Part Number: TIDA-010933 Tool/software: Hi team,
I am interested in the TIDA-010933 reference design. I would like to know:
Is there any software, example code, or firmware available for this design?
Is there an evaluation kit or hardware board…
Part Number: TIDA-010933
Tool/software:
Hello,
I am interested in the TIDA-010933 reference design. I would like to know:
Is there any software, example code, or firmware available for this design?
Is there an evaluation kit or hardware…
Part Number: TIDA-010933 Other Parts Discussed in Thread: C2000WARE , CODECOMPOSER Tool/software: hi team,
could someone help guide me to find the function calls, one of these is " EPWM_enableTripZoneSignals ".
i am trying in the pool of c2000sdk…
Part Number: TIDA-010933 Other Parts Discussed in Thread: TIDA-010938 , LMG3522R030
Tool/software:
TI Team,
You offer 2 very interesting ref designs, and for that I thank you! However, do have a few follow up questions:
1)TIDA-010933: I see that…
Part Number: TIDA-010933 Other Parts Discussed in Thread: TIDA-01093 , , LMG2650 Tool/software: Hi Team,
I need your suggestion based on TIDA-01093 3.
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We would like to realize a photovoltaic microinverter with…
Part Number: TIDA-010933 Tool/software: I'm going through the BOM in preparation to build the TIDA-010933 references design.
I found out that the following parts were customized by Bourns for TI and they can't sell them without your consent: 145450…
Part Number: TIDA-010933 Tool/software:
We need to build this Bi-Directional GAN Micro-inverter for a 1 kWh Battery Module that can charge discharge charge on the back of a solar module. Can you help me please?
www.ti.com/.../TIDA-010933
Part Number: TIDA-010933 Hello,
I have completed the hardware for the TIDA-010933 reference board and started basic testing. I’m facing an issue during the 48V-to-75V boost converter test.
In open-loop test (Lab 2), the system operates normally. However…
Part Number: TIDA-010933 Tool/software: Hi,
I was confused about the voltage gain of the CLLLC transformer T1. The turns ratio shows 4: 11 in transformer doc.
And C2-1, C2-2 can double the voltage gain, so 75V can reach to 400V.
But I find there…