Part Number: LMR62014 Hi team,
I have received an EOL notification of LMR62014XMFX/NOPB from customer, and TLV61048DBVR is recommended but not p2p compatible.
Is there any pin compatible alternative to recommend? It is hard for customer to replace the…
Part Number: LMR62014 Hi Experts,
Our customer is using LMR62014XMF/NOPB as a boost converter in his design, his requirements are:
Vin=5V, VOUT=12V; Iout=0.5A ;
In datasheet, the converter meets perfectly the requirements and even shows a reference design…
Hi, Nathan. I appreciate your prompt reply. The LED wire connected to the TP3 (VLED) end of the LED driver was disconnected and the current was measured with a multimeter. At this time, it was confirmed that ~290mA was measured. I understand that the load…
Part Number: LMR62014 Hi TI Experts,
I would like to consult about the inconsistency in printing the bottom and top markings of this part LMR62014XMF/NOPB.
As you could see in the picture, one is shifted to the left, the other one is a little bit shifted…
Part Number: LMR62014 Hello,
My customer has a question for LMR62014. The below is from the datasheet.
Why does it recommend 92uA with 13.3K ohm? Do these values have any special meaning? What happened if other value is used?
Regards, Satoshi Obata
Part Number: LMR62014 Hello,
We want to know if the input current ripple we are seeing from the boost converter is the result of having a 2 wire brushless dc fan connected at the output/load.
Below is the circuit we have for the boost converter. It has…
Part Number: LMR62014 Hello,
We are encountering an issue with the short circuit protection design from the slva998a.pdf application. We have implemented Figure 4.4 in the application. We have also adjusted the issue that the reference design had.
(please…
Part Number: LMR62014 Hi,
I am confused on how the IC junction temperature is calculated in TIWebench. For this particular design, the estimated IC power dissipation (Pd) is 0.711W (as pulled from the TIWebench report). Below is the expected junction…
Part Number: LMR62014 On page 10 of the datasheet, it says "The recommended frequency for the zero fz should be approximately 6 kHz."
I'm trying to select Cf and R1 parts with acceptable values and tolerances. But, I need to know what the acceptable…
Part Number: LMR62014 Hi guys, in our product we have a step up regulator that is powered from USB port and the output is connected to battery powered net (see attched schematic).
When the USB port is disconnected we ave the input not powered but there…