Part Number: TPS65266 Other Parts Discussed in Thread: TPS65400 I am using TPS65266 in one of my designs. There is a need to support 5A on the 0.8V. At present the design is only supporting 3A from LX1. However, my question is can I combine/parallel LX1…
Part Number: TPS65266-1 Other Parts Discussed in Thread: SWITCHERPRO , , TPS65266 Tool/software: WEBENCH® Design Tools Is there a loop compensation design tool for TPS65266-1? Do you have another tool other than Webench, like to old SwitcherPro standalone…
Part Number: TPS65266 Hi,
If someone can tell me what is the difference between TPS65266 and TPS65266-1?
I saw the Vout(min) of TPS65266-1 is 2.7V on the web but on datasheet TPS65266-1 can output 1.2V.
I was confused...
Part Number: TPS65266 Hi team,
My customer used TPS65266 . Input =5.8V, output =4V , 4V and 5V. The every channel max output current is 3A. The 5V give power to WIFI.
They did a 100 boards to test. And they found 7 board is broken. TPS65266 's output…
Part Number: TPS65266-1
Hello,
Please clarify my doubts related to TPS65266-1 regulator below:
1. How to control(Enable/Disable) Outputs of the DC-DC regulator: TPS65266-1 ??
2. Is there any possibility of getting a Switched voltage regulator with…
Part Number: TPS65266 I'm looking at the TPS65266 data sheet.
In Figure 32, a 22uF capacitor is applied to C7, C8, and C9, but there is no GND indication connected to the capacitor.
Please review.
Part Number: TPS65266 Sir:
we notice there are to formulas used for calculate the time of ENX and SSx, but can not found the unit of them, could you help confirm?
such as: Ten(ms?)=Cen(uF?)X1.2V/2.1uA
TssX(ms?)=Css(uF?)X0.6V/5.5uA
Th…
Part Number: TPS65266 Other Parts Discussed in Thread: TPS65261 Hello,
Please clarify my doubts related to TPS65266-1 regulator below:
1. How to control(Enable/Disable) Outputs of the DC-DC regulator: TPS65266-1 ??
2. Is there any possibility of getting…
Part Number: TPS65266 we meet a issue relate to leak current with TPS65266:
When TPS 65266 is working, there is big leak current, even if there is not load,
such as , for the VOUT1, or VOUT2, remove the load of them, just keeping its full circuit, the…