Part Number: LM5180EVM-S05 Other Parts Discussed in Thread: LM5180 Tool/software: Dear Support,
i read some topics similar to mine but i still need your support.
In this EVB i change the value of feedback resistor to 110 kOhm: according to the formula…
Part Number: LM5180EVM-S05 Hello! Is there a way to measure the frequency response of the regulation loop, or it is not feasible? Like with a Bode 100 or similar. Thanks!
Part Number: LM5180EVM-S05 Other Parts Discussed in Thread: LM5180
Hi,
I was trying to rework the LM5180-Q1Single-OutputEVM board to produce 24V output.
Below are the parameter that we get from the PSR Flyback design tool:
We reworked the EVM board as…
Part Number: LM5180EVM-S05 Other Parts Discussed in Thread: LM5180 We want to utilize the LM5180EVM-S05 design to design an AC-DC converter by adding a Full-Bridge rectifier at the input stage of the LM5180EVM-S05 that takes 24VAC as an input source and then…
Hello Andrew,
Masakazu Adachi said: I also checked Step 2 again and found that 1500pF is too large. This is just a question out of curiosity for me, but what would be the effect of too large a snubber capacitor? Can you give me a sense of what you are…
Part Number: LM5180EVM-S05 Hello team,
I received a question from the customer.
Can the output voltage be controlled in no-load conditions?
Regards,
Masa
Part Number: LM5180EVM-S05 Other Parts Discussed in Thread: LM5180 , LM5180-Q1 Hello team,
I received a question from the customer.
Is this EVM board RoHS compliant? (Is it Pb-free?) I am aware that the LM5180, LM5180-Q1 are RoHS compliant.
Regards,
Mas…
Part Number: LM5180EVM-S05 Hi team,
We want to use this device for size limited application. In hits EVM, C2 is equipped as input filter.
If we could change this electric capacitor to more small one, the size requirement may be achieved.
Could you please…
Part Number: LM5181-Q1 Other Parts Discussed in Thread: LM5181 , LM5180EVM-S05 Tool/software:
Transformer parameters
Hello Team,
I am using LM5181 for fuel cell monitoring application
Output voltage - 20V/40mA
Input voltage - 24V (6V-32V)
14 Number…
Hi Youhao,
thank you for your clear answer.
Basing on the following TI formula quoted in the attached link : " The minimum current delivered to the load is Iout-min = 0.5*Lmag*Ipk-FFM^2*Fsw-min/Vout, where Ipk in FFM is 0.3A and 0.15A for the LM5180…