CF1064EIY

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CF1064EIY Field Application and Working Principle

CF1064EIY is an advanced model of air flow rate sensor. It is made of high-performance plastic film and intelligent design circuit, making it suitable for measuring airflow rate in various environments. The CF1064EIY air flow rate sensor has a wide range of applications in a variety of areas, such as the heating, ventilation, and air conditioning industry, research, laboratory, and automotive industry.

The working principle of the CF1064EIY air flow rate sensor is based on the Bernoulli’s equation, which states that the pressure difference across a pipe is a reflection of the air flow rate. When the sensor is installed, the internal air flow passes through the flow holes from the inlet to the outlet. The pressure difference occurs between the inlet and the outlet as a result of the flow rate. This pressure difference is then received and analyzed by the internal circuit to output the corresponding data.

The output character of the CF1064EIY air flow rate sensor can be described as discrete. It is able to identify air flow rates in various contexts, including DC12V, PNP, and NPN. Depending on the different output selections, the output characters are divided into high and low voltages. The output leakage voltage of the PNP output is lower than that of the NPN output.

The CF1064EIY air flow rate sensor has a number of protected features to prevent accidents, such as a dust seal which ensures dust does not affect the sensor’s function. Moreover, the application state can be adjusted according to the environment with a range of power supply variations. The mechanism is calibrated beforehand to correct the internal air flow parameters and ensure a stable, high-precision output signal. The CF1064EIY air flow rate sensor operates at a wide range of temperature exchange and is also waterproof and dustproof.

The CF1064EIY air flow rate sensor uses a mechanical wave damping structure, which means that the sensor can accurately measure the air flow rate of low-speed airflow, such as in households or small machines. Furthermore, due to the NTC thermal resistor, the sensor is unlikely to produce too much heat, ensuring high efficiency and safe usage.

In conclusion, the CF1064EIY air flow rate sensor is an advanced model that is suitable for measuring air flow rate in a variety of different contexts. Owing to the Bernoulli’s equation explanation of its working principle, the sensor is able to produce highly accurate and stable output signals. The sensor also has multiple protected features and can be adjusted depending on the environment. The mechanical wave damping structure produces various output characters for safe usage.

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