Hi,
We no longer support TIDA-00951 design therefore we took it down from TI website. We are currently working on a 400V to 48V, 3.6kW bi-directional CLLLC resonant converter design. Also, we recently released a 400V to 54V, 3.6kW uni-directional reference…
Part Number: TIDA-00951 Hi Sir
For right now, I am developing bidirectional dc-dc using F280049.
How do I get source code for TIDA-00951? I need the source code to enable HW so urgently.
Thanks a lot.
Sam
Hi Xi,
I would like to ask you if you have looked if there is any saturation in the PI Output. Maybe that can be the reason. Which means the phase shift is not enough for the existing load in the output.
Could you please let me know which lab are you…
Part Number: TIDM-02013 Other Parts Discussed in Thread: C2000WARE Sir,
Our startup is developing a Solar MPPT based hybrid power supply of ratings 5kW and input solar voltage will be 190V - 450V DC and MPPT output will be 400V DC. This 400V DC will feeds…
Part Number: TIDA-00951 Hi,
Good Day.
I have an inverter with 800V max DC voltage applied, 50A/1200V rating. Can I use the TIDA-00951 converter and use it with this inverter?
Also, in parallel, can I connect TIDM-SOLAR-DCDC with a battery at the DC link…
Part Number: TIDA-00951 Hi.
When we review the TIDRR65.PDF schematic we see a difference between it and the design guide document specifically in the circuit for the isolated voltage amplifier. The following image shows it.
In the left figure, the…
Part Number: TIDA-00951 Hi Experts,
Our customer wanted to ask about TIDA-00951. He said: " the power of the single device is 4.8KW, can the devices be parallelized to increase the power?"
We hope to receive your confirmaiton/advice.
Thank you…
Part Number: TIDA-00951 Hi,
I would like to know if any other supporting design document available for Bi-directional PSFB converter (apart from TIDA-00951).
It will be helpful if the design is discussed in detail. That will help me to cross check with…