Hello Kalyanraj,
Thanks for your interest in TI FETs. I was not involved in the design of TIDA-00364 and I am not certain what drove the decision on the number of FETs. Typically, performance targets such as efficiency/power loss and maximum junction…
Part Number: TIDA-00364 Other Parts Discussed in Thread: TIDA-00366 , AMC1301 TIDA-00364 has undervoltage lock out protection, whereas TIDA-00366 has overvoltage, overload, undervoltage, ground-fault and over temperature protection.
Can the design PCB…
Part Number: TIDA-00364 Hello,
As per the design document, TIDA-00364-PB PCB is a IMS PCB with 3mm board thickness, 2oz Copper thickness with immersion Gold surface finish.
I would like to know whether the operation of the inverter be affected if we…
Part Number: TIDA-00364TIDA-00364 has undervoltage lockout protection for half bridge gate driver. How can short circuit, overcurrent and overvoltage protection be incorporated into this design? What changes would be needed in that case.
Part Number: TIDA-00364 The IMSPCB requires 3mm thickness with 70 microns of Copper finish. Most of the vendors can provide IMSPCB with Al metal substrate with 1.6mm thickness. Will this affect the performance of the inverter? If so, how? Is it alright…
Part Number: TIDA-00364 Tool/software: Code Composer Studio Hello Pawan,
I would like to adapt your design for 10KW to 15KW motor with 48V.
Is it a good Idea to paralleling more MOSFET Boards?
I am planing to give a common Input signal for each Boad, as…
Dear Pawan:
I will follow your professional suggestion to replace UCC27211 (in TIDA-00364) with UCC27712-Q1 for my targeted application (VBUS=86 and rated power 3KW) .
(I also found a MOSFET with VDS=150V, RDS(on)=4.8mOhm, and ID=171A to replace the CSD19506KCS80V…
Part Number: TIDA-00364 Other Parts Discussed in Thread: CSD19536KTT Hello, TIDA-00364 48-VDC Battery Powered 5-KW Inverter Power Stage :
How to change schematic to accommodate the battery voltage of 84 VDC (20S Lipo - 74V nominal, 84V fully charged) …
Part Number: TIDA-00366 Other Parts Discussed in Thread: TIDA-00364 , , TIDA-00445 , TIDA-00316 , TMP235 Hello,
TIDA-00364 is a MOSFET based high current inverter from 48V DC Bus, much similar to my requirement of an inverter for a Synchronous Reluctance…
Part Number: TIDA-00364 There are 30 capacitors used for the capacitor Board PCB, of 120 micro Farads ,as seen from the schematic.
How was this value obtained and what is the reason for using these many capacitors in parallel? Is it to keep a stiff DC…