Part Number: LMR38010-Q1 Tool/software: Reference FIT values according to Siemens norm : SN29500 required for the below mentioned parts
LMR38010FSQDDARQ1
TPS629211QDYCRQ1
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-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…
Part Number: LM5163-Q1 Other Parts Discussed in Thread: LMR38010-Q1 , Good morning
What is the maximum input leakage @150°C (or 125°C) of PGOOD port
(i.e. when voltage is regulated inside of the ‘good’ range , it should be a MOS -->…
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.…
Part Number: LMR38010 Other Parts Discussed in Thread: , LMR38020 , LMR38020EVM HI~
If the surrounding environment is the same (layout, load, etc...)
1. If only LMR38010 frequency and L (200MHZ ~ 2.2 MHz), are EMI characteristics the same?
2. Are the FFS…
Part Number: LMR38010-Q1 Other Parts Discussed in Thread: LMR38020
Hi ,
I found out using Webench that the LMR38010FS-Q1 is easily put into instability (Phase margin < 45°), e.g. for too small an output capacitance. What kind of response function…
Part Number: LMR38010-Q1 hi team,
now customer can't adjust the witching frequency , in the schematic, i have let customer adjust the RT resistor to 64.9k, but also can't adjust switching frequency, test scope of switching frequency is as follow:…
Part Number: LMR38010-Q1 My customer has two applications for the LMR38010-Q1 where the output voltages are 20V and 30V. They are looking at using an electrolytic capacitor output instead of ceramic capacitors because the ceramic caps derate so much with…
