Am2320 Digital Temperature And Humidity Sensor Suppliers and Manufacturers

AM2302 Temperature and Humidity Sensor Module Product Overview AM2302 Humidity-sensitive capacitance digital temperature and humidity module is a digital output signal containing a calibrated temperature and humidity combined sensor. It uses a dedicated digital modules capture technology and the temperature and humidity sensor technology to ensure that products with high reliability and excellent long-term stability. Sensor includes a capacitive humidity sensing element and a high-precision temperature measurement devices, and with a high-performance 8-bit microcontroller connected. Therefore, the product has excellent quality, fast response, anti-interference ability, high cost and other advantages. AM2302 Temperature and Humidity Sensor Module Applications HVAC, dehumidifiers, testing and inspection equipment, consumer goods, automotive, automation, data loggers, home appliances, humidity regulator, medical, weather stations, and other related humidity measurement and control, etc. AM2302 Temperature and Humidity Sensor Module Product Highlights Ultra-low power, transmission distance, fully automated calibration, using capacitive humidity sensor, completely interchangeable, standard digital single-bus output, excellent long-term stability, high-precision temperature measurement devices. AM2302 Temperature and Humidity Sensor Module Sensor Performance * Humidity range: 0~99.9%RH * Temperature range: -40~+80 deg C * Humidity Accuracy: ±2%RH * Temperature Accuracy : ±0.5 deg C * Humidity Repeatability: ±0.3%RH * Temperature Repeatability: ±0.2 deg C * Service voltage: 3.3V to 5.5V * Output signal: Single

HTM226LF Temperature and Humidity Sensor Module DESCRIPTION Based on the rugged HS24LF resisitive humidity sensor, HTM226LF is a dedicated humidity and temperature transducer designed for OEM applications where a reliable and accurate measurement is needed. It features a very small size for easy, cost-effective mechanical mounting. Direct interface with a micro-controller is made possible with the nodule's linear voltage output. HTM226LF Temperature and Humidity Sensor Module FEATURES * Full Lead free product * Calibrated within +/-5% @55%RH at 5Vdc * Small size and very cost effective * Miniature connector (JST) * 50kOhms +/-3% NTC temperature sensor @25'C * The best combination of cost effectiveness and performance * Stable, linear proportional voltage output from 0% to 95%RH * Stable and reproducible characteristics with temperature * High reliability and long term stability HTM226LF Temperature and Humidity Sensor Module APPLICATIONS * Air condition, Humidifier, Dehumidifier * Humidity controller, Humidity transmitter * Hygrometer, Hygro-recorder * Copying machine * Clock, Weather-forecast barometer

Digital temperature and humidity sensor htu21d pcba Description Htu21d pcba, the new humidity and temperature sensor of meas is about to set new standards in terms of size and intelligence: embedded in a reflow solderable dual flat no leads (dfn) package of 3 x 3mm foot print and 1mm height it provides calibrated, linearized signals in digital, i²c format. Htu21d pcbasensors are dedicated humidity and temperature plug and play transducers for oem applications where reliable and accurate measurements are needed. Direct interface with a micro-controller is made possible with the module humidity and temperature digital outputs. Htu21d pcba sensors are low power consumption designed for high volume and cost sensitive applications with tight space constraints. Every sensor is individually calibrated and tested. Lot identification is printed on the sensor and an electronic identification code is stored on the chip – which can be read out by command. Furthermore, the resolution of htu21d pcba sensor can be changed by command (8/12bit up to 12/14bit for rh/t), low battery can be detected and a checksum improves communication reliability. With made improvements and the miniaturization of the sensor the performance-to-price ratio has beenimproved – and eventually, any device should benefit from the cutting edge energy saving operation mode. Parameters: 1)storage temperature: -40 to 125ºc 2)supply voltage: 3.8v 3)humidity operating range: 1-100%rh 4)temperature operating range: -40 to 125ºc 5)vdd to gnd:-0.3 to 3.6v 6)digital i/o pins (data/sck) to vdd:-0.3 to vdd+0.3v 7)-10 to +10 ma Features: (1)pcba type package (2)relative humidity and temperature digital output, i2c interface (3)fully calibrated (4)lead free sensor, reflow solderable (5)low power consumption (6)fast response time and very low temperature coefficient

