Part Number: TPS562201 Other Parts Discussed in Thread: TPS562208 Hi,
I see that the only difference between TPS562201 and TPS562208 is the control mode.
What's the pros and cons of these two devices?
Part Number: TPS562209 Other Parts Discussed in Thread: TPS562208 , , TPS562201 Hi Team
When the inductance is too low, high side mode will always turn on and low side MOS always turn off , and this time , Vin will equal Vout
Test condition:
Vin=12V
Vout…
Part Number: TAS5751M Other Parts Discussed in Thread: TPS562208 Hi team,
I got a customer case which found audio speaker background audible noise when no sound played on speaker using TAS5751M. The DCDC buck regulator in the system is suspected to be…
Hi Satish,
Yes, you are right. The issue is that large charging current to cap triggers the overcurrent protection during start up. 2200uF cap is too large compared to the recommend cap value. So it is normal to see hiccup when you power on with some…
Tao,
this device is non-synchronous buck converter with Eco-mode, can't support your application: Vout is too close Vout. (for non-synchronous buck cinverter with Eco-mode, Vin should be higher than Vout at least 2.1V)
Refer TPS562201 or TPS542201…
Part Number: TPS54200 Other Parts Discussed in Thread: TPS562208 , , TPS54202 HI,
My customer is using TPS562208 in their project to step down to 3.3V from 15V. They have completed the board design. Now there is a slight change in the Vin, and they need…
Hi Mike,
TPS562201is an eco mode part and it will get higher Vout at light load compared to heavy load condition. It is due to the high output ripple during light load skip mode. I am not sure whether the device loading current is small in your application…