Part Number: TIDA-010054 Tool/software: Hi Team,
My customer is asking about our TIDA-010054 reference design modulation scheme that we implement for the Dual Active Bridge control. Is it using triangular modulation or trapezoidal modulation or combined…
Part Number: TIDA-010054 Tool/software: Hi,
here you have mentioned maximum power transfer occur at 90 degree
you have choosen 23 degree can you please in detail how to choose the phase shift
Part Number: TIDA-010054 Tool/software: Hi,
As per this formula voltage transfer ratio is 1
value of i1 and i2 is always same
it will not match with the graph
N=V1, NOM/V2, NOM that will be 2 but in design you considered 1.6 that will come for…
Part Number: TIDA-010054 Tool/software: Hi team，
According to the code in C-Script, it can be seen that the phase shift angles of the primary and secondary sides have been normalized and divided by 2.
if(m<=1)
{
OutputSignal(0,0) = 0.5*(1-m);…
Part Number: TIDA-010054 Other Parts Discussed in Thread: SFRA Tool/software: Hello,
I am working on TIDA-010054 Refboard with CCS V20.2.0.12_1.8.0, using GUI 'main.syscfg' to configure the lab and specific tresholds and so on;
In general the configuration…
Part Number: TIDA-010054 Tool/software: Hi experts,
Our customer would like to know which document did our SEM team considered for the DAB TIDA-010054 EPS control scheme. Is there any documentation that we can share with our customer with this regards…
Part Number: TIDA-010054 Tool/software: Hi,
formula to calculate magnetizing inductance in dual active bridge converter
and what type of core is used for design
