Part Number: LM5123EVM-BST Other Parts Discussed in Thread: LM5123-Q1 Hello,
My customer wants to test the operation of the LM5123EVM at input voltages as low as 3V.
Could you please provide a reference circuit for modifying the LM5123EVM-BST to support…
Part Number: LM5123EVM-BST Other Parts Discussed in Thread: LM5123-Q1 Hi, Team
Hope you are doing well!
My customer used our LM5123-Q1 EVM to test the restart time after power off and found that the recovery time was too long.
Working condition: Vin = 11V…
Part Number: LM5123EVM-BST On Page 16 of the LM5123EVM-BST Evaluation Module (Rev. A) document, It shows the schematic of the Eval board. On the schematic R12 is denoted as an Injection Resistor ( SEE BELOW THE GREEN CIRCLE COMPONENT FOR REFERENCE ). I…
Part Number: LM5123EVM-BST Other Parts Discussed in Thread: LM51231-Q1 Hi team,
Is it possible to replace LM5123 into LM51231-Q1? If yes, is there any required technical dealing?
Best Regards,
Shoji
Part Number: LM5123EVM-BST Hi,
I received a rev A of LM5123EVM-BST board while the details online refers to the revision B of the same EVM. May I have the PCB details such as schematic , layout and component placement for rev A board?
Thanks,
Chris…
Part Number: LM5123EVM-BST Hi,
I received a rev A of LM5123EVM-BST board while the details online refers to the revision B of the same EVM. May I have the PCB details such as schematic , layout and component placement for rev A board?
Thanks,
Chris…
Part Number: LM5123EVM-BST Hi,
I found there are 2 different LM5123EVM-BST boards. The documentation on the guide refers to the BMC069 A version. May I know where I can locate the schematic and layout for the B version of the EVM?
Thanks,
Christina
Part Number: LM5123EVM-BST Hi,
I received a revision A EVM of LM5123EVM-BSTnwhile the documentation online is only showing the PCB details (schematic, layout) for revision B of the board.
Can I request for similar PCB details for the revision A?
Thanks…
Part Number: LM5123EVM-BST Hi ,
I reconfigured the EVM board as described, so that I can control the output voltage using the tracking pin. With a load of 1.2k, an output setting of ~40V and an input voltage of 12V, R4 failed within around 30 seconds…