Part Number: LMR43610-Q1 Tool/software: Hi team,
We are considering LMR43610MSC3RPERQ1 for the project and have a question. Would you please help us?
Table5-1 mentions VCC cannot be connected to external load, but can we short VCC to MODE/SYNC to…
Part Number: LMR43610-Q1 Hi Friend,
The material of your company is LMR43610-Q1, which is described in the specification as Supports 3-VIN for automotive cold crank. May I ask whether the cold start can be normal when the input voltage drops to 3.2…
Part Number: LMR43610-Q1 Tool/software: Hello,
I am designing a 12V-5V Buck converter and was hoping that I could be provided with the Altium Layout file (It looks like an Altium layout from the example) used in the example layout from the datasheet…
Part Number: LMR43610-Q1 Dear Friend,
I want to know the efficiency below these situation:
(1) VIN=12V, VOUT=3.3V, IOUT=295μA auto mode. in this situation What is the efficiency?
(2) VIN=12V, VOUT=3.3V, IOUT=2420μA auto mode. in this situation What…
Part Number: LMR43610-Q1 Tool/software: Hello,
The datasheet states CBOOT=100nF, CVCC=1uF, is this a minimum value? If not, what are the minimum capacitance requirements for CBOOT and CVCC?
Thank you
Part Number: LMR43610-Q1 Tool/software: Hi ,
Could you please share the input voltage to output voltage conversion time for the buck converter we used - LMR43610MSC5RPERQ1?.
Part Number: LMR43610-Q1 I would like to proceed with the circuit design using LMR43610MSC3RPERQ1 as follows.
VIN:12V VOUT: 1.8V IOUT: 1A
According to the datasheet, we are trying to combine R_FBT and R_FBB as follows. R_FBT: 17.8K_1% R_FBB: 22.1K_1…
Part Number: LMR43610-Q1 Tool/software: Hi team,
From our recommendation, it looks that some settings don't fulfill the eq(6) requirement. This table means within ~500Ohm is OK?
Customer wants 8.5V output and plan to set Rfbt = 84.5kOhm, Rfbb =…
Part Number: LMR43610-Q1 Hi Team,
LMR43610MSC3RPERQ1, Standby IQ(mA)
Q1: Test condition is VEN = 0V ?
Q2: Is 3.3V/Adjustable also applicable to this specification?
Thank you.
