Part Number: TPS543C20 We are using the TI part TPS543C20RVFT in our design for generating 0.72V with 40A ( two stacked), since the output voltage is very low and there is an high current requirement, i worried about the power path loss. Below are my…
Part Number: TPS543C20 Hi,
1. Please verify the schematics and provide your feedback.
Vin - 12V, Vout -0.85V, Iout - 80A
/cfs-file/__key/communityserver-discussions-components-files/196/TPS543C20RVFT_5F00_2.pdf
Regards,
Nachiketh Karanth
Part Number: TPS543C20 I want to use the part 'TPS543C20RVFT' in my design, but the WEBENCH simulator not showing the this part for simulation. So how to simulate the 'TPS543C20RVFT' part in WEBENCH for my requirement?
Part Number: TPS543C20 Other Parts Discussed in Thread: TPS543B20 , , Hi Team,
I am using TPS543C20RVFT in my design and the design parameters mentioned as below:
Vin=12V
Vout=0.85V
Iout=40A
I have attached the circuit design and would like to get it reviewed…
Part Number: TPS543B20 Hi expert,
My customer has some questions on 5V input application.
If the Vin is 5V, what is the output of BP pin?
Following from question 1, is there any limitation to use 5V for input?
Thanks,
Oliver
Part Number: TPS543C20 I need a rad hard part with the same or close to the same specs.
I need to make 22 Amps at 1V from a 5V input in a small package area.
I have looked for Rad hard and the website diverts my search to commercial.
Thanks
Part Number: TPS543C20 Hello,
My customer is using the TPS543C20RVFR with VIN=12V and VOUT=0.864V.
They have some questions about the device.
Q1) Is there a shutdown function according to input voltage changes? If so, what is the input voltage for shutdown…
Part Number: TPS543C20 Hi Team,
I am planning to use TPS543C20RVFT in 3x stackable to generate 0.85V and 100A. Whether TPS543C20RVFT can be used in 3x stackable format. Please confirm.
Thanks,
Shifali N
Part Number: TPS543C20 Hi team,
I see that a capacitor must be connected between the VIN pin (pin 25) and the GND pin (pin 27), but what kind of problem will occur if this capacitor is not connected? I have read in the past that ringing time increases…