Part Number: LM5050-1 Tool/software: The query is for development and analysis.
For LM5050-1, 'Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability' comment mentioned is for what value of extended period.…
Part Number: LM5050-1-Q1 Other Parts Discussed in Thread: LM5050-1 Tool/software: Hello All,
I am working on LM5050-1 based ORing device for 24V PSUs. In that I placed LED for indication purpose in each input as shown in attached schematic (D3 and D4…
Part Number: LM5050-1 Tool/software: Hi Team
Hi, my customer is currently using the LM5050, but we want them to update our next generation.
They need low voltage applications that integrate MOS oring , such as 4-cell lithium batteries and 19-24V chargers…
Part Number: LM5050-1 Tool/software: Hi Team,
we are currently designing with the LM5050, and testing has found that when the load is powered by an extra voltage, once our product is switched off, The GATE of the LM5050 has a signal As shown in the figure…
Part Number: LM5050-1-Q1 Tool/software: Dear TI Team,
I am considering the following system configuration:
System Requirements:
• Adapters: Two identical 48V 300W adapters connected in parallel (~6.3A each)
• Load: ~10A
I would like to…
Part Number: LM5050-1 Tool/software: Hello, TI engineer. I'm looking for an Oring controller required to work for a 100V500A DC system. When I browbrowse TI's Oring controllers, I find that the maximum voltage only supports 75V applications. For my 100V…
Part Number: LM5050-1 Tool/software: Dear TI Experts,
D1 and D3 is reversed input voltage protection design, right?
If yes, Could you please explain in detailed how to work and path for protection?
Thanks.
