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Part Number: LM5164-Q1EVM Other Parts Discussed in Thread: LM5164-Q1 Hello, I just have ordered two 5164EVM board for testing. As is shown in Figure 3 in "LM5164-Q1 EVM User Guide", there are contact pins on positions of J1 , J4 and J5, respectively…
Part Number: LM5164-Q1EVM Hi Team,
My customer requested an LM5164-Q1EVM EMC report based on CISPR 25 Class 5. Do we happen to have this? I found the EN 61326-1 test report but they requested CISPR 25 Class 5 specifically.
I wouldn't think we would have…
Part Number: LM5164-Q1EVM Other Parts Discussed in Thread: LM5164-Q1 , LM5146-Q1 hi Team,
our customer has a question that on the LM5164-Q1 EVM board
we see that the high/low side FET, Q1 and Q2. are two different part numbers with Q1 at 22mohm and Q2…
Hello Vaibhav
I guess the on-time is not enough to regulate the output voltage. The output voltage drops if the duty cycle is not increased enough when decreasing the input voltage. (Duty cycle =VOUT/VIN)
I recommend you to purchase https://www.ti.com…
Hi Siddharth,
Thank you for considering LM5164. You are looking for 12V and 1A regulated supply, why do you raise the output voltage to 20V?
Anyway, I am afraid the issue is related to your breadboard. The switching mode supplies should be implemented…
Part Number: LM5164-Q1EVM Other Parts Discussed in Thread: LM5164 Hello,
I am currently reading the LM5164-Q1EVM Datasheet and I see than the input voltage range Vin is from 15V to 100V.
However, given your component choices, the LM5164 should start…
Part Number: LM5164-Q1EVM Other Parts Discussed in Thread: LM5164-Q1 Dear Sir,
Can kindly share LM5164-Q1 EVM gerber file? my customer would refer it.
Thanks!
Steven
Part Number: LM5169 Other Parts Discussed in Thread: LM5164-Q1EVM , LM5160 , LM5164 Hello Experts, My customer is evaluating LM5169 by replacing device of LM5164-Q1EVM. Customer has question as follows. Would you answer it, please? [Question] Customer set…
Part Number: LM5164-Q1 Hi team,
Our customer tests our LM5164-Q1EVM, the input voltage is 60V(CH1), but the SW max voltage is 52V(CH2). Output voltage is 12V and load resistance is 50Ohms. Why SW voltage is lower than input voltage?
(Hi Sam,
I have a TI evaluation board (LM5164-Q1EVM-041 Converter Evaluation Module) that was initially tested as +12V output. I then hacked the evaluation board to isolate components and connections from ground in order to enable the grounding of the…
