Brian,
The AMC chips were design for a specific function that generally require only 12 bits of resolution.
I'm sure that you could get 16 bits of performance from other devices, but it depends on what you need from your system. I generally…
Part Number: ADS1263 Other Parts Discussed in Thread: TIPD188 , ADS1262 Tool/software: Code Composer Studio I am trying to compile the firmware for the reference design TIPD188
I initially had over 100 errors mainly related to missing drivers for the…
Hi Mitch,
Welcome to the TI E2E Forums!
Typically, the ADC input will be differential so when using an INA it common to connect:
The INA's output to the ADC's positive input
and the INA's "REF" input to the ADC's negative input.
Apply an appropriate…
Part Number: ADS1263 Other Parts Discussed in Thread: INA228 Tool/software: Hello,
I am using ADS1263 for the current measurement.
My team mate has already raised a ticket having hardware queries about ADS1263,
Ticket link : https://e2e.ti.com/support…
Part Number: ADS1263 Do you notice Ferrite beads can be useful to reduce EMI noise injection from cables connected to the AINx pins or resistors+capacitors are enough as in the datasheet example?
Thank you very much and have a good day!
Part Number: ADS1263 Hi,
Our requirement is to measure 1uA to 15A DC current. We are planning to implement it using the ADS1263 ADC part for better resolutions.
We have below queries,
1. Is this circuit correct for implementing current sense resistor…
Hi Hari,
Even for DC inputs, the goal of an antialiasing filter remains the same - limit the bandwidth of the signal chain by attenuating out-of-band signals without interfering with the frequencies of interest. Just because you are measuring DC content…
My last post introduced the concept of signal aliasing and how it manifests itself in data-acquisition systems. When out-of-band signals alias into the passband, they overlap lower frequency content and mask the true signals you’re trying to measure.…
When it comes to the analog signal chain, everyone understands the importance of the input signal path. We design our systems to capture and preserve the integrity of signals of interest, while doing our best to block out or reduce interference. We pay…
