Part Number: TPS62902-Q1 Hi,
In the datasheet it is stated: "An internal resistor pulls the EN pin to GND when the device is disabled and avoids the pin to be floating (after the device is enabled, the pulldown is removed)."
What value does that resistor…
Part Number: TPS62902 Hello,
We have implemented the TPS62902 on a IoT device.
The MCU is a nordic 9151, meaning the peak TX current draw was the key design factor in buck converter choice.
Second to the peak TX current draw the requirement to have…
Part Number: TPS62902-Q1
Dear TI experts,
My customer have a questin about resistor divider.
To make 1.09V output, Is it okay to use R14=8.2K and R16=10K?
Datasheet says that only "R2 must not exceed 400kohm". I think it means that the values…
Part Number: TPS62902 Other Parts Discussed in Thread: TPS62901 Tool/software: Hi, I am NAOAKI. I am designing a 5V-3.3V buck converter using TPS62902. So I have one question about the overcurrent protection function. I think that the TPS62902 does not…
Part Number: TPS62902-Q1 Dear TI experts,
My customer have a questin about resistor divider.
To make 1.09V output, Is it okay to use R14=8.2K and R16=10K?
Datasheet says that only "R2 must not exceed 400kohm". I think it means that the values…
Part Number: TPS62902-Q1 Dear TI experts,
My customer have a questin about resistor divider.
To make 1.09V output, Is it okay to use R14=8.2K and R16=10K?
Datasheet says that only "R2 must not exceed 400kohm". I think it means that the values…
Part Number: TPS62902 Tool/software: Hi,
We have used two TPS62902 in our design, input supply is 9V, the 3V3 output stays on, and the A2_SERVO_EN is connected to a microcontroller pin to enable/disable the 5V converter.
We are getting a high current…
Part Number: TPS62902 Tool/software: Hi team,
my customer designed this chip and need to do light load efficiency measurement. They tried to measure it but seems measurement result is lower than our datasheet ‘ data.
so can you advise how to guide…
