Hi Justin
Thanks for the clarifications.
Justin Beigel said: You could try a driver update to see if it helps with the GUI testing, but it wouldn't help with the code composer issue.
I tried it a few times before but it didn't help with the GUI testing…
Hi,
thank you very much for your fast respond!
(1) Unfortunately I need this low frequency for my measurement. We need to differentiate water, ice and air. My literature suggested that the frequency needs to be lower than 20kHz to measure a difference…
Hello Richard,
The Sensing Solutions GUI which supports the LDC1000 is available here: http://www.ti.com/product/LDC1000/toolssoftware
Please also refer to the following two question on the Inductive sensing FAQ: https://e2e.ti.com/support/sensor/inductive…
Other Parts Discussed in Thread: LDC1041 , LDC1051 , LDC1612 , LDC1312 , LDC1101 Nowhere on the site there is something that looks as to 'HERE I AM' for EVM driver.
The LDC1000/LDC1041/LDC1051 Evaluation Module User's Guide states on p 3 the LDC10xx…
Other Parts Discussed in Thread: LDC1041 , LDC1051 , LDC1000EVM , LMP91300 What is the difference between the LDC1000, LDC1041 or LDC1051?
The LDC1051 measure only Rp and not L?
The LDC1041 is 8 bit ADC for Rp and 24 bit for L.
The LDC1000 is 16 bit ADC for…
Hello John,
the overload flag means that the sensor impedance is too low. This is the result of a hardware fault (for example short circuit), or of an incorrect sensor. By looking at your scope plot, it seems that your sensor frequency is too high (ƒsensor_MAX…
Hello Julian,
The L measurement is being used when you want to sense the presence of the target. The Rp measurement is being used when you want to sense the composition of the target or the presence in some cases (for example, ferromagnetic properties…
Other Parts Discussed in Thread: LDC1041 , LDC1051 I found a few errors in the datasheet LDC1000.pdf (Rev. C, SNOSCX2B).
The first problem is default value of the register Rp_MIN (0x14, page 17). It is a HW error, but no word about it is in datasheet. When…