In the Air Design Challenge - Pollen & Allergen Sensing – Post 6 (HDC1000 Sensor)

RE: In the Air Design Challenge - Pollen & Allergen Sensing – Post 6 (HDC1000 Sensor)

Former Member — Fri, 09 Jan 2015 05:02:36 GMT

thanks

Its working [View:/resized-image/__size/16x16/__key/commentfiles/f7d226abd59f475c9d224a79e3f0ec07-b31a3191-6ed9-4267-a8b6-7e2135348119/2450.contentimage_5F00_1.png:16:16]

on linux first find the port

an then "screen /dev/ttyACM0 115200"

RE: In the Air Design Challenge - Pollen & Allergen Sensing – Post 6 (HDC1000 Sensor)

Former Member — Thu, 08 Jan 2015 12:54:13 GMT

nice work..

ai want to connect this HDC1000 to desktop through Putty bt i didnt get any information abt baudrate an flow control

Can Anyone tell me how to proceed

regards,

Mahi

RE: In the Air Design Challenge - Pollen & Allergen Sensing – Post 6 (HDC1000 Sensor)

DAB — Fri, 02 Jan 2015 20:35:22 GMT

Nice update.

Did you notice any performance difference after you broke the board in two pieces?

DAB

RE: In the Air Design Challenge - Pollen & Allergen Sensing – Post 6 (HDC1000 Sensor)

xever — Fri, 02 Jan 2015 19:54:14 GMT

Great post! I myself am using this module for my design. IMHO, the HDC1000 is one of the best digital temperature and humidity sensor out there, from a price-performance perspective and integration (both HW and SW) is easy, well-done Texas Instruments.

Below is a comparison of the Sensirion SHT11 (fitted in Galaxy S4) and the HDC1000 (EVM). Readings are very close but I couldn't tell which one is more accurate without having a calibrated device as reference.

[View:/resized-image/__size/1598x900/__key/commentfiles/f7d226abd59f475c9d224a79e3f0ec07-b31a3191-6ed9-4267-a8b6-7e2135348119/contentimage_5F00_177973.jpg:1598:900]