Part Number: LMR54410 Tool/software: Hi,
We are trying to use LMR54410 for an application where we need a 15V-3V3 converter. After testing the component on your demoboard we moved on to test it on a prototype in which we have a two layer PCB (while in…
Hi Tom,
If there are no additional questions and my answer above satisfies your question, please close the thread by clicking on "resolved". Thanks,
Ben
Part Number: LMR54410 Hi Expert,
My customer is using LMR54410FDBVR, but find abnormal ripple when power up.
24V input to 15V output, ripple time is 30us, please help to give some suggestion
here is the output wave; green one is output, yellow one is input…
Part Number: LMR54410 Is the output of the LMR54410 capable of sinking current? I am using the part to generate 17VDC output at about 250mA. Can I use the 17V output as a Clamping Voltage for a 1kHz to 100Khz communication pulses with the amplitude up…
Part Number: LMR54410 Hi,
We are testing LMR54410 in the configuration shown in the schematic, in which we have inserted an LC filter at the output to reduce the ripple on the voltage. We have noticed that this modifies the Bode diagram of the circuit;…
Hi Francesco,
Super sorry for the delay.
Please see the app note for the loop gain transfer function: https://www.ti.com/lit/an/slvae09b/slvae09b.pdf?ts=1713899125729&ref_url=https%253A%252F%252Fwww.google.com%252F
Adding the capacitance in parallel…
Part Number: LMR54406 Other Parts Discussed in Thread: LMR54410 Hi All,
Please tell me the difference between LMR54406 and LMR54410. The difference between the two products is the maximum output current, but are there any other differences besides the…
Part Number: LMR54410 In the use of TI LMR54410, the test found that the SW foot negative voltage exceeds the standard problem Test conditions: input Vin = 24V, output Vout = 12V; startup, SW foot negative voltage to -4.8V; normal operation, SW foot negative…
Part Number: LMR54410 Hi,
Q1. I have a question regarding the selection of the input capacitor Cin for the LMR54410FDBVR. The datasheet states that the general recommended value for the high-frequency decoupling capacitor Cin is 2.2 μF or more, but is…