Part Number: TIDA-00355 http://www.ti.com/tool/tida-00355?jktype=design#supportandcommunity
where to buy this?
in the link, the order tad not clickable.
thanks a lot
Part Number: TIDA-00355 Hello,
I found that few part values are not provided in the schematic and BOM as well. The sample image of your schematic design you provided is given below, similarly these parts( C7, C8, C29, C32, C44, D15, R43) data is missing…
Part Number: TIDA-00355 Hello,
It is observed that 2 transformers: ( part num: 750342670, 750342671 ) and one Inductor( part num: 750342669 ) are not available in the market. So can you let me know the detailed specifications of 1) 750342670 2) 750342671 3) 7…
Part Number: UCC28722 Other Parts Discussed in Thread: UCC27714 Dear All,
please consider the schematics of TIDA-00355 ref design in the bellowing link:
please see page 3 of the pdf file. there is a bias circuit based on the flyback controlled with UCC28722…
Part Number: TIDA-00355 Hello,
We have a li-ion battery pack(10s4p) with voltage ratings max. 42V.
We are trying to build a simple charger for output ratings 42V and current of 5A or greater and with input AC voltage of max 240V, 50Hz . Can I get some information…
Part Number: TIDA-00355 Hello,
I could not find the transformers(part number: 750342670,750342671) that are used in the design. I have read previous threads but I'm not satisfied with the answer. If I request the transformers to Wurth Electronics(which…
Part Number: TIDA-00355 Tool/software: TINA-TI or Spice Models To whom it may concern
we are trying to build a simplified version of your battery charger, so we are trying to run a simulation on TINA-TI software but we couldn't find some components like…
Part Number: TIDA-00355 Hello Sir,
I am going to built your 400W TIDA-00355 reference design. I purchased all component of this solution but I do not get the transformers. so can you help me for that ?
Part Number: TIDA-00355 I am trying to design Li-Ion Charger of 72 V, 10 A for battery having 40Ah capacity and nominal voltage of 72V and maximum of 84 V.
So at first I am replicating this design for 400 Watt, then will go for 800 Watt.
So I want to…