Part Number: LM5137 Hi Teams,
My customer is designing the power board for the robot board, which is powered by a 48V battery with 48V input and 48V output 24V@20A The attachment is a schematic diagram, please help review it.
Thank you!
LM5137_2026…
Part Number: LM5137-Q1 Other Parts Discussed in Thread: LM5143A-Q1 , Hi
We originally used the LM5143A-Q1 to implement a four-phase synchronous buck converter. Since the input voltage may exceed 65 V, we have decided to switch to the LM5137-Q1. In addition…
Part Number: LM5137-Q1 Dear TI experts,
My customer made their schematic using LM5137-Q1. Could you review it?
LM5137-Q1_Power block(DCDC).pdf
Best regards,
Chase
Part Number: LM5137-Q1 Other Parts Discussed in Thread: LM5137F-Q1-EVM12V , PMP41158 Hi
We are designing a 4-phase synchronous BUCK using the LM5137-Q1 . System conditions are:
Input voltage: 48 V
Output voltage: 14.5 V
Maximum output current…
Part Number: LM5137-LM25137-DESIGN-CALC Other Parts Discussed in Thread: LM5137 Hi team,
I'm using the LM5137 to evaluate a solution, and I want to configure LM5137 with the two phase invertin buck-boost controller topology, is there any desig tool…
Part Number: LM5137 Other Parts Discussed in Thread: LM5190 , , LM5145 Hi team,
Boston Dynamics is looking at using only 1 channel of the LM5137. If they do (by using enable 2), can they leave all CH2 pins floating? (CBOOT2, HO2, SW2, LO2, ISNS2+…
Part Number: LM5137-Q1 Other Parts Discussed in Thread: LM5137 Hello,
First off this is an ITAR project so I was wondering if this was a secure channel I could upload files to? A quick overview of the system. I have two LM5137-Q1 for four phase operation…
Part Number: LM5137F-Q1 (Moved from internal)-Onkar Bhakare
https://e2e.ti.com/support/power-management-group/power-management---internal/f/power-management---internal-forum/1633125/lm5137-q1-schematic-review-lm5137-q1/6301770
Hi, KyungShin(Hyungmin…
Part Number: LM5137 Other Parts Discussed in Thread: PMP23611 , PMP23591 , LMG708B0 Hi team,
I would like to ask if it is possible for LM5137 to implement 1000W step-down solution, 48V to 12V. may need 83A output current. Is there any reference design…