Part Number: TPS92682-Q1 Hi team,
We had a problem with the TPS92682 application:
I. There is one output configured into CC mode, current output 770MA,(output voltage is about 19V) dimming duty cycle set to 30% . When we drop the input voltage from…
Part Number: TPS92682-Q1 Hello everyone
I have a few about the TPS92682 .My configuration is as follows:Two-phase boost.
Q1:
CHxMAXDEN function, what is the difference between opening and closing?
Q2:
How is the CHxLEB time set and under what…
Part Number: TPS92682-Q1 (1) There are 2 channels, but please tell me how to handle the terminals if 1 channel is unused.
(2) This is a 2ch product, but is there an equivalent 1ch product?
Part Number: TPS92682-Q1 I am trying to design a 100W CC dual channel common anode LED driver. I am looking at using the TPS92682 because it can support my voltage and power requirements and it has 2 channels. Because it will be used with common anode LED…
Part Number: TPS92682-Q1 When using in CV mode, is it only BOOT?
Because design information is not found in the datasheet.
Aloso, sinse When used in CC mode, is it BUCK-BOOST?
Part Number: TPS92682-Q1 Hello expert,
About the datasheet application of CV 2 phase mode,I check the figure8-25&8-26 have some confused,figure 8-25 softstart time(COMP PIN from 0-1.9V) is 8ms,
figure 8-26 softstart time(COMP PIN from 0-1.9V) is 7…
Part Number: TPS92682-Q1 Hi team,
It's required that the soft-start ramp time is longer than the time required to charge the output capacitor? Could you clarify which capacitor it is? Is it Ccomp?
Thanks!
Part Number: TPS92682-Q1 Hello, According to the EN Reg, maximum duty cycle is enable as default, and it is about 90%(figure 6-9 in the datasheet). My question is what will happen if maximum duty cycle is disable? Does the duty could reach 100%? TPS92682…
Part Number: TPS92682-Q1 Hi, Team
Hope you are doing well!
My customer has a question about our TPS92682-Q1.
Our device has two integrated LDO that provide power to VDD and VCC respectively.
Customer wants to know what is the maximum dropout voltage of…