Part Number: TPS53015
Hi,
I have a question about VTRIP of TPS53015.
The TPS53015 datasheet has a VTRIP table. In the table, VTRIP is listed in the range of 0.050V to 0.336V. Is it possible to set VTRIP to a voltage less than 0.050V? If possible, we would…
Part Number: TPS53015 Hai,
I am using this part in my new design,
Would Like to know consequences if we use different Voltage source for Input to regulator & Mosfet driving
Thanks & Regards
Jyothi
Part Number: TPS53015 Dear
I want to know what is the maxim current of TPS53015 , in datasheet, I saw it is only 8A in waveform . the parameter is 25A max , so need it confirm ,
Part Number: TPS53015 Other Parts Discussed in Thread: SYNC-BUCK-FET-LOSS-CALC DOES IT HAS LATEST VERSION FOR SYNC-BUCK-FET-LOSS-CALC — FET loss calculator for synchronous buck converter applications
Part Number: TPS53015 Hello, My customer has some questions about TPS53015 as follows. Q1 How customers can calculate or decide R2, R5, R9 and C12 values of Figure 18 of the datasheet. Q2 What are R7 and D1 for at Figure 18 of the datasheet? How to…
Part Number: TPS53015 Other Parts Discussed in Thread: CSD87350Q5D , , SYNC-BUCK-FET-LOSS-CALC , TPS40050 , LM3150 Hi TI,
I'm seeking for alternate part for the switching controller TPS53015DGS , I had designed the part for below mentioned configuration…
Part Number: TPS53015 Hey, had a question about the PG pin on TPS53015. I am a bit confused how PG is an open drain output pin, but in 7.2 (functional block diagram) it looks like it is actually attached to the gate of a MOSFET between the feedback comparators…
Part Number: TPS53015 Other Parts Discussed in Thread: TPS53014 Hi,
I am using TPS53015 Buck regulator in my design. But due to the lack of parts I am planning to replace TPS53015 with the TPS53014 part from TI. While comparing the datasheet the pin 2…
Part Number: TPS53015
Hi,
Please review the attached schematics and let me know your valuable comments.
Vin = 24V normally Vout = 5V, 12A
Please review specially the feed back resistors and Inductor calculation.
I am little bit confused about the inductor…
Part Number: TPS53015
During load, test found a dip(2.5 v old glitch found during the 5-ohm loading) on the 5V while loaded with 5ohms. Kindly check it and inform me what is the reason for the dip.
Inductor Value: 2.2uH and output cap is 220uF.