Part Number: LMR38010 Tool/software:
Given that the minimum value for the HS switch limit is 1.3 A and the low side switch limit is 0.9 A (FOR LMR38010), if we have a load current of 1A and a total current change ( ΔI) of 0.4 A, it will always…
Part Number: LMR38010 Tool/software: Hi All
The output capacitor table for LMR38010 is shown above. For calculations involving a voltage conversion from 24V to 12 V at a frequency of 1000kHz , with an output current of 1A, a current ripple ration of…
Part Number: LMR38010-Q1 Other Parts Discussed in Thread: LMR38020-Q1 , regarding the chip LMR38010-Q1/LMR38020-Q1, could you provide me some power loss calculation sheet for the chip?
Part Number: LMR38010 Hello expert,
As talked, there is no calculator for LMR38010 but we have WEBENCH simulation result like output ripple. Do we have a chance to have the calculator for LMR38010 which includes output ripple? Customer has output ripple…
Part Number: LMR38010 Other Parts Discussed in Thread: TPS40055 Hi,
I have a question concerning the FPWM of the LMR38010FSDDAR.
Take a basic circuit with 48V input and 9V output.
In my application it might be that the output is pulled higher than 9V. I…
Part Number: LMR38010-Q1 Other Parts Discussed in Thread: LMR38010 I am using the LMR38010 as an inverting buck-boost regulator to convert 24V to -7V. Should the EP pad be connected to the GND pin which becomes the negative output of the converter as shown…
Hi Kwon
Sorry for late reply. I tested the conducted EMI on the LMR38020EVM, The radiated EMI cannot be tested in our lab.
Changing the RT to set fsw as 400kHz/1MHz, the test is performed under same BOM except RT. Please see the attachment. Please be…
Part Number: LMR38010 I am using the LMR38010 switcher design to regulate to 12V. I am having an issue when my input voltage increases above 55V, the switcher becomes unstable and gets very hot. Below 55V and it operates fine.
All my capacitors are rated…
Part Number: LMR38010-Q1 Other Parts Discussed in Thread: LM5164-Q1 , , LM5163-Q1 , LMR38010 Dear all,
I noticed that LMR38010-Q1 doesn't apparently need any feedback compensation network, such as the one required by its older 'brother' LM5164-Q1.…