Part Number: TPS63021 Other Parts Discussed in Thread: TPS631000 , TPS631010 , TPS63900 Tool/software: Hi,
I am using TPS63021 converter for my application. I would like to use the TPS63021 in power-save mode. Is it better to design the PS/SYNC pin…
Part Number: TPS63021
Tool/software:
Hello TI Community,
I am using the TPS63021-DSJR buck-boost converter to power an LTE modem from a 3.6V lithium cell. To extend the battery's useful life, I have connected the TPS63021 to a microcontroller operating…
Part Number: TPS63021 Tool/software: Dear Specialists,
My customer is evaluating TPS63021 and has a question about phenomenon of PG pin at power down.
I would be grateful if you could advise.
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I checked the PG waveform when the power was cut…
Part Number: TPS63021 Tool/software: Dear Specialists,
My customer has a question about the operating conditions of the PG pin (OC output ON/OFF) of TPS63021?
I would be grateful if you could advise.
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Could you please let me know about the…
Part Number: TPS63021 Dear Specialists,
MY customer wants to know about the maximum sink current of the PG pin.
I would be grateful if you could advise.
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①I would like to know about the maximum sink current of the PG pin.
The value of the…
Part Number: TPS63021 Dear Specialists,
Regarding the simulation waveform of related thread, the customer has an additional question.
I would be grateful if you could advise.
ーーーQuestion
Regarding waveform, when L⇒H, it rises steeply, and when…
Part Number: TPS63021 Tool/software: Hey In the Null-Series production, we discovered in the PCBA componente test that not all the TPS63021 DC/DC converters behave the same regarding the Power-Save Mode. We can identify two clusters of devices, where…
Part Number: TPS63021 Hi Team,
We are using TPS63021 buck boost regulator in our new design to generate 3.3V.
There are two optional inputs battery and 5V supply,
We require 3.3V/3.5A when input is 5v supply(need buck), also 3.3V/2A when input is…
Part Number: TPS63021 Hi,
We have followed a recommended design from webench for a 3-4.2V to 3.3V @ 2.5A dc dc converter.
The implemented design however will shut off the output whenever the current goes above 2A.
We exchanged the recommended…