Part Number: TPS563201 Recently we are facing 100% failure related to TPS563201DDCR. Where the voltage regulator supposed to convert the input voltage (VIN), 12V to 3.3V but it outputs (VOUT) around 2.5 V instead. We have perform A-B-A swap analysis and…
Part Number: TPS563201 Hello,
I am evaluating a buck converter design using the TPS563201 device with a 3.3 µH (ref des L9) output inductor. The measured efficiency is approximately 68% at an input voltage of 12 V, output voltage of 3.3 V, and an output…
Part Number: TPS563201 Other Parts Discussed in Thread: TPS563206 , TPS563209 , TPS563208 Hi Teams,
My customer is selecting a power supply that supports input 12V and output 0.9V-5V to replace JW5361FM with an output current of 3A. Due to the fact…
Part Number: TPS563201 Tool/software: I am designing a PCB layout for the TPS563201 buck converter. The output trace needs to pass through a different layer below the output inductor. I would like to know if routing the output trace in this manner will…
Part Number: TPS563201 Tool/software: Could you please provide the pressure specification that TPS563201 , when already soldered onto the motherboard, can withstand? We need this information to ensure that adding thermal pads between the SSD and motherboard…
Part Number: TPS563201 Tool/software: Hello,
I plan to use TPS563201 but need to use big polymer capacitors along with ceramic caps... but i read that it is unstable beyond just 68uF caps.
for me I intend to use 5x10u 0805 ceramics + 2 or 3 470u…
Part Number: TPS563201 Other Parts Discussed in Thread: TPS561201 Tool/software: I am currently using the TPS563201 buck converter for converting 12V to 3.3V, and we are utilizing a 2.2uH 7A rated inductor . Due to size constraints in our design, we are…
