Part Number: TPS61094 Hi support team,
When switching from "Forced bypass" to "Auto buck or boost", will VOUT be interrupted? Or will it be a seamless transition?
Regards, Dice-K
Part Number: TPS61094 Hello,
Can you tell me if there is another circuit, or another method to achieve the function shown in figure 7-4 of the datasheet (Supplement State Circuit) but with an input voltage of 11V to 17V. In short, my problem to solve is…
Part Number: TPS61094 Other Parts Discussed in Thread: TPS61289 Hello, I am interested in finding a suitable boost converter able to give 9V from a single supercap cell with very high efficiency for back up operation
So a device similar to the TPS61094…
Part Number: TPS61094 Other Parts Discussed in Thread: TPS631000 , Hello,
I have another question on TP61094 :
Can you confirm in bypass mode it’s possible to pass 1,2 A through the internal Mosfet ?
(Vin 5V4 -> Vout 5V4 1,2A)
And same question…
Part Number: TPS61094
I'm considering using the TPS61094 for application with has pulsed loads in the 10-30mA range, but is typically at ~1uA or less. I see that the datasheet has numbers for 500uA loads, but I couldn't find anything for lighter operation…
Part Number: TPS61094 Other Parts Discussed in Thread: TPS61099 Hi,
I'm using TPS61094 as a boost power supply to deliver 3.3V.
I've noticed an output voltage instability : 3.3V, going up to 4, 4.5 and even 5V.
After very long trail I found that…
Part Number: TPS61094 Other Parts Discussed in Thread: TPS61022 Hello, I would like to use TPS61094 for a new project between a 5,5V DCDC power supply and 3V3 DCDC Power supply, for 10s keep alive fonction when 5v5 shutdouwn.
In my application the max…
Hi Dave,
I notice it has been a long time since the reply. I will close this threat, and you can open a new one if there is any more concern. Thanks.
Best Regards,
Eric Yue
Part Number: TPS61094 When performing validation on our PCBAs we'd like to do a quick charge on the supercap before applying any other power to the board. Will it harm the TPS61094 if we apply 1.8v-2.2v to pin 6, SUP for 5seconds?
This is assuming…