Part Number: LM25088-5088QUICK-CALC Would you let me know about password of LM25088-5088QUICK-CALC?
I want to confirm customer's value for compensation network on this tool.
Best regards,
Satoshi
Hello Steve,
Would you mind filling out the calculator spreadsheet with your requirements and also share your schematic?
LM25088-5088QUICK-CALC Calculation tool | TI.com
There could be a number of reasons for instability.
1, Loop compensation…
Mehmet,
What's your schematic? Do you have any waveforms or oscilloscope shots?
Also can you fill out quickstart calculator here to help me check your schematic: https://www.ti.com/tool/LM25088-5088QUICK-CALC
-Orlando
Hi HY,
The -1 uses pin 10 as DITH for spread spectrum. This pin is RES in the -2, enabling hiccup mode during a fault condition. Please send the schematic and a completed quickstart file for further review.
https://www.ti.com/tool/LM25088-5088QUICK…
Hello Radel,
Please use the LM5088 quickstart calculator to check you design: https://www.ti.com/tool/LM25088-5088QUICK-CALC.
If you need further support, please send SW waveform showing correct and incorrect operation.
Regards,
Tim
Hello Anand,
To rule out any stability issue, we have calculator tool on Ti.com for verifying component selection and given loop response.
Could you please fill out and get back to me with your findings? Please let me know if you run into any issues…
Part Number: LM5088 Other Parts Discussed in Thread: LM25088-5088QUICK-CALC Hi There,
We are using TI LM5088 in one of our application. This switcher is used to provide a voltage range of 5V to 15V for driving LED. Output voltage is controlled using…
Part Number: LM5088 Hi,
I need LM5088 Quick Start Calculator, Link was not active in TI website. Please do the needful.
http://www.ti.com/tool/lm25088-5088quick-calc
Thanks & Regards,
Satya Vardhan
Hey Ian,
I looked over your schematic and have noticed couple things.
For instance, the Rt value of 25.5 Kohm sets the switching freq. around 250kHz, For 250Khz, your inductor value is too small. it needs to be around 22uH. Also, for Vout greater…
