Part Number: TIDA-00364 Dear All,
I would like to know how to join IMS PCB to standoff. Is it soldered? Or is it bolted?
Please tell me in detail how to connect standoff (Keystone 24433) and motor phase contacts (U,V,W) of IMS PCB.
Sincerely,
Eui-heon …
Part Number: TIDA-00364 Hi Team,
in Table 2. Motor Nameplate Information Rated phase-to-phase voltage = 33V rms
Customer wanted to know why the phase current Rated phase current = 130 ARMS?
The motor is 5kw, the customer's understanding is that the line…
Part Number: TIDA-00364 Other Parts Discussed in Thread: LAUNCHXL-F28069M , , MOTORWARE Hi team:
One of my customers experimented with LAUNCHXL-F28069M and TIDA-00364. He wants to get the software project of these two devices. I wonder if you can provide…
Part Number: TIDA-00364 Dear Team,
In TIDA-00364, could you please let us know if soft switching is accomplished using software (or) it is a feature common for all 3 phase inverter with inductive load?
Regards,
Mohana Krishnan M
Part Number: TIDA-00364 Hello Team,
Could you please let me know why does motor phase rms current is divided by 1.414 while calculating conduction loss?
Regards,
Ganesh B
Part Number: TIDA-00364
So I see and understand the value of the PNP transistor acting as a passive Miller clamp here but I would like clarification of the diode placed between the gate and emitter. I also have more questions about the PNP transistor…
Part Number: TIDA-00364 Tool/software: Code Composer Studio Good afternoon Sir,
I am working with 48-VDC Battery Powered 5-KW Inverter Power Stage Reference Design for Forklift AC Traction Motor - TIDA-00364 . As per my knowledge i should use for my application…
Part Number: TIDA-00364
Hi,
This is Kalyanraj, currently working on the 5kW PMSM drive system.
spec:
input voltage: 36-60V (battery)
Fsw: ~20kHz
output current max: 136A
Due to size constraints, we are facing some issues with DC link capacitor and inrush…
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…