Part Number: TPS62260-Q1 Other Parts Discussed in Thread: TPS628501-Q1 Hi Expert,
Do we have pin assignment for SOT-23 package like below? Thanks.
BR,
Elec Cheng
Part Number: TPS62260-Q1 Hello,
There are 2 package schematics for SON in the datasheet. DRV0006A and DRV0006D. Why 2? And which package is for which product?
Thanks!
Regards,
Oguri (TIJ automotive FAE)
Part Number: TPS62260-Q1 Other Parts Discussed in Thread: TINA-TI , Tool/software: TINA-TI or Spice Models Hello,
I want to simulate the TPS62260-Q1 for 5.7V input and output 3.3V, can I get spice model of this?
Regards,
VC
Part Number: TPS62260-Q1 Dear, Sir.
My customer is desgining their system to apply TPS62260-Q1 with EN pin is tied to VIN.
At this time, they are asking about the VIN ramp-up rate limitation.
1. VIH/VIL on EN pin are min. 1V & max. 0.4V. It means the…
Part Number: TPS62260-Q1 HI
May i know how to get below data for TPS62260TDRVRQ1
Thermal expansion coefficient,
Heat capacity,
Heat conduction coefficient,
Heart flux from IC chip 6 faces
Part Number: TPS62260-Q1 Hi Experts, Does it any problem if VIN-pin voltage is smaller than SW-pin voltage when VIN is turned off? [example] VIN=0.1V SW=0.5V I think that a current will flow to VIN from SW through body diode of high side MOSFET. Is it any…
Part Number: TPS62260-Q1 Hi,
How much does start up time of TPS62260-Q1 depend on temperature(-40℃, 85℃) on below condition?
I'm understanding that not only the TPS62260-Q1 but also external components are affected.
Best Regards,
Kuramochi
Part Number: TPS62260-Q1 hi
On page 20 of datasheet, "To minimize the current through the feedback divider network, R2 should be 180 kΩ or 360 kΩ."
can we use 240kΩ of R2?
Please give your advice
Thanks
Part Number: TPS62260-Q1 Hi team,
I have an question about the input supply current of UVLO condition, if this current is equal to the quiescent current, or less than the quiescent current ?As far as I know,during the UVLO, just the UVLO circuit is working…
Part Number: TPS62260-Q1 Hi
The output current of TPS62260-Q1 is defined max 600mA@Ta=25℃ in electrical characteristics.
But as long as I see figure12, the output voltage drop as the Iout increase.
This device's Vout drop as the Iout increase under…