Part Number: TPS62A01 when running 100% duty cycle what happens when Vin drops below the vout regulation?
Does the output voltage will follow the input voltage minus the voltage drop of the FET's Rds(on) and the inductor's DCR until we hit the input…
Part Number: TPS62A01 Tool/software: Hello team,
We are using TPS62A01PDDC in an application where the input can range from 3.8V to 4.5V and we need the output to be ~3.6V/1A or even preferably at 3.8V/1A.
Inductor MPN: DFE252012F-1R0M=P2 Can you…
Part Number: TPS62A01 Tool/software: Hello team,
We are using TPS62A01PDDC in an application where the input can range from 3.8V to 4.5V and we need the output to be ~3.6V/1A or even preferably at 3.8V/1A.
Inductor MPN: DFE252012F-1R0M=P2 Can you…
Part Number: TPS62A01 In the datasheet of TPS62A01 I could not find any information about line regulation and line transient behavior. Are there some scope pictures showing the line transient behavoir?
Also FB pin bias current spec is missing.
Part Number: TPS62A01A Other Parts Discussed in Thread: TPS62A01 Hello,
When I simulate TPS62A01 ther is no output voltage in the simulation. How can I make this circuit work in the sim?
Thanks in advance.
Part Number: TPS62A01 Tool/software: Hello,
We want to use the TPS62A01 in an application that requires a voltage accuracy of < 5% from -40°C to 105°C. The datasheet states a feedback accuracy of 1%, which would be ideal for us. However the feedback…
Part Number: TPS62A01 Tool/software: Hello! Could you please share a load transient scope shot? Our datasheet goes 0.3A -> 1A
I am curious for a load transient (let's say 3.7Vin -> 1.8Vout) from 0A -> 0.1A or 0A -> 0.5A I am curious how the ripple…
Part Number: TPS62A01 Tool/software: Hi TI experts,
I checked the TPS62A01 specification and found that the maximum input voltage of Vin is 6V. I want to know whether the chip design has a margin for the maximum input voltage of Vin pin. If so, how…
Part Number: TPS62A01 Other Parts Discussed in Thread: TLV62568 Dear Team,
Does TPS62A01 is P2P with MP1601?
if not, do we have suitable P2P solution?
Many Thanks,
Jimmy