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SKU SEN0497/B

Gravity: DHT20 Temperature & Humidity Sensor for Arduino

Prezzo originale €11,57 - Prezzo originale €11,57
Prezzo originale
€11,57
€11,57 - €11,57
Prezzo attuale €11,57

Tutti i prezzi sono IVA inclusa

Disponibilità:
in magazzino
Disponibilità:
Esaurito
Disponibilità:
Da Ordinare
Spedizione : 4-6 Giorni
Richiesta Sconto per Quantita' e Informazioni

The DHT20 temperature & humidity sensor is the newly upgraded version of the DHT11. Data accuracy, stability, response speed, measurement range are greatly improved up.

DHT20 is a brand new ASIC dedicated chip, an improved MEMS semiconductor capacitive humidity sensor element and a standard on-chip temperature element. All sensors are factory calibrated and characterized by low power, high precision & stability, fast response, and strong anti-interference. Moreover, the DHT20 performance parameters of accuracy, power supply voltage, measurement range and response time have been enhanced greatly over the previous generation, making it more cost-effective.

Besides that, the DHT20 temperature & humidity sensor employs I2C digital output protocol, which is very suitable for HVAC, automobiles, data loggers, weather stations, home appliances, and other related temperature and humidity detection and controlled areas.

Application


Selection Guide

Gravity: DHT11 Temperature & Humidity Sensor Gravity: DHT22 Temperature & Humidity Sensor Gravity: DHT20 Temperature & Humidity Sensor
SKU DFR0067 SEN0137 SEN0497
Communication Method One wire One wire I2C
Operating Voltage 3.3-5V 5V 3.3-5V
Temperature range ± error 0~+50 ± 2 ℃ -40~+80 ± 0.5℃ -40~+80 ± 0.5℃
Humidity range ± error 20~90% ± 5%RH 0~100% ± 2%RH 0~100% ± 3%RH
Introduction Classic temperature and humidity sensor, low price, suitable for designs with low accuracy requirements High-precision temperature and humidity sensor, high price, high detection range and accuracy High-precision temperature and humidity sensor, DHT11 upgrade version, the same price but improved performance, using I2C communication, data is more stable