Part Number: TIDA-01063 Could you kindly tell me how to use TIDCC93-TIDA-01063 Software in Excel file (Rogowski Coil Tool). It seems locked because the results doesn't change whenever I key in the other parameters. I am looking forward to hearing from…
Part Number: TIDA-01063 Dear TI expert,
I recently have been studied PCB Rogowski Coil design to measure fast varying current.
I've found Ti provided many materials regarding this area. But I still am not sure about how to design this PCB Rogowski coil…
Part Number: TIDA-01063 Hi:
I Have a question about The TIDA-01063:
this is a integral circuit in the Reference Design,why we need a Digital Integration describe in chapter 4.3。
Part Number: TIDA-01063 Hi All:
How to calculate the ‘Uncalibrated Accuracy of 0.2%’in the document ‘High Accuracy AC Current Measurement Reference’ base on the data described in ‘Rogowski Coil Tool.xlsx’.
Thank you…
Part Number: MSP430FR5994 Other Parts Discussed in Thread: TIDA-01063 Hi, this is a beginner's question.
I studied TIDA-01063 design guide. I want to use the rogowski coil in my product. The question is when I implement the digital integrator, I need…
Part Number: TIDA-01063 Other Parts Discussed in Thread: TIDM-3PHMETER-ROGOWSKI , TMCS1100 , AMC3301 , AMC1106M05 , Dear TI expert,
I am finding a low cost sensor to measure a low current for overlaod protection, current range from 0.16A to 5A, 50/60Hz. I would…
Part Number: TIDA-01063 Other Parts Discussed in Thread: LMC6001 , UCC21521 , For a defense project, we need to measure a 2500 Amps pulse current with a rise time of 2-3 micro secs.
This pulse is produced by discharging a 0.3 uF capacitor charged to 5000Volts…
Part Number: TIDA-01063 I am looking at the TIDA-01063 reference design (document TIDUBV4A) as a starting block for developing an over current sensor in the DC leg of a half bridge high frequency inverter. I will need a PCB Rogowski coil and an integrator…
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…