Respected,
Please help me in getting data from ADS1015 in labview
Re: Raspberry pi interfacing ADS1015 in labview
Hi,
Here's a link to the Labview Maker site, which may prove useful:
https://www.labviewmakerhub.com/forums/ ... f=12&t=551
Perhaps it may be better to get the sensor working in Python first, using established code; and then transferring to Labview:
https://learn.adafruit.com/raspberry-pi ... sh-ads1115
Good luck!
T o n y
Here's a link to the Labview Maker site, which may prove useful:
https://www.labviewmakerhub.com/forums/ ... f=12&t=551
Perhaps it may be better to get the sensor working in Python first, using established code; and then transferring to Labview:
https://learn.adafruit.com/raspberry-pi ... sh-ads1115
Good luck!
T o n y
Re: Raspberry pi interfacing ADS1015 in labview
Sorry but That doesnt help,, I have made a program but that is not working I dont know why can you please help me in that.
Re: Raspberry pi interfacing ADS1015 in labview
Hi,
Fair enough - please post your code and then we can all take a look to help.
There's not a lot of information to go on, but it seems to me that you might have two problems rather than one.
The first, unfamiliarity with the Labview programming environment; the second, talking to a new chip.
My way of doing things is always to take the easy steps first: talk to a new chip using the *simplest* example in Python. Then to move forwards change by change until you gain complete control of the chip; then transfer to the actual target environment. This way you can revert at any time to known working code.
Regards,
T o n y
Fair enough - please post your code and then we can all take a look to help.
There's not a lot of information to go on, but it seems to me that you might have two problems rather than one.
The first, unfamiliarity with the Labview programming environment; the second, talking to a new chip.
My way of doing things is always to take the easy steps first: talk to a new chip using the *simplest* example in Python. Then to move forwards change by change until you gain complete control of the chip; then transfer to the actual target environment. This way you can revert at any time to known working code.
Regards,
T o n y