Part Number: TIDA-010081 Hi All,
I tried TIDA-010081 layout and with same components suggested by TI, except Transformer and inductor due to non- availability. It is working fine with TI PCB layout. I am getting 54VDC output.
Now I have changed PCB…
Part Number: TIDA-010081 Hi Team,
In case an integrated PFC + LLC IC solution is not available for our power range, could you please suggest the recommended PFC controller IC and LLC controller IC suitable for our application requirements (1 kW to 1…
Part Number: TIDA-010081 Tool/software: Hi,
I want to use this TIDA-010081 reference design as it is. I struggling with the transformer.
In the Altium project the link shared directs to a transformer from Wurth Elektronik.
I have attached the link…
Part Number: TIDA-010081 Other Parts Discussed in Thread: TIDA-010015 Hi,
the linked thread mentions/implies the use of TIDA-010081 reference design for a 24V output.
Has anybody tried this?
I've looked at TIDA-010015 & TIDA-010081 - which design…
Part Number: TIDA-010081 Other Parts Discussed in Thread: UCC28180 Hi
I am using UCC28180 IC for Front end PFC section for EV charger,Power rating is 1KW.
Everything works well but sometimes while turn on AC 230V, Inrush and PFC FET blown ,completely…
Part Number: TIDA-010081
TIDA-010080 reference design
How to calculate L5 inductor values,we require current ripple about 2% of Load current 20A.
advise me how to calculate L value here please
Thank you,
venkatesh B
thanks in advance
Part Number: TIDA-010081 Hi,
In this output side(secondary transformer),output voltage polarity comes negative if we consider dot polarity as per Reference design.
Kindly clarify my doubt, whether my assumption is wrong or reference design it is…
Part Number: TIDA-010081 Respected Sir/Ma'am,
I want to evaluate TIDA-010081 (1 KW SMPS Reference Design) by myself. In this design there are three transformer as T1,T2,T3. T1 is used in LLC converter as magnetization inductor.
I'm not getting any…
Part Number: TIDA-010081 Hi Team,
In LLC & Transformer Design steps, output voltage sensing is fixed at 54V DC, in my design requirement output voltage range from 26V to 70V variable for charger application.
Kindly suggest or advice design change…
Part Number: TIDA-010081 Respected Sir,
I want to evaluate this "TIDA-010081" with output voltage as 54 Volt & output current as 42 Amps. For this, which components' value should be modified, please let know.
I'm eagerly waiting for your reply.
…
