Answered

• LM5168-Q1: RTM schedule

  

  ACGUY

  Resolved

  Part Number: LM5168-Q1 Hello E2E, e2e.ti.com/.../3877515 I'm coworker with Kengo. Kengo has not to received reply mail about RTM schedule. Can I have information about RTM schedule? Regards, ACGUY

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  • 2 months ago
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Answered

• LM5168-Q1: RTM schedule.

  

  Kengo.Y

  Resolved

  Part Number: LM5168-Q1 Hi team, Could you tell me the RTM schedule of LM5168-Q1? Sincerely. Kengo.

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  • 3 months ago
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Answered

• LM5168-Q1: When will this component be available for simulation in either PSpice or, preferable, in Webench?

  

  Thomas Kofoed-Hansen

  Resolved

  Part Number: LM5168-Q1 Other Parts Discussed in Thread: LM5168 I'm interested in the LM5168 and would like to make some simulations but I can't find any models for it?

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  • 3 months ago
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• LM5168-Q1: PCB footprint data available?

  

  John M

  Resolved

  Part Number: LM5168-Q1 Other Parts Discussed in Thread: LM5163H-Q1 , Hello, There's no UltraLibrarian entry for this part yet (SO PowerPad DDA package). Is there a document with the PCB footprint data or perhaps an alternative UltraLibrarian entry we could…

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  • 5 months ago
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Answered

• LM5168-Q1: Inductor selection for standard buck regulator?

  

  John M

  Resolved

  Part Number: LM5168-Q1 Hello, We’re developing an internal power supply for a PEV application that uses 10S-16S standard Li-Ion packs. Input voltage to the supply will be 30V-67V. Output voltage is 3.3V. Load current is 0.5A-40mA, typically around…

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  • 5 months ago
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Answered

• LM25011: Formula for Cout value calculation

  

  Oba

  Resolved

  Part Number: LM25011 Other Parts Discussed in Thread: LM5168-Q1 Hello, My customer has a question for LM25011. The datasheet says that a low ESR ceramic capacitor over 3.3uF for Cout. They would like to know the formula for Cout value calculation. …

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  • 5 months ago
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• BQ79616-Q1: Using DCDC instead of on-chip LDO?

  

  AnBer

  TI Thinks Resolved

  Part Number: BQ79616-Q1 Other Parts Discussed in Thread: LM5168 , Team, - About Internal LDO: It seems that Vin is 6V and Vout 5V routed to the different internal blocks. Do we have some information about the overall efficiency when using the on-chip LDO…

  • 4 months ago
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