Part Number: TPS63000 Tool/software: Hi. I'm developing the power system for an IoT system, and I'm using the TPS63000 as the buck-boost converter for a 3V8 output. I've noticed some issues related to the feedback voltage divider. I'm using R1 of 680k…
Part Number: TPS63000 Tool/software: Hi team,
To expand the operating voltage range for constant voltage startup, is it acceptable to short-circuit R3 in the following circuit?
In practical tests, short-circuiting R3 in the filter circuit allowed us…
Part Number: TPS63000-Q1 Tool/software: In the above part it is mentioned that it has Automotive applications but not mentioned any AEC-Q certifications in the datasheet. Is it AEC-Q certified product.
Part Number: TPS63000 Other Parts Discussed in Thread: TPS631000 , TPS631010 , TPS631011 , TPS7A20 Tool/software: Hello everyone,
Im working on the circuit of power supply for EEG device need lowest noise on rail.
The main power will start from battery…
Part Number: TPS63000 Tool/software: Hello, I tried to implement this module TPS63000DRCR in a custom PCB and this new revision of the board (6 pcbs) all of them we are getting around 1.626V in the output when is disable and there is an input voltage…
Part Number: TPS63000-Q1
Tool/software:
Hi Team,
Could you please review the schematic.
In this configuration at what is the switching frequency the IC is operating
May I know from where you got the value of 0.3A. Is this the allowed ripple current…
Part Number: TPS63000 Tool/software: Dear Team,
could you please provide the simulation model /Tina Simulation file/spice model of tps63000
Regards
HAri
Part Number: TPS63000
Tool/software:
Hi...
I am using TPS63000 in my design and I need to control PS/SYNC pin using a micro-controller. The input to the buck boost converter is 3V to 4.3V which is coming from a battery. The output of the converter is 3…
Part Number: TPS63000 Hello i am curious about the high value 1Meg ohm resistor called out for R1. This resistor is on the feedback pin. The input impedance on this pin is 1Meg ohm typically. It would seem that a lower resistor value would be in order…
Hi Fabio,
Thanks and apologize again for my mistake.
I do not know is it a good idea to have such remind for each one. But one way which will 100% work is follow the user guider of EVM if no special requirment because the parameters of external components…