AHT30 is a new temperature and humidity sensor with low power consumption and high precision. It is embedded in a reflow friendly two-row flat pin-less SMD package with a rugged housing and small size that can be easily integrated into difficult designs while meeting high reliability requirements. AHT30 can help the application equipment to reduce power consumption, extremely cost-effective, very suitable for cost control is more strict but also focus on quality enterprises for mass production.
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As a new generation of temperature and humidity sensors, AHT20 sets a new standard in terms of size and performance: a two-row flat pin less SMD package suitable for reflow soldering, bottom face 3x3mm, height 1.0mm.The sensor outputs calibrated digital signals in standard IIC format. AHT20 is equipped with a newly designed ASIC dedicated chip, an improved MEMS semiconductor capacitive humidity sensor element and a standard on-chip temperature sensor element. Its performance has been greatly improved or even exceeded the reliability level of the previous generation of sensors. A generation of temperature and humidity sensors have been improved to make their performance more stable in harsh environments. Each sensor is calibrated and tested, and the product lot number is printed on the surface of the product. Due to improvements and miniaturization of the sensor, it is more cost-effective, and ultimately all devices will benefit from cutting-edge energy-saving operation modes.
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AHT20-F is an integrated temperature and humidity sensor, covered with a PTFE waterproof film, which can effectively prevent the sensor from water vapor and dust, ensure that AHT20-F is not polluted, keep the sensor at a high sensitivity, and obtain Longer high-precision measurement, thus extending the service life of the sensor. Under the protection of waterproof membrane, AHT20-F has higher snesor performance and can adapt to more harsh environments, such as high temperature, high humidity and dust-intensive working environment.
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DHT20 is a new upgraded product of DHT11, equipped with a dedicated ASIC sensor chip, a high-performance emiconductor silicon-based capacitive humidity sensor and a standard on- chip temperature sensor, and uses a standard I2C data output signal format. Its performance has been greatly improved and has exceeded the reliability level of the previous generation sensor(DHT11).The new generation of upgraded products have been improved to make their performance more stable in high temperature and high humidity environments; at the same time, the accuracy, response time, and measurement range of the product have been greatly improved. Each sensor is rigorously calibrated and tested before leaving the factory to ensure and satisfy customer’s large-scale applications
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The AHT25 temperature and humidity sensor is equipped with a newly designed ASIC dedicated chip, an improved MEMS semiconductor capacitive humidity sensor element and a standard temperature sensor element, and its performance has reached the industry's advanced level. The improved new generation temperature and humidity sensor AHT25 has more stable performance in harsh environments and can maintain good accuracy in a larger measurement range. AHT25 uses standard-pitch plug-in connectors, which can be easily replaced in application. Every sensor has been rigorously calibrated and tested. Due to the improvement and miniaturization of the sensor, its cost performance has become higher.
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AHT2415C temperature and humidity probe adopts an integrated digital temperature and humidity chip, which outputs standard I2C signals and calibrated before delivery. The sensor Filter Membrane can effectively prevent the interference by water vapor and dust; Sensor wire length 550mm (±5), and offers customization options.
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AOD1000 hyperbaric oxygen sensor is a sensor that can be used in high pressure environments, the interface model is Molex 3-pin connector, its structure and composition are different from the sensor that detects oxygen under normal pressure, and can withstand much higher pressure than the general oxygen sensor.
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ACD1100 uses the non-dispersive infrared (NDIR) principle to detect the concentration of carbon dioxide in the air. ACD1100 has the advantages of good selectivity, no oxygen dependence and long life. With digital interface output, easy to use. The ACD1100 is a high-performance sensor that integrates infrared absorption gas detection technology, precision optical path and high-precision signal detection circuit.
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The AO-06 is an electrochemical oxygen sensor for oxygen concentration measurement and is designed specifically for medical equipment. AO-06 oxygen sensor interface model is 5520257-2. The sensor adopts molded body design, provides fast response and has long life. Domestic substitution can be realized. The sensor provides customers with superior quality while reducing costs. The pin definitions of AO-06 oxygen sensor and AO-07 oxygen sensor are different.
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AOX4000 is an oxygen sensor that measures the partial pressure of oxygen in the environment based on the principle of fluorescence quenching. The sensor has a built-in air pressure sensor, which can directly output the values of ambient air pressure, oxygen partial pressure and oxygen concentration, which is convenient for users to read data intuitively. Compared with electrochemical sensors, AOX4000 has longer life. Due to the temperature compensation function, no additional compensation system is required. AOX4000 is very stable and environmentally friendly, does not contain lead or any other harmful substances.
