Part Number: TPS5430-EP Tool/software: We did RS103 of MIL_STD-461F test on one of our products and it generated a Voltage Overrange flag on our device. Which means, the generated voltage was beyond the set 7% tolerance. I used 2 x TPS5430MDDAREP for…
Part Number: TPS5430-EP Hello,
I'm currently using TPS5430DDA. However, since it is difficult to obtain, I am considering using TPS5430-EP. Looking at the TPS5430-EP data sheet, the absolute maximum rating for PH is -1.2V. The TPS5430DDA has an absolute…
Part Number: TPS5430-EP Other Parts Discussed in Thread: TPS5430 Tool/software: Hi Sir,
Using TPS5430 can we achieve the following power stability
Power Stability : Unit- % ( RMS ,8 hrs, Range : 0.02 - 0.25)
Unit- % ( Peak to Peak ,8 hrs, Range…
Part Number: TPS5430-EP Other Parts Discussed in Thread: TPS5430 Hello,
I'm currently using TPS5430DDA. However, since it is difficult to obtain, I am considering using TPS5430-EP. Comparing the two, the TYP of Current limit is 5A, but there is a difference…
Part Number: TPS5430-EP Hello, I currently am using the TPS5430DDAR, and I found this new variant TPS5430MDDAREP with what looks like an identical datasheet, and I just want to confirm the TPS5430MDDAREP is a drop in replacement for TPS5430DDAR.
Part Number: TPS5430-EP Other Parts Discussed in Thread: TPS5430 Tool/software: WEBENCH® Design Tools Hi,
I am designing a power supply using TPS5430-ep of 3.7V / 2A . The supply is for the SIM808 GSM CHIP, working range of 3.4V to 4.4 V. Since during…
Hi,
My customer is using TPS5430MDDAREP, TPS73133MDBVREP and TPS73601MDCQREP. He wants to know thermal resistance of these device. This thermal resistance is below. 1. Junction-to-case (top) thermal resistance 2. Junction-to-case (bottom) thermal resistance…
Part Number: LM25116 Other Parts Discussed in Thread: CSD18537NQ5A , CSD18563Q5A Hi Champs,
My customer use LM25116 in their new design. but recently, they met a EMI issue which will disturb their USB port. need your help to check their PCB design to…
Part Number: TPS5430 Hello, do u have ltspice or tina model for this part: TPS5430MDDAREP ?
https://www.ti.com/lit/ds/symlink/tps5430-ep.pdf?ts=1657739316752&ref_url=https%253A%252F%252Fwww.google.com%252F
Thank you
I have attached two app notes that should help to answer your questions:
1. Yes you will not get as much as 2A from the regulator in the inverting mode; see app note on how to calculate
2. Yes
3. Yes; see app notes for ideas
4. Yes
5. Yes; see…