Part Number: TIDA-01063 Other Parts Discussed in Thread: INA188
Hi All,
Thanks for your time, i have some question for TIDA-01063 reference design. for amplifer error budgeting section, i'm try to find input offset voltage/output offset voltage…
Other Parts Discussed in Thread: TIDA-01063 , INA149 , AMC1200 Dear all.
TIDA-01063 measures an AC current, but can DC be gauged with the same Rogowski method?
Regards, PAN-M
Other Parts Discussed in Thread: TIDA-01063 , TIDM-3PHMETER-ROGOWSKI Hi,
Will the software library of TIDM-3PHMETER-ROGOWSKI be applicable to interface the Rogowski Coil design outlined in TIDA-01063 to the MSP430?
Best Regards,
Teo
Other Parts Discussed in Thread: TIDA-01063 , ADS1256 , ADS131E08 Where can I buy all TI components identified in the kit: TIDA-01063_E1_AssemblyRelease
Rogowski coil PCB TIDA 01603, ADS131E08/ADS1256 EVM.
Part Number: INA333 Other Parts Discussed in Thread: TIDA-01063 , LM828 Hi Dear expert:
I use an ina333 to amplify the signal from a Rogowski coil. At the ina333 output (netlabel ADC_CURRENT), I got the waveform 1. There are huge periodic spikes on the…
Hi Vishal,
I don't think that TI has a current sensing chip with an integrated integrator. But you could adopt the method shown in TIDA-01063, performing the integration with a digital integrator by using a simple IIR digital integration algorithm.…
Part Number: TIDA-00753 Other Parts Discussed in Thread: TIDA-01063 , REF3212 , REF3220 Hi,
is this a mistake regarding the Voffset drift calculation in Table 4 of TIDA-00753? It shows that Voffset due to drift at Tmax should be multiplied with Vos at 25…
Other Parts Discussed in Thread: INA148 , INA149 How do Instrumentation Amplifiers (IAs) fit into my design?
TI Precision Labs - IA
Introduction to instrumentation amplifiers Training Video
When to use an instrumentation amplifier Training Video
Instrumentation…
Part Number: INA188 Other Parts Discussed in Thread: TIDA-01063 , I'm was looking at the TIDA-01063 reference design and wanted to replicate it on a much smaller scale as the frequency of the current we are trying to measure is around 150 times larger.…