Part Number: TPS7A7300 Hello Guys,
Our customer have some clarification on TPS7A7300. Since t he data sheet does not specify a concrete range for which the input voltage rise-time should be. They are using a 1.8V power rail to feed Vin that rises up to…
Part Number: TPS7A7300 Hi, Good day. Our customer has this inquiry about the TPS7A7300: We are using the TPS7A7300 LDO. The "IN" pin is receiving power from a 1.8V rail, and the "PG" pin is connected to a 3.3V rail with a pull-up resistor. The 1.8V rail…
Part Number: TPS7A7300 Other Parts Discussed in Thread: TPS7A7200 Hello team,
My customer requested the typical dropout voltage at 2A Iout. In datasheet, there is the only data at 3A condition. Can you please provide me the typical dropout data at Iout…
Part Number: TPS7A7300 Hello,
My customer uses 3.3V and 1.5V pull-up voltage on PG and EN of the TPS7A7300 depending on the project.
What are the recommended pull-up resistor values for 3.3V and 1.5V respectively? How should the customer determine the…
Part Number: TPS7A7300 I have a question regarding the differences between the two power supplies TPS7A7 100 and 300. Besides the current rating, are there any differences? The behavior of the PG output seems to differ between the two. I have a previous…
Part Number: TPS7A7300 Other Parts Discussed in Thread: TPS7A84A , TPS7A83A Hi Team,
My customer is using TPS7A7300 for their application. And they would like to get specification of output voltage ripple < 3mV. As I know, this is simple to LDO.
But…
Part Number: TPS7A7300 Dear TI Guru
I need to following few data from TI regarding TPS7A7300 Power Supply
1. Load Transient Response and its test conditions with graph
2. IBIS Model or Spice mode of this part
3. Any simulation tool on transient response…
Hi Dalton,
Apologies for the delay.
1. For input voltage of 5V (USB), Vout = 3.7V and Iout max is 2.5A, TPS7A7300 will hit maximum Junction temperature supported by the device.
Below are the details.
LDO power dissipation (Pldo) = (Vin – Vout) * Iout =…
