Part Number: TPS56637 The TPS56637 is a high efficiency, high-voltageinput, easy-to-use synchronous buck converter with integrated MOSFETs. With the wide operating input voltage range of 4.5 V to 28 V, the TPS56637 is ideally suited for systems powered…
Part Number: TPS56637 Hi Team,
I was asked if P21637 was ever used as a device marking for TPS56637. Have any of the above markings been used in the past?
My customer found some of old TPS56637 sample(Provided around end of 2019) has P21637 marking on the…
Part Number: TPS56637 Other Parts Discussed in Thread: LM61460
Hi all -
I am trying to build a buck regulator circuit that can handle Vin = 6.2V to 28V input and, after tweaking the feedback resistors (with digital pots) and restarting the Vreg*, putting…
Part Number: TPS56637 Hi Sir.,
from datasheet is the max output voltage is 13V.
TPS56637 4.5-V to 28-V Input, 6-A Synchronous Buck Converter datasheet (Rev. A)
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from website and webench, the max output voltage is 16V.
https://www.ti.com/product/TPS56637#design…
Hi Matthew,
Thanks for your feedback. We have TPS56637 which is 4.5-V to 28-V Input, 6-A Synchronous Buck Converter. You can also reach out to Buck wide-Vin team to check if they have other recommendations if your input range is up to 32V.
Thanks!
BRs …
Part Number: TPS56637 Hi Experts,
From the datasheet of TPS56637, we mentioned the recommended maximum output voltage is 13V as below. We want to know what's the limitation behind this specification? Can you use this device to output 16V from 18V input…
Part Number: TPS56637 Hi Team,
My customer would like to use TPS56637 in very light load condition such as 0.5A(Max) in order to minimize BOM. Are there any concern in this use case? I think no issue as long as they use FCCM mode though...
Regards,
Takashi…
Part Number: TPS56637 Hi Team,
My customer wants to know the lower limit of capacity to which the FET can be turned on even if the DC bias reduce the capacity. Could you tell me how much effective value is needed for safety?
Also, I'd like to know the…
Part Number: TPS56637 Hi Team,
My customer would like to estimate ripple p-p in Eco mode, do you have a equation to calculate it or any document to understand how to calculate?
Regards,
Takashi Onawa