Part Number: TPS61202 Other Parts Discussed in Thread: TPS61033 , TPS61299 We are trying to build a boost circuit using your product TPS61202.
Can the TPS61202 operate in parallel?
Part Number: TPS61202 Hi there!
I've been looking into using the TPS61202 IC and have been doing some preliminary design verification testing with an evaluation unit before I proceed with my design, and I am producing a few issues that I can't seem…
Part Number: TPS61202 Other Parts Discussed in Thread: INA180 , Hi Team,
Can you please help us with our customer's inquiry below?
Concerns the positive and negative potential difference when changing the battery.
See attached schedule .
To…
Part Number: TPS61202 Hi,
It seems that the current consumption of TPS61202 is large, is it an appropriate value?
Prototype PCB as shown below,
Iin = 0.21mA.
When Vin=3V, Vout = 5 V, Iout = 0 mA
According to the data sheet, the value of…
Part Number: TPS61202 One of the problems is that the DC converter has a very high peak input current (>1.5A or more) at power-up to start correctly.
The other problem is, if he DC controller does not start correctly, the DC controller consume approx…
Part Number: TPS61202 Other Parts Discussed in Thread: LM4853 , Hello, I am using a TPS61202 to supply 5V to an audio circuit (utilizing the LM4853). I'm following the reference schematic in the TPS61202 datasheet: 2.2uH inductor with 2A saturation current…
Part Number: TPS61202 I designed the following circuit for our prototyping product.
In this case, the efficiency is too low.
Vin = 3V, Iin = 20mA, Vout = 5V, Iout = 8mA, Efficiency = 67%
Power save mode = Enable
Do you think anything wrong to…
Part Number: TPS61202 Hi,
My customer need assistance.
I`ve facing a problem with my power management circuit based on TPS61202 IC. When supplied by single cell Li-ion the IC and inductor burn and do not work (no 5V in Vout). I ask expert team to…
Part Number: TPS61202
I used TPS61202 to design a circuit board with Vout=5V. The schematic diagram of the circuit is shown in the figure, but the final result is VOUT=6.4V, VFB=0.61V. What is the problem? THANK YOU!
Part Number: TPS61202 Other Parts Discussed in Thread: TPS61023 , TPS61099 I saw older threads ask this same question with the most updated answer given in 2019, but I was wondering if there is a PSPICE file or any other simulation file for the TPS61202…
