Part Number: TIDA-010210 Tool/software: I am designing LCL filter for ANPC converter for 300 kHz switching frequency. The LCL design formulae provided in the documentation is working fine up to 100kHz. Beyond 100 kHz, the converter is failing to operate…
Part Number: TIDA-010210 Tool/software: Hello Team,
I checked the TIDA-010210-MB BOM and these devices description is Thermistor NTC, however, I checked the part number using the web it shows Thermistor PTC. Which one is correct?
Regards, Renan
Part Number: TIDA-010210 Tool/software: Hi team,
Can i get any application note showing the formulas for calculating conduction and switching losses in devices?
Is there any application note for ANPC Rectifier operation? and also formula for DC link…
Part Number: TIDA-010210 Tool/software: Hi TI Team,
Kindly suggest best way to proceed for design of 11KW on board charger
Input is 3 Phase, Output is 240V to 470V DC
can i use analog controller IC for PFC operation,what difference does it make for…
Part Number: TIDA-010210 Tool/software:
Dear TI support staff
I am reading the TIDA-01020. i see that at the cmpb=counter triggering the soc, and the cmpc=counter triggering the interrupt. I would like to know the reason behind it.
thanks
jinghang…
Part Number: TIDA-010210 Hello,
I am currently testing the three-level ANPC inverter (It is made based on the TIDA-010210 Altium model)
I am using the CCS sample project code (anpcinv_F28004x), and succeed in Lab1, Lab2 (open-loop test)
But, the closed…
Part Number: TIDA-010210 Other Parts Discussed in Thread: ISO7741 TIDA-010210 Hardware and software related problems and debugging.docx Hello, now I have made the sample of TIDA-010210, and I am debugging the software and hardware.
In the debugging process…
Part Number: TIDA-010210 Hello! In TIDA-010210, the power stage is divided into three modules per phase. The design guide does not explain how to managing the stray inductance of power flow between power devices on different modules. I am interested in this…
Other Parts Discussed in Thread: TIDA-010210 Design Guide: TIDA-010210
According to the control method in the article,Will there be a large difference in temperature between the 6 switches?