Part Number: TPS40304 Dear Team,
We have been using the TPS40304DRCR IC in our designs for the last 3–4 years, and it is currently working well for our application.
However, we would like to check the current product life cycle status and long-term…
Part Number: TPS40304 Other Parts Discussed in Thread: TPS546E25 Hello:
The customer needs to find a replacement for the DRMOS, requiring an output current of over 30A, with an input voltage range of 5V-12V, to be used for DDR 1.2V power supply.
The…
Part Number: TPS40304
In my circuit I am expecting that my 15V Vin design will generate 6.5V at the BP pin which in turn charges my bootstrap cap. Is this correct? Please explain the datasheet built-in 6.5V regulator function, the BP pin, & weather…
Part Number: TPS40304 Tool/software:
Hi，the ripple of 3.3V is big.It is unstable.
I use the TPS40K tool to change Type III compensator component.
And I try to change the value of R/C，but it can not work well.
Is there any formula for calculating…
Part Number: TPS40304 Tool/software: Hi, I am trying to do PDN analysis for TPS40304, I need the procedure to find VRM ESR and ESL if I used 2 (470uF) capacitors in parallel and 1 (300nH) Inductor. I am using it to convert from 3.3V to 0.85 V
Part Number: TPS40304 Tool/software: Dear E2E,
I am currently utilizing the TPS40304 Buck Controller in a low voltage high current design (0.85V, 20A) for an SoC core supply. With the feedback via directly at the output of the regulator, a significant…
Part Number: TPS40304 Other Parts Discussed in Thread: TPS565242 , TPS563206 , TPS62826
Tool/software:
Hello Sir/Madam,
I am Chauhan Mihir, and I am currently working at Aimtron Technologies Pvt. Ltd. as a Sr. Hardware Design Engineer. Recently…
Part Number: TPS40304 Tool/software: Trying to do a TPS4030 1.8V design and the online tool and the compensation spreadsheet seem to disagree with my values. I am leaning towards believing the spreadsheet more than the online tool. The online tool of…
Part Number: TPS40304 Hi Team,
My customer designed a power with Vin=4V, Vout= 3.5V, Iout= 15A. Below is their schematic.
The R21, R28 are empty. The R18 is 2 Ohm.
Now they found the Vout is only1.3V without load.
When they connected a 2Ohm…
