric sensors can use photosensitive elements to convert changes in light intensity into changes in electrical signals.

In general, the 330100-90-00 sensor realizes the monitoring and perception of the environment or objects by converting the input physical or chemical quantity into an electrical signal output, which provides important support for the development of modern science and technology.

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