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AOX3000 is an industrial-grade three-electrode lead-free oxygen sensor. The sensor adopts the principle of fuel cell, does not contain lead block inside, and complies with RoHS standard. The design life of AOX3000 is more than 5 years, and the life will not be affected by chemical reaction consumption. The product has compact structure, small size, fast response and strong anti-interference ability.
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ACM3000 is a three-electrode electrochemical carbon monoxide sensor, carbon monoxide concentration is reflected by measuring redox current between electrodes. It has features of fast-response and stable output. Similar three-electrode carbon monoxide sensors in the market can be replaced by this sensor directly.
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The AS200B series gas mass flow controller are suitable for various conventional gases, improving the accuracy and reliability of gas mass flow control measurement results,with high repetitive accuracy up to ± 0.2% F.S; 1×1010Pa·m3/sec He low leakage rate and good airtightness ; They can support multiple signal outputs, including digital signals, 1-5V analog signals, and 4-20mA analog signals. They can use a single power supply (+15~+28VDC) and is suitable for different working scenarios; The standard open communication protocol provides convenience for customers to develop control and collection software themselves; At the same time, the products also provide powerful free client upper computer software, making them convenient for users to debug and operate.
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AFD2 Series is a vortex sensor based on the Von Karman vortices principle. Under certain conditions, when a fluid with a certain volume flow flows around a spoiler column, two linear vortices with opposite rotation direction and regular arrangement will periodically form on both sides of the spoiler column. After nonlinear action, Karman vortices are formed. The sensor chip can sense the size of the vortex to measure the flow of liquid through the pipe. The sensor has the characteristics of long service life, pollution resistance, high precision and no drift.
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The ASAIR AFD4 series is a water flow sensor based on the Karman vortex principle. Under certain conditions, when a fluid with a certain volume flow flows around the spoiler, two linear vortices with opposite rotation direction and regular arrangement will periodically form on both sides of the spoiler column, forming Karman vortex street. Sensors measure the flow of liquid through the pipe by sensing how fast or slow the vortex is flowing through the internal chip. With long service life, resistance to contamination, high accuracy, fast response and no drift, the sensors are ideal for demanding and cost-sensitive OEM applications.
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The AS200 series gas mass flow controller are suitable for various conventional gases, improving the accuracy and reliability of gas mass flow control measurement results,with high repetitive accuracy up to ± 0.2% F.S; 1×1010Pa·m3/sec He low leakage rate and good airtightness ; They can support multiple signal outputs, including digital signals, 1-5V analog signals, and 4-20mA analog signals. They can use a single power supply (+15~+28VDC) and is suitable for different working scenarios; The standard open communication protocol provides convenience for customers to develop control and collection software themselves; At the same time, the products also provide powerful free client upper computer software, making them convenient for users to debug and operate.
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ASAIR AGR10 series sensors are suitable for piezoresistive pressure sensitive chips processed using MEMS technology in biomedicine, vacuum negative pressure and home appliances. The chip consists of an elastic membrane and four varistors integrated on the membrane. The four varistors form the Wheatstone bridge structure. When the pressure acts on the elastic film, the bridge will generate a voltage output signal that is linearly proportional to the applied pressure. The pressure value can be calculated by measuring the output voltage of the Wheatstone bridge. The ASAIR AGR10 series is packaged in standard SOP6 form for easy use of SMT.
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AMC1100 gas mass flow controller is a device for precise measurement and control of gas mass flow. The sensor adopts self-developed MEMS mass flow chip, which has the characteristics of precision, stability, high and low temperature resistance, good linearity and fast response time. Before leaving the factory, AMC1100 range, accuracy, repeatability, response time and so on have been strictly tested and calibrated.
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Guangzhou Aosong Electronic Co., Ltd. Founding Conference was successfully held
2021-08-31Aosong Electronic established a subsidiary Silicon Core Materials
2021-08-31New Product Launch|Three Advantages of "Gas Mass Flow Meter" to Create a New User Experience
2021-08-24ASAIR Electronics' 6-inch MEMS sensor chip production line is officially put into operation
2020-11-02ASAIR Electronics provides high-precision flow sensors for industrial fields
2020-07-25A Generation of Classic DHT11 Exits The Stage of History, Aosong Electronics Launches DHT20 Temperature and Humidity Sensor
2021-08-25Increase Knowledge|How to buy temperature and humidity sensors?
2021-08-25Introduction to Temperature and Humidity Sensor
2021-08-25Precautions for Temperature and Humidity Sensor Measurement
2021-08-25The secret of the production process of carbonated beverages, the control of CO2 flow is inseparable from it
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