Part Number: TPS53622 Other Parts Discussed in Thread: CSD95496QVM , Hi,
We are using TPS53622A+CSD95496QVM*2, Just want to make sure is there anything need to pay attention if switching Vin from 12V to 5V?
And the output should be 0.72V, 40A.
Per our datasheet…
Part Number: CSD95496QVM Other Parts Discussed in Thread: TPS53681 , CSD95491Q5MC , Hi E2E team,
We are using a TPS53681 in 2+1 mode:
Loop1: 2 phases: CSD95491Q5MC
Loop2: 1 Phase: CSD95496QVM
Loop1 : Vout: 0.9V/40A max non transient requierement, Voltage…
Part Number: CSD95496QVM
Hello, I have a question about the TAO (Temperature Amplifier Output) pin. According to the datasheet, the max voltage for this pin can be VDD+0.3V (5.3V).
In my design, the TAO (Temperature Amplifier Output) is fed to an ADC…
Part Number: CSD95496QVM Other Parts Discussed in Thread: TPS53622 We use the TPS53622 regulator in our design for providing 2 phase power using only channel A in our design and we are seeing manufacturing failures. A query of the Status registers points…
Part Number: CSD95496QVM I want to use the CSD95496QVM in my design. From the datasheet, it only shows Vin = 12V, continues output current = 40A. I wonder if Vin = 5V, what is the maximum output current it can supply?
I only have 5V input power, but I need…
Part Number: TPS53659 Other Parts Discussed in Thread: CSD95472Q5MC , , CSD95496QVM , TPS53622A , CSD95411 , TPS53622 , TPS53676 Your chips are needed for a project developed by our company, we need the details about Power IC datasheet and Symbol、Footprint( use in Cadence) TPS536…
Part Number: TPS53622 Other Parts Discussed in Thread: CSD95492QVM , CSD95496QVM , CSD95495QVM HI,
I am using TPS53622A IC and please help me out in choosing the right Smart Power Stage IC for that.
Our Iccmax= 14.5 A, Icc TDC= 10A. Earlier we chose CSD95492QVM…
Part Number: TPS53622 Other Parts Discussed in Thread: CSD95496QVM , , , TPS53679 Hi Team,
As per application schematics, enable of power stage (CSD95496QVM) controlled by ASKIP# pin of TPS53622A. Is ASKIP and BSKIP pin able to control the power stages…