Part Number: TPS61379-Q1 Tool/software: The datasheet for TPS61379 created confusion among its readers when it reused the term "output capacitor" and called pin #10 OUT while simultaneously referring to pin #9 as VO.
Specifically, the output…
Part Number: TPS61379-Q1 Tool/software: Hi,
I am designing Boost converter to generate 5.5V from 5.2Vin device using TPS61379-Q1.
I have a question on how to calculate C6 value shown in image below
As per evaluation board schematic it is 1.5uF but…
Part Number: TPS61379-Q1 Hello, My customer would like to use 10uH inductance in thier design and are seeing TPS61379-Q1 as one of candidates. Table 9-2 in the datasheet shows 0.45 ~ 1uH for recommended inductors. Can 10uH be used for this device?
Regards…
Part Number: TPS61379-Q1 Hi TI staff,
We would like to standardize the parts of our many products. After designing something once, I want to use the "same circuits and components" to use a lot of our products for many years.
Q) Is there a list…
Part Number: TPS61379-Q1 Hi team,
Once it operates pulse skip mode, could we estimate how much pulse will be skipped?
Datasheet says error amplifier outupt clamps if IOUT decrease to surtain level. Then inductor current will be reach zero. When will this…
Part Number: TPS61379-Q1 Hi Team
My customer replaced TPS61378 with the TPS61379.
Besides the output current, both controllers differ in a wiring of a current limiter - pin 12 ILIM => resistor to ground for the TPS61378. Can they leave this resistor…
Part Number: TPS61379-Q1 I have an device where the TPS61379-Q1 would need to be synchronized to an external clock when the device is in an active mode. When not in active mode, no clock will be provided.
The datasheet doesn't provide almost any information…
Part Number: TPS61379-Q1 Hi Team, I have randomly chosen a boost converter to clarify one of my doubts. I am designing TPS61379 to generate a fixed 5V from a 3.3V supply, what effect will be there if my input voltage goes higher than 5V?. since it is a boost…