Frequency output temperature and humidity module htf3223lf Model number: htf3226lf Description Based on the rugged hs1101lf humidity sensor, htf3223lf is a dedicated humidity and Temperature transducer designed for oem applications where a reliable and accurate measurement is Needed. It features a miniature connector for easy, cost-effective mechanical mounting. Direct interface With a micro-controller is made possible with the module’s linear frequency output. Main features -the best combination of cost effectiveness and performance -stable, linear proportional frequency output from 10 to 95% rh. -calibrated within +/- 5% rh @ 55% rh. -10 kohm +/- 3% ntc temperature sensor (1% optional) -stable and reproducible characteristics with temperature. -high reliability and long term stability. Humidity sensor specific features Instantaneous de-saturation after long periods in saturation phase. Fast response time. High resistance to chemicals. Not affected by water immersion. Patented solid polymer structure. Temperature sensor specific features High quality thermistor Stable High sensitivity

DHT11 Temperature and Humidity Sensor Module Product Overview DHT11 digital temperature and humidity sensor is a calibrated digital signal output of the temperature and humidity combined sensor. It uses a dedicated digital modules capture technology and the temperature and humidity sensor technology to ensure that products with high reliability and excellent long-term stability. Sensor includes a resistive element and a sense of wet NTC temperature measurement devices, and with a high-performance 8-bit micro-controller connected. DHT11 Temperature and Humidity Sensor Module Applications HVAC, dehumidifiers, testing and inspection equipment, consumer goods, automotive, automation, data loggers, weather stations, home appliances, humidity regulator, medical and other relevant humidity measurement and control. DHT11 Temperature and Humidity Sensor Module Product Highlights Low-cost, long-term stability, relative humidity and temperature measurement, excellent quality, fast response, anti-interference ability, long distance signal transmission, the digital signal output, precise calibration. DHT11 Temperature and Humidity Sensor Module Specifications * Humidity Range: 5~95%RH * Humidity Accuracy: ±5%RH * Humidity Hysteresis: < ±0.3%RH * Temperature Range: -20~+60 deg C * Temperature Accuracy (25°C): ±2 deg C * Temperature Repeatability: ±1 deg C * Power supply: DC 3.3 ~ 5.5V * Output signal: Single

Temperature and moisture detectors are of paramount importance across multiple sectors, encompassing the realms of ecological surveillance, farming, HVAC mechanisms, and industrial production methods. These sensors require protection from external factors such as dust, moisture, and temperature fluctuations to ensure accurate and reliable measurements. Parameters Brand: TOPTITECH Size: Dia14*27H Pore size:30microns Application: temperature and humidity sensor protection cover Features High Porosity: Porous Ti elements exhibit a high degree of porosity, which allows for excellent permeability to air and moisture. The interconnected network of small pores enables the ingress and egress of gases while providing a physical barrier against larger particles. This feature ensures efficient ventilation and prevents the accumulation of moisture or contaminants on the sensor surface. Thermal Stability: Titanium is renowned for its exceptional thermal stability. Porous Ti elements can withstand a wide range of temperatures without experiencing significant structural changes or degradation. This property is especially crucial for temperature sensors, as it ensures the protection cover can endure extreme conditions without affecting the sensor's performance. Corrosion Resistance: Titanium exhibits excellent corrosion resistance, making it an ideal material for sensor protection in humid or corrosive environments. Porous Ti elements are highly resistant to various chemicals, including acids, alkalis, and salts. This corrosion resistance extends the lifespan of the protection cover and maintains the sensor's accuracy and reliability over time. Lightweight and Durable: Porous Ti elements are lightweight yet durable, providing a balance between mechanical strength and weight reduction. Their low density makes them suitable for applications where weight is a concern, such as aerospace or portable sensor devices. Additionally, the robust nature of porous Ti ensures longevity, reducing the need for frequent maintenance or replacement. Applications Environmental Monitoring: Temperature and humidity sensors used in environmental monitoring systems are often exposed to outdoor conditions. Agricultural Industry: In agriculture, temperature and humidity sensors play a vital role in optimizing crop growth and preventing diseases. HVAC Systems: Heating, ventilation, and air conditioning (HVAC) systems rely on accurate temperature and humidity measurements to achieve optimal indoor comfort.

