Part Number: ADC128S052 I adopted your ADC128S052CIMTX / NOPB, but when I checked the AD value that was taken in, it was found that the fluctuation was large (about ± 3%). After checking the situation, the data sheet of ADC128S052CIMTX / NOPB recommends…
Part Number: ADC128S052-Q1 Other Parts Discussed in Thread: ADC128S052 I assume since the 1st 3 SCLK cycles the ADC is in track mode and the fact that all the address bits get captured after the 5th SCLK cycles, the ADC is tracking the address bits from…
Part Number: ADC128S052-Q1 Hello,
We are using the ADC "ADC128S052-Q1" via SPI.
We wanted to know if you could support us with a sample code.
Also, an example with higher sampling frequency will be helpful.
Regards,
Soumya
Part Number: ADC128S052 Other Parts Discussed in Thread: ADC122S021 , Hi TI Team,
We are measuring the temperature of an unit using a thermistor. For that, we need a single channel ADC with Linux driver support. I couldn't find an suitable part in…
Part Number: ADC128S052-Q1 Other Parts Discussed in Thread: ADC128S052 , Customer use ADC128S052 to capture negative voltage, the negative voltage is offset by resistance net.
Here are the scenario:
When ADC128S052 just sample Channel 7, the output data…
Part Number: ADC128S052-Q1 Hi,
The datasheet specifies recommended clock frequency of 50 KHz - 1600 KHz. (page 5) Which clock is it? SCLK has a different range.
Thanks
Ben Manor
Part Number: ADC128S052-Q1 Dear TI Experts
I am now using ADC128S052-Q1 and meet with a problem needs your help:
If I send 001 (Channel 1) first , and then send 005 (Channel 5) ; I would like to know the data sent back is Channel 1 or Channel 5?
In fact…
Part Number: ADC128S052-Q1 Hi Team,
For ADC128S052-Q1, there is a full scale error data in datasheet, it has a typical value and a max value. The full scale error data is follow Normal distribution for all device.
Do we test this data before we ship…
Part Number: ADC128S052 Hello
We are using the ADC128S052 and getting wrong data when reading them out for the first few cycles. Only channel IN0 0 seems to be correct, reading IN1 results in completely wrong data. Instead of 12 bit we get 25273.
When…