TE Connectivity Temperature & Humidity Sensor, Digital Output, Surface Mount, Serial-I2C, ±2%RH, 6 Pins
Техническая документация
Характеристики
Brand
TE ConnectivityФункция датчика
Температура и влажность
Тип выхода
Цифровой
Тип интерфейса
Последовательный, I2C
Точность
±2%относительной влажности
Тип монтажа
Поверхностный монтаж
Число контактов
6
Диапазон рабочих температур
От -40 до +125 °C.
Минимальная рабочая температура
-40 °C
Максимальная рабочая температура
+125 °C
Минимальное рабочее напряжение питания
1,5 В
Максимальное рабочее напряжение питания
3,6 В
Тип корпуса
DFN
Длина
3мм
Высота
0.9мм
Ширина
3мм
Размеры
3 x 3 x 0.9мм
Разрешение
0,7 % отн.влажн.
Информация о товаре
TE Connectivity HTU21D(F) Series Digital Humidity Sensors with Temperature Output
The HTU21D(F) is a digital humidity sensor with temperature output by MEAS. Setting new standards in terms of size and intelligence, it is embedded in a reflow solderable Dual Flat No leads (DFN) package with a small 3 x 3 x 0.9 mm footprint. This sensor provides calibrated, linearized signals in digital, I²C format.
HTU21D(F) digital humidity sensors 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 for humidity and temperature digital outputs. These low power sensors are 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. Low battery can be detected and a checksum improves communication reliability. The resolution of these digital humidity sensors can be changed by command (8/12bit up to 12/14bit for RH/T).
With MEAS’ improvements and miniaturization of this sensor, the performance-to-price ratio has been improved – and eventually, any device should benefit from its cutting edge energy saving operation mode.
Temperature & Humidity Sensors, TE Connectivity
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Техническая документация
Характеристики
Brand
TE ConnectivityФункция датчика
Температура и влажность
Тип выхода
Цифровой
Тип интерфейса
Последовательный, I2C
Точность
±2%относительной влажности
Тип монтажа
Поверхностный монтаж
Число контактов
6
Диапазон рабочих температур
От -40 до +125 °C.
Минимальная рабочая температура
-40 °C
Максимальная рабочая температура
+125 °C
Минимальное рабочее напряжение питания
1,5 В
Максимальное рабочее напряжение питания
3,6 В
Тип корпуса
DFN
Длина
3мм
Высота
0.9мм
Ширина
3мм
Размеры
3 x 3 x 0.9мм
Разрешение
0,7 % отн.влажн.
Информация о товаре
TE Connectivity HTU21D(F) Series Digital Humidity Sensors with Temperature Output
The HTU21D(F) is a digital humidity sensor with temperature output by MEAS. Setting new standards in terms of size and intelligence, it is embedded in a reflow solderable Dual Flat No leads (DFN) package with a small 3 x 3 x 0.9 mm footprint. This sensor provides calibrated, linearized signals in digital, I²C format.
HTU21D(F) digital humidity sensors 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 for humidity and temperature digital outputs. These low power sensors are 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. Low battery can be detected and a checksum improves communication reliability. The resolution of these digital humidity sensors can be changed by command (8/12bit up to 12/14bit for RH/T).
With MEAS’ improvements and miniaturization of this sensor, the performance-to-price ratio has been improved – and eventually, any device should benefit from its cutting edge energy saving operation mode.