The coolant temperature sensor consists of a negative temperature coefficient thermistor that is very sensitive to temperature changes. When the engine coolant temperature gradually increased, Thermistor resistance will gradually decline, On the contrary increases, when the engine coolant temperature changes, the output voltage of the sensor also changes accordingly. Engine coolant temperature sensor elongated head contact with the cooling liquid, the temperature of the coolant is detected by the change of the resistance value, and this signal is sent to the ECU,Used to detect the engine coolant temperature. The ECU corrects the fuel injection time and the ignition time after receiving the temperature signal. The normal use of the coolant temperature sensor is -30 ° C to 120 ° C,The corresponding output voltage is 0.3V ~ 4.7V.When the ECU detects an output voltage signal beyond this range,You can determine the sensor circuit failure. Car intake air temperature sensor (IATS) Automotive coolant temperature sensor (CTS) automobile exhaust gas temperature sensor (Ex-haust Air Temperature Sensor, EATS) car was NTC thermistor / temperature sensor Car temperature sensor,Respectively, water temperature sensor,Exhaust | intake air temperature sensor,These types of sensors are thermistors with the same characteristics,The temperature coefficient is negative temperature coefficient.The water temperature sensor is mounted on the engine cooling water passage,Its role is to detect the engine cooling water temperature,The water temperature sensor housing is fully enclosed,Use the change of resistance value to detect water temperature.The signal temperature value generated by the water temperature sensor is input to the ECU,ECU according to the cooling water temperature ignition control,Correction fuel injection amount to real-time control of the engine,To ensure the normal operation of the engine under different conditions. Intake | outlet temperature sensors are installed,Within the housing of the air cleaner box or regulator,The air flow meter or an intake manifold,Used to detect the temperature of the engine inhaled air.As the intake air temperature changes will affect the air density,The hotline, hot film cooling strength and the degree of atomization of the mixture have an impact,Intake air temperature sensor,Provide a signal to correct this effect.

The coolant temperature sensor consists of a negative temperature coefficient thermistor that is very sensitive to temperature changes.When the engine coolant temperature gradually increased,Thermistor resistance will gradually decline,On the contrary increases,When the engine coolant temperature changes,The output voltage of the sensor also changes accordingly. Engine coolant temperature sensor elongated head contact with the cooling liquid,The temperature of the coolant is detected by the change of the resistance value,And this signal is sent to the ECU,Used to detect the engine coolant temperature.The ECU corrects the fuel injection time and the ignition time after receiving the temperature signal. The normal use of the coolant temperature sensor is -30 ° C to 120 ° C,The corresponding output voltage is 0.3V ~ 4.7V.When the ECU detects an output voltage signal beyond this range,You can determine the sensor circuit failure. Car intake air temperature sensor (IATS) Automotive coolant temperature sensor (CTS) automobile exhaust gas temperature sensor (Ex-haust Air Temperature Sensor, EATS) car was NTC thermistor / temperature sensor Car temperature sensor,Respectively, water temperature sensor,Exhaust | intake air temperature sensor,These types of sensors are thermistors with the same characteristics,The temperature coefficient is negative temperature coefficient.The water temperature sensor is mounted on the engine cooling water passage,Its role is to detect the engine cooling water temperature,The water temperature sensor housing is fully enclosed,Use the change of resistance value to detect water temperature.The signal temperature value generated by the water temperature sensor is input to the ECU,ECU according to the cooling water temperature ignition control,Correction fuel injection amount to real-time control of the engine,To ensure the normal operation of the engine under different conditions. Intake | outlet temperature sensors are installed,Within the housing of the air cleaner box or regulator,The air flow meter or an intake manifold,Used to detect the temperature of the engine inhaled air.As the intake air temperature changes will affect the air density,The hotline, hot film cooling strength and the degree of atomization of the mixture have an impact,Intake air temperature sensor,Provide a signal to correct this effect.

