1.8-5V GY-BME280 5V BMP280 5V BMP280-3.3V precision altimeter atmospheric pressure BMP280 sensor
Aliexpress UK
Part Number - PW0104KAPDA1. All Aircraft Parts Are Sold As Collector Parts. Serial Numbers - OS294 (Cracked). - 103mm x 173mm x 103mm (WxDxH).
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It is in its original leather case, which is in decent condition for its age.
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And advise that if parts are to be used on active aircraft. Part No: 0104KAP-DA1.
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And advise that if parts are to be used on active aircraft. We cannot be held responsible for their use, fitting or any loss caused or incurred should they be used without the relevant checks being undertaken.
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What height are you at right now? With a precise height sensor, the question would be answered quickly! Infineon's DPS310 sensor is a high-precision barometric sensor that is perfect for measuring changes in altitude with an accuracy of up to ± 0.002hPa (or ± 0.02m) and an absolute accuracy of ± 1hPa. This means that your absolute height can be determined with an accuracy of one meter and changes in height can be measured with an accuracy of up to 2cm. This makes it a great sensor for use in drones or other height sensitive robots. You can also use it to predict changes in the weather. Adadfruit's breakout board has level converters so you can use it with 3.3V (Feather / Raspberry Pi) or 5V (Arduino / Metro328). The board features SparkFun qwiic-compatible STEMMA QT-Plug connector for the.
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Verwendeter Chip: BMP280. Dieser fortschrittliche Sensor misst nicht nur Druck und Temperatur, sondern auch die Luftfeuchtigkeit. Der Sensor misst nicht nur Druck und Temperatur, sondern auch die Luftfeuchtigkeit.
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Adafruit BMP388 precision barometer, air pressure meter + temperature sensor The BMP388 sensor board from Adafruit has the successor to the tried and tested BMP180 or. BMP280 from Bosch. The BMP388 sensor module delivers higher precision than its predecessor and can be configured via I2C and SPI. The relative measuring accuracy of the sensor is 8 Pa, which corresponds approximately to a height difference of ± 0.5 m. The temperature can be determined with an accuracy of ± 0.5 ° C. Ideal for e.g. drones and quadrocopters to be able to maintain the altitude or any other application that requires the precise measurement of altitude. The breakout board can be operated with 3.3 V and 5 V and has the necessary level converters. More hints and a tutorial on how to use it with Arduino can be found.
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