Part Number: TPS560200-Q1
Tool/software:
Hi MVB experts,
Could you please provide the Functional Safety FIT Rate, FMD and Pin FMA document of TPS560200QDGKRQ1?
Thanks!
Regards,
Josh
Part Number: TPS560200-Q1 Burn-in(ageing) test of TPS560200QDGKRQ1.
The signal generator control board is repeatedly powered on and off for aging, once every 0.5 seconds for two days. The voltage rise slope is approximately 4V/us . At present, we found…
Part Number: TPS560200
Hi Team,
Should this pin need more than 100uA to pull down the voltage to make the EN pin and stop the IC from working?
Or should we use a configuration of less than 100uA? The +-100uA in the specification description is written…
Part Number: TPS560200
Hi,
I am using TPS560200 in my design for generating 5V. Please refer the schematic given below for the design implemented
The Power supply input, Vin= 12V. For 5V output I have used R1 as 105K,1% & R2=20K,1% as recommended…
Other Parts Discussed in Thread: TPS560200 I build my circuit by using TPS560200 buck converter for ESP8266 power 3.3v. but i am facing potential stability issues. after connecting of all components as per datasheet mentioned. I am getting 1.0332v while…
Part Number: TPS560200-Q1 Other Parts Discussed in Thread: TPS560200 hi team,
TPS560200 datasheet spec for PH negative voltage is -2V/10ns. If customer system worst case test result is -0.8V/40ns, do you see any risks?
Thank you
Scarlett
Part Number: TPS560200-Q1 Other Parts Discussed in Thread: TPS560200 Hello,
I'm using the TPS560200 as an external core supply of 1.2 V for the Infineon TLF35584. The TLF35584 enables the TPS560200 and observes its output voltage. It has a short to ground…
Part Number: TPS560200
Hi,
My customer used the TPS560200DBV to step down the input voltage of 12V~14V to 3.3V and supply it to MCU. As you can see in the schematic, f or the EN pin customer has designed a reference voltage of MMR1+MMR2; Is the use of this…
Part Number: TPS560200 How to select an Inductor and capacitor for a switch mode power supply.
What are the formulas for selecting an Inductor and capacitor for a step up and step down power supply?