Part Number: TPS563219A Hi team,
For the voltage rating of VBST capacitor in TPS563219A circuit, a customer wants to check if it is okay to use the cap(0.1uF) of 16V for the following conditions. Can you confirm it?
-. VIN=5V or 12V
-. VOUT=3.3V/1.8V/1…
Part Number: TPS563219A Hello community,
we have designed and built hardware with a TPS563219A PMIC voltage regulator.
For the last production batch (1000 boards) the TPS563219A was not available through our distributors, so based on the datasheet an…
Part Number: TPS563219A Dear Team,
What TPS563219A will happen when high side feedback resistor cracked(open) or low side feedback resistor short?
We want to know these four situation
1. high side R crack before power on
2. high side R crack after power…
Other Parts Discussed in Thread: TPS563219A I have questions about TPS563219A.
In datasheet p.17 Table.4,
About value of R2(kΩ), we think R2 is a mistake of R1.
Is this correct?
Please tell us the value of R1 in Figure 30 when Vout is 1.1V and R2…
Part Number: TPS563219A Hello My client is currently under development with TPS563219A. Refer to the WEBENCH Tool of TPS563219 for circuit operation with the following specifications. VIN: 12VDC, VOUT: 3.3V, IOUT: 40mA Although the inductance value was recommended…
Part Number: TPS563219A ,Dear Sir,
Our cusotmer is currently using TPS563219A(and they have used T PS563219 before)and they found out the PG waveform in TPS5632191A spec is a little weird. Please see the Power up waveform below form both spec. Normally the…
Part Number: TPS563219A Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Dear TI,
Could please send me the Design Tool excel sheet for the TPS563219A?
Can I get material for Tina implementation?
Part Number: TPS563219A Hi team,
Can you provide some description about below graph for a customer? How should they determine EN resistor? It's used with 10kohm in TPS563219A EVM.
Thanks,
Sam Lee
Part Number: TPS563219A Hello,
Can someone better explain to me how the output current is calculated?
Is it all based on the inductor we pick?
Regards,
David