Part Number: TIDA-01063 Tool/software: Hi Team,
The customer wants to evaluate TIDA-01063 reference design. Do we demo for customer to test? Many thanks.
Part Number: TIDA-01063 Tool/software: Hello Ti team, We are working on development of Rogowski coil. So want to evaluate your design before the development. So, during the study of TIDA-01063 reference design document , we want a clarification regarding…
Part Number: TIDA-01063 Other Parts Discussed in Thread: INA188 Tool/software: I have a question regarding this design.
In table 7, it is stated that the PCB Rogowski coil input is 10.7 μV to 1.07 mV (for 10 A and 100 A). VBIAS is also set to 1.25V.…
Part Number: TIDA-01063 It is required to measure AC current (630A peak, 50 Hz) using PCB Rogowski coil. It will be greatly appreciated if you clear the following queries:
Purpose of slit in the PCB Rogowski coil (TIDA-01063)?
Purpose of earthing trace…
Part Number: TIDA-01063 Other Parts Discussed in Thread: TIDA-00777 , Hi Guys,
1. It is mentioned in the application note ( TIDUBV4A ) that Self resistance, Inductance, and capacitance of the Rogowski coil is 0.77ohms , 8.34uH & 7.56pF but whereas when I…
Part Number: TIDA-01063 I'm looking into this reference design. The design doc says there should be altium project files for on the website, but after following the link there are no project files, only gerbers. Does this project still exist?
Part Number: TIDA-01063 Hi Team,
TIDA-01063 seems only for AC, is there any similar EVM board for DC current measurement, bandwidth higher than 10Mhz, DC voltage 400V, current range 0-10A. Thanks in advance!
Part Number: TIDA-01063 Hi, I work on enterprise dedicated to design device for smart grid. Currently I am developing a product based on TIDA-01063, however I observed distorted output signal and error of 20 %. I would like to know if our own TIDA-01063…
Part Number: TIDA-01063 Other Parts Discussed in Thread: INA821 Hi, I have a design that is based on the TIDA-01063 reference design and am using INA821 instrumentation amplifier. The design works fine with dual supply +-3.3V but when trying to use the…
Part Number: TIDA-01063 Hi,
Does the 'trace cross section area' in line 29 come out in a wrong way? Given dw = 8 mils (line 15), dh = 35um (line 27), the 'trace cross sectional area' cannot be 5.65e-8 m^2. In fact, using Ar= dw*dw it should be 7…
