Hello,
thank you for your interest in the TIDA-01540 reference design. I apologize for late reply.
The board photo shown in TIDA-01540 is a mistake. Thank you for catching this . The picture actually shows the TIDA-00366 reference design PCB, which is…
Dear Darshan,
I apologize for late reply.
Rated power : The TIDA-01540 reference design was developed to validate UCC21520 half-bridge gate driver and dead band Insertion and interlock. We didn't specify the maximum load current with that PCB.
The…
Part Number: TIDA-00555 Other Parts Discussed in Thread: TIDA-00366 , AMC1100
Dear TI team,
Good evening.
In Tida-00555,in voltage sensing you have used 332K five number in series to reduce AC voltage and connected 1K across to get around 230mV for maximum…
Part Number: TIDA-010025 Other Parts Discussed in Thread: DESIGNDRIVE , , TIDA-00366 , TIDA-01349 , TMDXIDDK379D , C2000WARE , TIDM-SERVODRIVE
With the designs given in the link: http://www.ti.com/tool/TIDA-010025#supportandcommunity,
Is it possible to develop…
Part Number: TIDA-01540 Other Parts Discussed in Thread: TIDA-00366 Hello team TI,
In process of modifying the TIDA01540 for MOSFET circuit, I found that there is no snubber circuit or bleeder resistor circuit present. Does snubber circuit or bleeder…
Part Number: ISO5852S Other Parts Discussed in Thread: TIDA-00366 , AMC1301 Hi,
I am trying to use ISO5852S gate driver for designing a 3 phase Voltage Source inverter to run an induction motor. For the Current sensing I am planning to use AMC1301 Isolation…
Part Number: TIDA-00915 Other Parts Discussed in Thread: DRV421 , INA253EVM , , TIDA-00366 , TIDA-00171 , AMC1311 , TIDA-00914 , AMC1301 , INA253 Dear Martin
We found two EVMs that we think can help us testing these daughter boards (LMG3411-18) in closed loop…
Hi, Tom
We used AMC1301 because that I follow Ti design SPEC"Reference Design for Reinforced Isolation Three-Phase
Inverter With Current, Voltage, and Temp Protection" TIDA-00366 and we will suggestion customer AMC1311 to verify.
If any…
Hi John!
Initially the circuit had only 2 grounds - SGND (MCU+ UCC i/p) and PGND (UCC o/p + IGBTs). Noise coupled from the power loop to the control loop. So, I isolated SGND and PGND, still the input integrity was compromised.
Finally, I isolated the…
Hello Bertrand,
We dont have an board exactly meeting your needs, however there are lot of reference designs which implements the functions you are looking for. You could explore the following designs:
1. TIDA-00363 - EMC Compliant Single-Chip Resolver…