Part Number: LM5175EVM Other Parts Discussed in Thread: LM5176 Dear Sir,
I have some question for LM5175EVM as attached file.
1. Why it use D1, D2 for reference design. could you explain usage of D1, D2 as below picture.
I think it seems free wheeling…
Part Number: LM5175EVM Other Parts Discussed in Thread: LM5175 , LM2775 Hi ,
I am using LM5175 EVM SV601130B - My input voltage range is 3.7V to 4.3V. I have changed the enable resistor divider resistor R16 to 143K and R13 is 249K - this should allow EVM…
Part Number: LM5175EVM-HP Hello I am attempting to make a battery charger based off the TI LM5175EVM-HP board. I am attempting to use this so I can charge a 12V lead acid battery off a variable input. My power source is going to be variable but capable…
Part Number: LM5175 Hi,
I'm testing the LM5175, using LM5175EVM board with an input 12.5V, suppling a PC card with a stress test that is working.
I don't exactly which is load profile that the tool generate but I didn't detect too much high peaks…
Part Number: LM5175EVM-HP Other Parts Discussed in Thread: LM5175EVM , LM5176 Tool/software: WEBENCH® Design Tools I checked the LM5175EVM Inductor temperature when Vin24V and Vin36V both no load.
why the L1(chock) temperature is too high different with webench…
Part Number: LM5175 Other Parts Discussed in Thread: , LM5176-Q1 , , LM5176 Hello There,
We are designing a new product for automotive applications (like ECUs) that is powered by an input source of 6 to 36V, at an Ambient temperature of 65 Degree celcius…
Hi Sakthi,
Next to the datasheet, we also have EVM boards that are a good reference for testing and designing similar application. They might give you additional insights in the behavior and functioning of the device. https://www.ti.com/tool/LM5175EVM
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Part Number: LM5175EVM-HP Other Parts Discussed in Thread: LM5175EVM Hi,
My customer is evaluating the LM5175EVM-HP.
Where should the snubber circuit be connected if it places?
Best Regards,
Kuramochi
Part Number: LM5175EVM Other Parts Discussed in Thread: LM5175 , LM5176 , LM5175RHFEVM-HD Hello
I am using LM5175 to generate 12 V and 6 A output .
The input voltage range is 20- 34 V which is obtaining through step down tansformer and Full wave Bridge Rectifier…
Part Number: LM5175 Hi expert,
My customer wants to use LM5175 in their USB type C application. They want to know why LM5175EVM-HP has limitation at Vin from 6V to 36V. What limits the Vin minimum and maximum so that it cannot reach IC spec. 3.5V to…