Part Number: TIDA-010062 hi team,
do we have TIDA-010062 EVM? my customer is evaluating this reference design and would like to have one to do some practical test.
thanks.
Part Number: TIDA-010062 Hi Team,
Here are some issues from the customer may need your help:
1. In function static inline void TTPLPFC_pwmDriver() , FED deadband periodical value(1000) will decrease 50 in every 100khz-interruption. Why is it reduced to DBFED…
Part Number: TIDA-010062
Dear Champs,
I am asking this for our customer.
The user refers to TIDA-010062 codes on their own power boards.
So far, the iTHD at high loads seem good but that at light loads is bad.
1. The use is thinking using odd harmonic…
Part Number: TIDA-010062 Hi all:
Recently, I have built several PFC+LLC modules according to TIDA-010062 and now I want to parallel them to achieve bigger output current ability.
What control strategy should I use? Is there any demo codes for this?
thank…
Part Number: TIDA-010062 Dear support team,
My customer is looking for Pout 850w Vin 230Vac with 80 Plus titanium solution. And the customer would like to refer TIDA-010062.
Do you have the board of TIDA-010062 reference design on hand which can provide…
Part Number: TIDA-010062 Other Parts Discussed in Thread: PMP20637 , PMP20978 , Hi,
We are aiming at 96+% efficiency for PFC+LLC at 750W.
The design has tight spacing requirements ~ 45W/in3 for the inner room.
The casing is designed to dissipate 30W with…
Part Number: TIDA-010062 Hi team,
My customer have a few questions regarding the design:
Is it possible to increase the switching frequency of PFC/LLC to reduce magnetic components size? If yes, what could be the maximum frequency for both stages?
LLC…
Part Number: TIDA-010062 Other Parts Discussed in Thread: SFRA Hi,
We build one self demo board based on TIDA-010062, most of items are same as original design. Only inductor change to 0.13mH. SW frequency of 100k.
In lab3, when doing compensation design…
Part Number: TIDA-010062 Other Parts Discussed in Thread: SFRA Hi Team,
for PFC Lab2, we change Gi for several values and finds it's hard to choose a right value which can make the loop stable at all the input voltage/output current conditions.
we…
