Part Number: LM5156H Hi Team,
Our customer would like to know if the output voltage of LM5156H can be adjusted by using a potentiometer for one of the feedback resistors without changing the rest of the circuit. It seems that the quick start calculator from…
Part Number: LM5156H Other Parts Discussed in Thread: LM5155 I'm trying to find the document referenced in the LM5156H titled How to Design a SEPIC Converter Using LM5156x . The link in the datasheet, https://www.ti.com/lit/pdf/https://www.ti.com/lit…
Hi Antonio,
I have not seen an update on this thread for the last 15 days.
Maybe you could solve this issue already in the meantime, in this case it would be great to press the is solved button.
If there is still something open, just let me know with…
Part Number: LM5156H Other Parts Discussed in Thread: LM5155 Hi Ti Team,
1134.WBDesign34.pdf
Through aid of Ti Webench I could design Boost Converter for below specifications
Input Voltage: 10V to max 17V
Output Voltage: 24V, 3A
Switching frequency - …
Part Number: LM5156H-Q1 Dear team,
1. In below layout recommendation, we suggest separate PGND and AGND, and PGND and AGND should be connected together at the exposed pad. Do these two pins require additional single point connections?
2. In our datasheet…
Part Number: LM5156H Other Parts Discussed in Thread: PMP22764 , LM5155 , LM5156 Hi All
we want to use LM5156H for PSE Flyback. Would you recommend this device?
If possible Vin from 12V to 48V -> Vout something between 52V to 56V
or at lease Vin from…
Part Number: LM5156H
Hi TI team,
We have LM5156H in our design using as Boost Converter
Specifications:
Vin: 10V to 17V max
Vout - 24V
Iout - 3A
Based on Webench design as design practice and referring EVM board included of similar series included EMI…
Part Number: LM5156HEVM-FLY Other Parts Discussed in Thread: LM5156H Good morning,
I would need the LM5156H layout files from Altium Designer (.PcbDoc and .SchDoc). It is that possible?
Regards.
Part Number: LM5156H-Q1 Other Parts Discussed in Thread: LM5156H
Hello,
We are planning use the LM5156H controller in the Cuk topology configuration to generate -5V/0.8A, -15V/0.5A from regulated +5V. The app note SLVA257A shows an example of using a buck…