The coolant temperature sensor consists of a negative temperature coefficient thermistor that is very sensitive to temperature changes.When the engine coolant temperature gradually increased,Thermistor resistance will gradually decline,On the contrary increases,When the engine coolant temperature changes,The output voltage of the sensor also changes accordingly. Engine coolant temperature sensor elongated head contact with the cooling liquid,The temperature of the coolant is detected by the change of the resistance value,And this signal is sent to the ECU,Used to detect the engine coolant temperature.The ECU corrects the fuel injection time and the ignition time after receiving the temperature signal. The normal use of the coolant temperature sensor is -30 ° C to 120 ° C,The corresponding output voltage is 0.3V ~ 4.7V.When the ECU detects an output voltage signal beyond this range,You can determine the sensor circuit failure. Car intake air temperature sensor (IATS) Automotive coolant temperature sensor (CTS) automobile exhaust gas temperature sensor (Ex-haust Air Temperature Sensor, EATS) car was NTC thermistor / temperature sensor Car temperature sensor,Respectively, water temperature sensor,Exhaust | intake air temperature sensor,These types of sensors are thermistors with the same characteristics,The temperature coefficient is negative temperature coefficient.The water temperature sensor is mounted on the engine cooling water passage,Its role is to detect the engine cooling water temperature,The water temperature sensor housing is fully enclosed,Use the change of resistance value to detect water temperature.The signal temperature value generated by the water temperature sensor is input to the ECU,ECU according to the cooling water temperature ignition control,Correction fuel injection amount to real-time control of the engine,To ensure the normal operation of the engine under different conditions. Intake | outlet temperature sensors are installed,Within the housing of the air cleaner box or regulator,The air flow meter or an intake manifold,Used to detect the temperature of the engine inhaled air.As the intake air temperature changes will affect the air density,The hotline, hot film cooling strength and the degree of atomization of the mixture have an impact,Intake air temperature sensor,Provide a signal to correct this effect.

The coolant temperature sensor consists of a negative temperature coefficient thermistor that is very sensitive to temperature changes.When the engine coolant temperature gradually increased,Thermistor resistance will gradually decline,On the contrary increases,When the engine coolant temperature changes,The output voltage of the sensor also changes accordingly. Engine coolant temperature sensor elongated head contact with the cooling liquid,The temperature of the coolant is detected by the change of the resistance value,And this signal is sent to the ECU,Used to detect the engine coolant temperature.The ECU corrects the fuel injection time and the ignition time after receiving the temperature signal. The normal use of the coolant temperature sensor is -30 , C to 120 , C,The corresponding output voltage is 0.3V ~ 4.7V.When the ECU detects an output voltage signal beyond this range,You can determine the sensor circuit failure. Weichai water temperature sensor 612600090673/612600090673 Dongfeng Tianlong, day Kam water temperature sensor water temperature plug / 0281002209 / D5010412450 Weichai Europe three cooling water temperature sensor 612600090919/612600090919 Nanchong natural gas engine 36.2D-02012 water temperature sensor assembly (ECU) / 36.2D-02012 FAW Xichai engine 6110 accessories water temperature alarm sensor / 3818010-001-0010 Dongfeng warrior accessories EQ2050 - water temperature is too low / too high sensor / 3839C21-010 Cummins water temperature sensor diesel generator set temperature alarm switch / 3408627 Natural gas engine water temperature sensor 3602160-55D Heavy Duty Hau Wo LNG Natural Gas Engine Cooling Water Temperature Sensor / R61540090004 Weichai WP10 water temperature sensor 612600090358 Nanchong natural gas engine water temperature sensor 36.2D-02012 / 36.2D-02012 Weichai engine country 3 EFI cooling water temperature sensor 612630060035 Chongqing Cummins engine M11 water temperature sensor 4921477 Shiyan Auto Parts City / 4921477

DT-625 Humidity & Temperature Meters DT-625 Humidity & Temperature Meters Description DT-625 is digital Humidity & Temperature Meter with Wet Bulb Temperature & Dew Point temperature, which has been designed to combine the functions of Humidity Meter, Temperature Meter, Wet Bulb Temperature and Dew point temperature. It is an ideal Humidity & Temperature Meter with scores of practical applications for laboratorial, industrial, Engineer and professional use. Large, easy-to-read backlit LCD with dual display; Fast Response Time: 10s (90% at 25C still air) 2% High Accuracy (625); Dew Point Temperature (-30C~100C/-22F~199F) (625) Wet Bulb Temperature (0C~80C/32F~176F) (625); Resolution 0.1%RH, 0.1C/0.1F Max/Min Hold and Data Hold Function (625); Microprocessor-based Design (625) Dual Display Temperature & Humidity