Part Number: LM5175 Tool/software: We have a application of LM5175 on USB-C PD up to 20V/65W. We use PD simulator board with resistor dummy load to test USB-C PD Voltage and power.
We found sometimes LM5175 fail to keep 20V and drop to 0 when we switch…
Part Number: LM5175 Tool/software: I worked on this quite a while without success. Please take a look and make your suggestions.
PETE LM5175 011525.DSN
Part Number: LM5175 Other Parts Discussed in Thread: CSD18563Q5A Tool/software: Hello,
I am calculating the power consumption of all components on my circuit for thermal simulation.
The circuit is the same as typical application circuit in the datasheet…
Part Number: LM5176 Other Parts Discussed in Thread: LM5177 , LM51772 , LM5175 Tool/software: Hi TI team,
Could you please share the comparison table for LM5175, LM5176, LM5177 and LM51772? Thanks.
BR
Sean
Part Number: LM5175 Tool/software: hi BU,
for the LM5175, there is 2 issue with below board, please help check what's the issue?
1. the LM5175- self is heating, about 80C,
2. the load abililty is limit, not as design target,
LM5175 test.pdf
regards…
Part Number: LM5175 Other Parts Discussed in Thread: LM5176 , LM5177 , LM51772 Tool/software: Hello,
I am looking to design a TEC driver using a LM5175, but the ouput is controlled in current (not in PWM, to reduce the EMC radiation). My ouput will be at…
Part Number: PMP40001 Other Parts Discussed in Thread: BQ25731 , TPS25751 , , LM5175 , PMP41062 , BQ25756E , PMP41031 , TPS25750 Tool/software: I'm designing a product similar to PMP40001, and am planning on using the TPS25751 for USB-PD interface (dual role…
Part Number: LM5175-Q1 Tool/software: Hi team.
I am designing a power supply using LM5175-Q1. I want to calculate efficiency. I'm thinking of using WEBENCH. Will the results be close to the actual machine?
Part Number: LM5175
hi, I want to set the input voltage between 22-30V and the output voltage to 28.5V. However, I am unable to limit the input voltage through the IC. I can set the output voltage to 28.5V, 10A. How can I limit the input voltage?