Part Number: TPS65100 Other Parts Discussed in Thread: TPS65150
Hello Team ,
Hello team ,
We have chosen the TFT LCD Display from Leadtech .
We are planning to use the TPS65100 Triple output regulator supply.
Power Sequencing of TFT LCD…
Part Number: TPS65100 Our design calls for a VGH = 18V. This would correspond to Vo3 = 18V. The question is do I use the Doubler configuration or Trippler configuration? In the Doubler configuration, the max Vo3 indicated on page 22 of the data sheet…
Part Number: TPS65100
The customer encounters EMI-problems with TPS65100 using the reference layout for the VQFN-Version recommended in another post in this forum.
In our reference layout the individual GND planes on the TOP-layer for each voltage…
Part Number: TPS65100
Is there a Reference Layout available for TPS65100 for the VQFN-package?
The Datasheet/EVM only shows a layout suggestion for TSSOP package.
Best Regards,
Walter
Part Number: TPS65100-Q1
Customer use TPS65100QPWPRQ1 and spec as below:
Vin=3.3V/1.5A
VDDA=13.5+/- 0.2V,350mA
VGH=28+/-1V,20 mA
VGL= -6 +/-0.6V,20mA
Schottky Diodes will be either FMS3006-AS-Q1-H (3A/60V)or FMS2006-MH-H(2A / 60V) spec…
Part Number: TPS65100-Q1
7558.217EA01_ TPS65100-Q1.pdf
In Fig.3 of TPS65100Q1 datasheet page 13:
a.W/o 3.3V output needs, is it ok to treat ENR & FB4 pin as NC? BASE pin connected to VIN is ok ?
b.is below design OK?
R1=806K,R2=75K ,C5=3.3pF…
Hi Ilona:
Thanks again! We'd like to find more useful tool to simulate the schematic (TPS65100-Q1) for customer design.
Currently our customer use TPS65100 as 1st priority back-up solution for currently project (competitor: ROHM RX series)
But…
Part Number: TPS65100-Q1
Customer use TPS65100QPWPRQ1 and spec as below:
Vin=3.3V/1.5A
VDDA=13.5+/- 0.2V,350mA
VGH=28+/-1V,20 mA
VGL= -6 +/-0.6V,20mA
Switching Diode will be BAV99W-Q1-H , is it ok? BAV99W-Q1-H_REV_A.PDF
Part Number: TPS65100-Q1 Customer use TPS65100QPWPRQ1 and spec as below:
Vin=3.3V/1.5A
VDDA=13.5+/- 0.2V,350mA
VGH=28+/-1V,20 mA
VGL= -6 +/-0.6V,20mA
Now they are considering to use either 4.7 uH or 10 uH inductor. Inductor datasheet is…