Part Number: LM51501-Q1 Hi, team,
One question from customer about LM51501-Q1 STATUS pin voltage when device in standby mode. In datasheet description, STATUS is released or grounded when in standby mode, could you share with me when is STATUS pin released…
Part Number: LM51501-Q1 Hi Team,
I have two questions about LM51501-Q1
1. When LM51501 configured in E-call mode, where does the internal logic power supply come from, VIN or Vout?
2. When LM51501 configured in E-call mode, how does it realize different…
Part Number: LM51501-Q1 Hello Team,
I'm evaluating the LM51501-Q1 as booster for an application.
The part has internal feedback resistors that allows reducing the Iq and set the output voltage.
Would it be possible to add external resistors (voltage…
Part Number: LM51501-Q1 Other Parts Discussed in Thread: LM5155-Q1 Hi team,
Customer wants to use the LM51501-Q1 for 5V output at 7A,
Is it possible to set VOUT regulation target to 5V?
If so, what are RSET values?
Part Number: LM51501-Q1 Tool/software: WEBENCH® Design Tools Hi Team,
We try to export the design to OrCAD file but not able to get the file extracted and move to OrCAD to generate the schematic.
The error message will shows up right after the download…
Part Number: LM51501-Q1 Other Parts Discussed in Thread: LM5150RUMEVM Dear Team,
We put two of LM5150 EVM board for dual source input.
The block diagram as below:
We found that the bypass FET on LM5150 #2 EVM board didn't turn on when #2 board input…
Part Number: LM51501-Q1 Dear Team,
We want to use LM5150 status pin to control bypass FET during input voltage higher than target threshold .
However, in datasheet 7.3.10, the pull up resistor of status pin is suggest to use 5kohm to 100kohm.
This will…
Hi Richard,
There is part number typo.
The exact part number is LM51501QRUMRQ1 (LM51501-Q1).
Could you review schematic again?
Sorry for confusing you.
Regards,
Nicky
Actually I think that perhaps staying with single cell and then boosting up is going to be the most simple. I have been look at the LM51501-Q1 at someting that might handle enough current (2.5-4.2v input) to (10 volt output) Im already using a charger…