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Part Number: TPS65279V Hello,
My customer has some questions about the TPS65279V application.
1. Is it possible to operate the TPS56279V normally only with H/W setting without I2C control?
2. There is a difference in the COMP pins connection guide between…
Part Number: TPS65279V Hello,
we tried to use the TPS65279V with input voltage of 5V to get 3.3V@1.4A out of Port 1 and 1.8V@0.2A out of Port 2.
We are not using the I2C interface but external resistor dividers.
Unfortunately on our prototype only 1.8V at…
Part Number: TPS65276V Other Parts Discussed in Thread: TPS65279V , Hi team,
Due to the shortage problem, therefore, customer has few question about the difference between TPS65276v and TPS65279v as below.
They would like to know whether TPS65276v and…
Part Number: TPS65279V Hi,
We found both VOUT1 and VOUT2 ramped up very slow, slew rate is set to 000 in SW. according to datasheet, TON should be on ns level, but we measured it takes more than 600ms to ramp up to stable voltage.
configuration and test…
Other Parts Discussed in Thread: TPS65279V Hi, This is Max in valuenova.
I want to know to the Inductor vlaue and Switching Frequency of TPS65279V .
Here is specification.
Could you please provide me the application circuits.
Please help me.
1. input voltage…
Other Parts Discussed in Thread: TPS65279V Hi, This is Max in valuenova.
I want to know to the Inductor vlaue and Switching Frequency of TPS65279V.
Here is specification.
Could you please provide me the application circuits.
Please help me.
1. input voltage…
Hi Surya,
We have unencrypted pspice average model for TPS65279V. You can use this Pspice model to simulate. TPS65279V and TPS65279 have similar compensation parameters.
Thanks! Kindly let us know if there is any more concern.
BRs
Lucia
