Part Number: TPS63000 Hi
Could you please let me know about output voltage calculation method in the application note SLVA251?
Vout = ? (depend on R1, R2, R3, Vfb, Vdac)
Thanks
Muk
Part Number: TPS63000-Q1 Other Parts Discussed in Thread: TPS63000 Dear Team,
May I know what's the with Rj-c , Rj-b , Ψj-t parameter of TPS63000-Q1?
It should be different from TPS63000 because the Rj-a are different.
Thanks
Shaq
Part Number: TPS63000
We are using a TPS63000, and have the following circuit:
Layout guidelines have been followed, but we are getting an oscillating signal at the output of +/- 300mV at 1 kHz. Any idea what could be causing this?
Part Number: TPS63000 Hi team.
My customer is trying to use TPS63000.
Please tell me about the switching frequency of this product.
Q: Is the switching frequency correct at 1250~1500 [kHz] from the electrical characteristics (p 5) of the data sheet ? …
Part Number: TPS63000 Hi,
I am using TPS63000 in my Battery operated Design for 5V@0.18 to 1A output.
When I given Input of 3.5V-4.2V, TPS63000 is generated 5V Output without load connected and when I connected resistive load of 0.5A at that time Output…
Part Number: TPS63000 Other Parts Discussed in Thread: TPS63001 , Hi,
I have TPS63000DRCR IC for buck boost operation. I referred the schematic design in the datasheet and build the custom board.
The output voltage is negative. that means when I check the…
Part Number: TPS63000 Dears,
The TPS63000 can be achieved the nominal quiescent current on the power save disable status. Because I test the input current about 0.2mA on the no-load, I don't konw whether I make a mistake or this is a normal work status…
Part Number: TPS63000 Hi! I'm designing a power supply for a system. As a DC-DC converter I am using the TPS63000 for a 5.5V output. I have had some problems with the feedback capacitor (Cff) that is recommend to put in parallel with R1. The recommended…
Part Number: TPS63000 Other Parts Discussed in Thread: TPS63030 Hi, Colud you tell me about the value of capacitor between VINA and GND. Looking at Figure 2 on the data sheet P.10, a 0.1μF capacitor is connected between VINA and GND. I understand that…
It looks like there is only one input capacitor (C50) for both the TPS63000 on the schematic.
It is critical to have enough input cap for each TPS63000 IC, placed as close as possible to the IC, which is not the case in the current layout.
I would…