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Hi Andreas,
Thank you for the reply.
Unfortunately due to the nature of our issue, with current stock being affected, we have had to move ahead with rework and replace the LM3671 with LM3670. If necessary we will re-layout this circuit of the PCB to factor…
Part Number: LM3671 Hello there,
I have a question about two LDOs, N200EE0 and N201EE0.
We have to perform the pretest to DVM(digital multi-meter) before SMT work to check two LDOs is okay or not.
Can you tell me how to check there is no problem in the…
Part Number: LM3671 Hi
I am looking for a fixed 3V3 regulation. So what are the values for this Schematic:
Is the EN Pin directly connected to Vin or ?
Should i take LM3671MF-3.3/NOPB or ?
Regards
Srky
Part Number: LM3671 The line regulation of the LM3671 claims to be 0.031% while the closest alternate that I can find in the same package size is about 0.26%. There is a large difference between the two according to the datasheets but I need to know if…
Part Number: LM3671
Hello!
I'm using LM3671MF-3.3/NOPB to power ESP12-F. When input voltage (Vin) greater than 3.3V and ESP-12F goes to deep sleep, everything is fine, i have about 50uA current consumption. But if Vin is less or equal to 3.3 V, the current…
Part Number: LM3671 tl;dr: the feedback voltage on the LM3671MF-ADJ seems to be 0.62V, when the datasheet says it should be 0.5V
Longer version:
I'm using Table 3 on page 20 of this datasheet: https://www.ti.com/lit/ds/symlink/lm3671.pdf?ts=16553…
Part Number: LM3671 I am working on finding a date code for these parts. The bottom marking is confounding me.
So the bottom marking on 2 of them seem to indicate 2012 January and February (2A3 & 2BL). The 3rd part is marked (PAF). I cannot find a date…
Part Number: LM3671 Hi,
I am planning to use LM3671TLX-ADJ and would like to confirm that Ioutmax (per the formula in section 8.2.1.2.1.1 of the data sheet) is referring to the maximum current I need for my application and not the maximum 600mA the part…
Part Number: LM3671 Other Parts Discussed in Thread: BQ24092 , Dear all:
I designed a circuit using LM3671-ADJ and followed all the recommendations described in tech. specs. For any reason , the inductor temperature is raising to a high value and is hot…
