WF27HH is a high precision barometer and altimeter especially designed for consumer applications. It measures the pressure based on piezo-resistive MEMS pressure sensor.The ultra-low power,low voltage electronics of the WF27HH is optimized for use in mobile phones, smart watches,PDAs, GPS navigation devices and outdoor equipment. The sensor module is housed in a compact 10-pin metal-lid
LGA package with a footprint of only 2.7 × 2.7 mmP P and 1.81 mm package height. Its Digital Baromete small dimensions and its low power consumption allow the implementation in battery driven devices. With a low altitude noise of merely 0.08m and very low
offset temperature coefficient(TCO), the WF27HH offers superior performance and cost are perfectly suitable for applications like flying toys and sport watches. The IIC/SPI interface allows for easy system integration with a microcontroller.
Производи
Категории на производи
- Модул за тест на притисок & софтвер11 производ
- Сензор за притисок на воздухот7979 производи
- Дигитален сензор за притисок4141 производ
- Аналоген сензор за притисок2828 производи
- Сензор за позитивен притисок66 производи
- Вакуумски сензор за притисок22 производи
- Сензор за притисок на мерач4141 производ
- Сензор за диференцијален притисок44 производи
- Сензор за апсолутен притисок3636 производи
- Безжични RF модули88 производи
- RF 315 MHz66 производи
- RF 433 MHz33 производи
- Безжичен RF чип1313 производи
- Безжичен чип RF/Tx/Rx1313 производи
- Чип за безжичен приемник88 производи
- Чип за безжичен предавател55 производи
- Сите производи100100 производи
- Некатегоризиран производ33 производи
Нови производи
WF27HH 1BAR MEMS Pressure Sensor
- Pressure range:10 … 1300hPa
- Package: 10 -pin LGA metal-lid
- Footprint: 2 .7× 2 . 7mm
- Height: 1 .81mm
- Relative accuracy: ±0.03 hPa(±0.25m)
- Absolute accuracy: typ. ±1.5 hPa
- Temperature coefficient offset: 1.5 Pa/K,(12.6 cm/K)
- Digital interface: I2C/SPI
- Current consumption: 3.5μA @1Hz sampling rate
- Temperature range: -40~+125°C
- RoHs compliant, halogen-free





