Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM25141 , LM5176 , LM5177 , LM51772 Hi team,
Vin=9-16V
output 7.5V&21.5A
The customer wants to inquire whether there is a higher switching frequency, this 500KHz switching frequency. For 25A output…
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM5176
Tool/software:
Hello,
I am designing DC-DC buck-boost converter using LM5176.
Specification:
Input: 9V to 36V
Output: 12V/6A
Switching frequency: 280 kHz
---------------------------------…
Part Number: LM5176-Q1 Hello,
I have designed this for 9V -36V, 11 A load current. My design does not work at the minimum input voltage 9V-10V at full load.
It only works at higher voltage input from 20V -36V.
I tried adjusting RT, Vslope, no success. …
Part Number: LM5176-Q1
Hi all,
Question. Considering a boost-only application where BIAS input is not required. Can its pin simply be left floating?
Considering it's just an optional secondary power input, I assume this should be fine?
Webench…
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM5176 Hi TI expert,
In our ADAS project, we use LM5176 as buck-boost as fist stage regulator in car application. Now we need the data for operation ON/OFF performance in life cycle, please share…
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM5176
Hi TI expert,
In out adas project, we use LM5176 as buck-boost to output 15.5V in car application. Normally, the input volt is 13.5V, and LM5176 works as booster to output 15.5V.
Now we meet…
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM63635-Q1 The functional safety manual on the webpage only includes die failures, not pin-to-pin failure analysis.
Thanks and best regards
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM5176 Hi TI expert,
We use LM5176 in our ADAS controller product.
In the datasheet, there is voltage threshold of EN for rising, but no for falling. Could please share us the falling threshold…
Part Number: LM5176-Q1 Other Parts Discussed in Thread: LM5175
Hi, We have used this LM5176-Q1 design on our two different products. I can see the power consumption as around 4.5Watts on all the boards when no load. I have attached here a schematics page…