Part Number: LMR62014 Tool/software: Hi TI Team We received an expired package from the supplier. Previously, according to the TI website, I checked the shelf life of TI components, which was 2.5 years. However, it seems that this has changed recently…
Part Number: LMR62014 Tool/software: Hi team,
Could you help check below since already sent to FA and from ATE site cannot see abnormal?
The fail issue is in blow from the customer and please help check, thanks!
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Part Number: TLV61047 Other Parts Discussed in Thread: LMR62014 , Tool/software: I'm current using your LMR62014 as a boost and control from 5V(Vin) to 7V@50mA (Output). This voltage is used to feed other circuitry that generates references voltages.…
Part Number: LMR62014 Tool/software: hi team,
my customer received the EOL notification from TI last year . nut this device seems still to be active now. Customer wants to know our EOL plan. Could u kindly share this? thanks!
Part Number: LMR62014 Other Parts Discussed in Thread: TLV61047 Tool/software: I think there is an error in WEBENCH power designer's calculation for the feedback network of the LMR62014X boost converter.
WEBENCH suggests a 162K and 13.3K divider to…
Part Number: LMR62014 Hello all,
We've been using LMR62014 in one of our products which is in production now, however, with the new batch of manufactured units, we are observing strange behavior in Lmr62014 where it loses track of the regulated voltage…
Part Number: LMR62014 Hi TI,
For one project with the LMR62014 (this may be replaced sometime in the future with a similar model) I need to prevent reverse current flow via the GND pin and SW pin. Would something similar to the schematic bellow do…
Other Parts Discussed in Thread: LMR62014 , LM3405A Using your LMR62014, we designed a circuit that boosts to 5V -> 12V.
It is designed in the same way as the connection plot on the two pages of the datasheet. (10uF added to input)
However, when the…
Part Number: LMR62014 Below is the design I used for the LMR62014. In this design, I aimed to have the input be 4.2v and the output be 5V. but I could not achieve the desired result. What should I change in this design to reduce the input value between…
