Part Number: TPS61299-Q1 Hello,
My PCB has 3.3V+/-5% power supply. I plan to use TPS61299-Q1 to boot from 3.3V to 5.0V.
I need to have another voltage regulator which output has to be 0.6V(or 0.65V) upto 3.3V.
Because the input can be 3.135V(95…
Part Number: TPS61299-Q1 Tool/software: Hello,
I posted this same question a few months ago, but the thread was locked before anything in my original post was addressed:
How can I calculate the efficiency of the TPS61299-Q1 boost converter? None of…
Part Number: TPS61299-Q1 Other Parts Discussed in Thread: TPS61099 Tool/software: Hello,
How can I calculate the efficiency of the TPS61299-Q1 boost converter? None of the efficiency graphs in Section 5.6 of the datasheet show my particular VIN/VOUT…
Part Number: TPS61299-Q1
Tool/software:
Working with the TPS61299-Q1. I'm converter 2xAAA batteries (series) to a 5V output. The part powers up fine. It's loaded by 10uF DCAP, and similarly has 10uF DCAP on the input. Inductor is an LQH5BPN1R0NT0L…
Part Number: TPS61299-Q1 Tool/software: Hi team,
Could you please help provide the tape and reel information of TPS61299-Q1?
I cannot find the related information in the datasheet.
Please provide the detailed size information.
Thanks a lot.
Hi Yuto,
The TPS61299 is 1.2A input current limit. So Vin*Iin/Vout=Iout(max)=0.54A. But if you want more margin, you could choose TPS612997, which is 1.9A input current limit.
For DRL package, you could find TPS61299-Q1, it is the same package with…
Part Number: TPS61322 Other Parts Discussed in Thread: LM5123-Q1 , TPS61299 Dear Team,
My customer is designing the application circuit of the TPS61322A, and they would like to desing the application circuit so that they can measure the phase and gain…
Part Number: TPS55288-Q1 Other Parts Discussed in Thread: TPS55288 , TPS552882 , TPS61299 Tool/software: Hello, We are going to use TPS55288-Q1 for 3.3V and 5V regulators from an input power supply between 2.8V and 5V, our Questions are: 1- Is TPS55288…
Part Number: TPS61099 Other Parts Discussed in Thread: TPS61299 Duck 3 C.pdf
Recently our customers are using this material. When the customer uses, the measured light load efficiency is 40%, but spec is 75%, please help to see if there is a problem…
