Part Number: TPS54202 Other Parts Discussed in Thread: TPS62932 Tool/software:
Hi Team
In TPS54202
1) We are converting 28V to 24V , i wanted to know if 2A is enough for the conversion.
2) Also, I Request you to provide graphs of efficiency…
Part Number: TPS54202 Tool/software: Hello Team,
I'm using the TPS54202 in my design to step down 12V to 5V (1A).
Now, I want to reuse the same IC for a new power requirement: stepping down 12V to 3.3V (1A).
This 3.3V output will power a micro-controller…
Part Number: TPS54202 Other Parts Discussed in Thread: LMR51420 Tool/software: Hi,
Is there any p2p compatibility IC for TPS54202, which should support <3.5mS softstart time?
background:
The TPS54202 was designed originally and its soft start time…
Part Number: TPS54202 Tool/software: hi Team,
customer aim to use TPS54202 with 12~18Vin and 5Vout at 1A, base on the typ SCH on datasheet, can we use a 10uH inductor instead? the 10uH is a common material for customer. so they want to keep it.
tks…
Part Number: TPS54202 Other Parts Discussed in Thread: TPS62933 , TPS62932 hi team,
do we have recommendation for nex gen of TPS54202 as for the 2A and 3A 28V device? better be cost save solution
Part Number: TPS54519 Other Parts Discussed in Thread: TPS62816-Q1 , TPS62867 , TPS62A06A Tool/software: Hi! I'm using TPS54519RTE in my design and measured -835mV at PH pin during dead time of switch (30ns). According to datasheet the maximum absolute…
Part Number: TPS54202 Tool/software: The customer feedback that there is output voltage overshoot. Could you help to analysis it?
Yellow: Output voltage
Green: EN
Blue: Input voltage
Part Number: TPS54202 Tool/software: Hi Team
We are working with TPS54202, the input given to it is 28V and required output is 24V, 2A Requesting to check the attached screenshot and let us know the changes, also please let us know the values of R577…
Part Number: TPS54202 Tool/software:
Hi,
A my account measures that negative peak voltage on SW pin of TPS54202 is -0.74V@38nS, is there any risks for TPS54202?
note: the GND loop is as the following.