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Author: Greg C
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Example: 1.0.0.0
Category: Measurement
Downloaded: 305 times
Followed by: 3 users
License: MIT license
Download [27.83KB]Freescale precompiled project (SREC) for FRDM-KL46Z to read SHT11 temperature and humidity in Hyperterminal using USB OpenSDA CDC interface.
Just drag'n drop the SREC file in the FRDM-KL46Z drive from the file explorer.
OpenSDA MSD-DEBUG-FRDM-KL46Z48M_Pemicro_v114.SDA application: www.pemicro.com/openSDA
Author: Greg C
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 360 times
Followed by: 4 users
License: MIT license
Download [273.66KB]Freescale Kinetis Design Studio project for FRDM-K64F to read SHT11 temperature and humidity in Hyperterminal using USB OpenSDA CDC interface.
KDS: www.freescale.com/kds
Processor Expert components: http://sourceforge.net/projects/mcuoneclipse/files/PEx%20Components
OpenSDA PE_Micro-Debug application: www.pemicro.com/openSDA
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 211 times
Followed by: 4 users
License: MIT license
Download [203.78KB]This is a C# driver to use the Pressure Click board on the Quail board or any NETMF board.
Features :
- get pressure in mbar
- get temperature in °C
- power on/off control
- user selectable data rate
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 219 times
Followed by: 4 users
License: MIT license
Download [221.25KB]This is a C# driver to use the Motion Click board on the Quail board or any NETMF board.
Features :
- event driven
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 244 times
Followed by: 3 users
License: MIT license
Download [251.05KB]This is a C# driver to use the STH-11 Click board on the Quail board or any NETMF board.
Features :
- Event driven
- Gets temperature/humidity in a single read
- Change resolution from 8/12 bits to 12/14 bits
WARNING : see http://www.mikrobusnet.org/project/sht11-click
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 194 times
Followed by: 3 users
License: MIT license
Download [236.49KB]This is a C# driver to use the Illuminance Click board on the Quail board or any NETMF board.
Features :
- Polling Mode
- Over Sampling
- Altitude – Raw/Sea Level Compensated
- Pressure – Raw/ Sea Level Compensated
- Temperature
- Event Driven
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 188 times
Followed by: 3 users
License: MIT license
Download [203.87KB]This is a C# driver to use the Light Click board on the Quail board or any NETMF board.
Features :
- Scaled results
- Raw results
- Light as percentage of full scale
- Voltage of the photodiode
- Number of samples for avering measure
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 212 times
Followed by: 3 users
License: MIT license
Download [202.02KB]This is a C# driver to use the Illuminance Click board on the Quail board or any NETMF board.
Features :
- Returns current drawn by any device
- Programmable samples count
Author: MikroBUS.NET Team
Last Updated: 2015-04-28
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 238 times
Followed by: 3 users
License: MIT license
Download [206.73KB]This is a C# driver to use the Thermo Click board on the Quail board or any NETMF board.
Features :
- Thermocouple Temperature in °C.
- MAX31855 IC Temperature in °C – could be useful for Ambient Temperature Sensor of the THERMO click mounted in an enclosure.
- Thermocouple fault detection :
Author: Badhusha Arabusha
Last Updated: 2015-04-23
Package Version: 1.0.0.0
Category: Measurement
Downloaded: 2689 times
Followed by: 2 users
License: MIT license
Download [130.96KB]A rotor inside the flow sensor rotates proportional to the quantity of water passing through it. for each rotation of the rotor a pulse is produced. Number of pulses for each second is calculated (i.e) frequency. the flow rate (L/min) can be obtained by dividing the frequency by 7.5.
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