Part Number: TPS61235P I have built a small circuit board with a TPS61235. The schematic I use was identical to that shown on the spec sheet for the TPS61235. I laid out the printed circuit card exactly as shown on the spec sheet. However, when I apply…
Part Number: TPS61235P
Hi, everyone. I'm looking for some insight from others with more experience than I have with the TPS61235P. My design is a simple concept: take a 3400mAh Li-ion cell and boost its voltage up to 5.1V, so that it can drive a color…
Part Number: TPS61235P Other Parts Discussed in Thread: TPS61253A , TPS61022 , TPS61230A , TPS61023 , TPS61288 , TPS61088 , TPS61089 Since there is a shortage of all boost ICs, especially TPS61236 which can boost the voltage up to 5.5V, can the TPS61235 be used…
Part Number: TPS61235P Hi
Input voltage 4.07V / 2.4A (Li-ion Battery) Output voltage 5.14V / 1.64A
Calculating efficiency is 86%.
Input voltage drops up to 3.67 volts when using output terminal LOAD.
Calculation of the input voltage at 3.67V results in…
Part Number: TPS61235P Other Parts Discussed in Thread: TLV61048 , TPS63030 , LMR62014 , TPS61022 , TPS61023 With the circuit shown cannot get more than 1.1A (Vin=3V , Inductor is XAL7030)
Any suggestions?
Thanks!
Part Number: TPS61235P Based on the latest data sheet, the typ Iq is 5uA.
But based on Figure 4. No Load Supply Current vs Input Voltage, the typ Iq is higher than 5uA. I suspect there is something wrong. Please help to clarify.
Part Number: TPS61235P
Hello all,
I am facing a problem with the TSP61235PWRLT boost converter IC. I am getting desired voltage (5.15v) on the output side of boost converter but it includes switching frequency. Even after connecting appropriate components…
Hi , Zack :
Thanks for your suggestion, we can get 5V/3A output now. You gave us a lot of help.
But we encouter another problem:
After we close TPS61235P module, wait for a while, then open TPS61235P module ,
connect a load, enable TPS61235P output…
Part Number: TPS61235P Other Parts Discussed in Thread: BQ25895 , , PMP4451 , TPS61088 Hello TI team,
We are developing a power bank solution based around BQ25895 and TPS61235P ICs. We want to add auto load detection circuit to the output of the boost converter…