Part Number: UCC25600-DESIGN-CALC Other Parts Discussed in Thread: UCC25600 Hi
We are designing LLC resonant converter using UCC25600. if there is already existing mathcad file please share with us.
Regards
Nitesh Kr Jha
Part Number: LM5141DESIGN-CALC Other Parts Discussed in Thread: LM5141 The design tools I believe maybe incorrect. According to the latest rev.D datasheet page 16 equation 4 is states:
However in the Design Tool provided Rfb1 and Rfb2 are swapped. Shown…
Part Number: LM5145DESIGN-CALC
I want to design in the case of negative output using LM5145DESIGN-CALC.
However, It seems that it can only be designed in the case of positive output .
What should I do?
I want to observe the figure of Bode-Prot, in the…
Part Number: LM5069QUICK-CALC Other Parts Discussed in Thread: LM5069 Hi Expert,
The customer is considering the LM5069 for below conditions.
Two input sources to support the output capacitance (3000uF) and loading is 3KW.
The input range is 36V~72V.
Condition…
Part Number: TPSM63610 Tool/software: Hi,
I have used TPSM63610RDFR buck converter.
Input: 28V
Output: 5V, 8A
Fsw: 500KHz
I have attached the design file. Please verify the design.
Part Number: TPS65400-Q1 i'm trying to work out the comp loop values using the web based power designer. the tool seems to get stuck on L values (very narrow range), and i don't trust the loop comp values as a result. if i look at the equations…
Part Number: TPSM63610 Tool/software: Hello all,
As per my existing design, I was using Picor's MQPI-18 EMI Filter (with Vicor's DC DC converter), which is MIL STD 461F compliant, CE101, CE102, CS101, CS106, CS114, CS115 & CS116.
But for…
Part Number: LM5143DESIGN-CALC Other Parts Discussed in Thread: LM5143-Q1 Hi, Team,
Please let me confirm about "Effiency/Power Loss Analyzer shown in IM5143-Q1 Quickstart Design Tool. In the section of "Effiency/Power Loss Analyzer" in the file,…
Part Number: TPSM63610 Tool/software: Hello all,
I am using TPSM63610 in my project for three applications (28V to 12V, 28V to 8.5V and 12V to 4V conversion). In the datasheet (reference schematic in the datasheet) as well in TI WEBENCH circuit designer…
Hello Vayne,
Please go ahead and fill out the calc spreadsheet link below with your spec, let's check your design against the recommended values in the calc spreadsheet.
LM5148-LM25148DESIGN-CALC Calculation tool | TI.com
Also, layout is critical…