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 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 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 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…
Part Number: LM5123EVM-BST Hi,
We just purchased #LM5123EVM-BST (s/n:7498500034) development Board for new project. We applied 14V input to board and we observed 24V output at no load condition. Further we connected 0.5Amps load, we observed same 24V…
Part Number: LM5123EVM-BST Hi team,
Are users of this EVM allowed to change the switching frequency of PWM from 440kHz to 2.1Mhz?
Or will this cause issues?
Thanks,
Luke