Part Number: TPS62826 We are considering a mechanism to vary the output voltage as shown in the attachment (by turning TEST12 ON/OFF).
The output voltage is planned to be 0.8V under high load and 0.72V under low load.
In this case, what would be the…
Part Number: TPS62826 Tool/software: Hi,
We have SSD application need check when load at 180mA(sleep mode) this time is work in PFM mode or PWM mode.
Because when leave sleep mode, will sink a huge current. If this time not in PFM, it may caused output…
Part Number: TPS62826 Other Parts Discussed in Thread: TPS62903
Tool/software:
Hello.
I will explain my situation in the design of a current project.
The root power supply is a 1-cell Li-Ion battery, 3.7V nominal, 3V to 4.2V useful range. I'm…
Part Number: TPS62826 Tool/software: Hi,
May I know how to transfer this figure to output discharge resistor?
We need compare with other product. As I know should be using outpout voltage(V)/discharge current(I)= discharge(R)
But this figure only…
Part Number: TPS62827 Other Parts Discussed in Thread: TPS62826 , , TPS62824 , Tool/software: Hi team,
Customer evaluates both TPS62826 and TPS62827 and found there are different perfromance.
For example, the bode plot with VIN=5.1V, VOUT = 1.5V,…
Part Number: TPS62826A Tool/software: Hi
We measured the high-side VDS and found that the voltage exceeds the VIN specification. When measuring the high-side VDS, should we be checking against the SW node AC specification or the VIN maximum rating?…
Part Number: TPS62826 Other Parts Discussed in Thread: SN62826 , Tool/software: Hi,
For SN62826/7, does it is force PWM mode or PSM/PWM mode?
If we need quick output discharge, we need choose B version, right? May I know the output discharge resistor…
Part Number: TPS62826 Tool/software: Lets say input to converter TPS62826 is 3.7V and we have a higher source that we want to pass to the output. Of course normally switching between 2 supplies is accomplished by power mux or (ideal) diode ORing. But…
Part Number: TPS62826 Hello team.
Would you tell me the following three points regarding input capacitors (MLCC) of TPS62826.
[Use case] Vin=5.1V Vout=0.9~3.3V *I use the load current within the rated range.
[Question] 1. If the MLCC effective capacitance…
