Part Number: TPS2660 Hi Team,
About e-fuse TPS26600RHFR Since the example in the datasheet is double layer, Currently I have a new project is 8-layer layout.
need help in confirming the layout of the RTN plane. Currently, I plan L1, L2, L7, and L8 to be…
Part Number: TPS2660 Hi,
From the datasheet for the TPS2660x, I see that there is there is pin (dVdt) that can be used to set the output voltage slew rate for in-rush current control.
Does this essentially fulfill the role of a load switch? If not, would…
Part Number: TPS2660 Hi team,
In TPS2660x datasheet it shows the Vin can support 4.2-V to 60-V Operating voltage
But when I using the TPS26600 Design Calculator it said that Vin should keep in 4.2-V to 55-V.
Could I use the range between 55-V to 60-V? …
Part Number: TPS2660 I saw TPS26600RHFR has 16 pins on it.
1,2 pins are designated as IN
15,16 pins are designated as OUT
I don't know whether the input pins are each of independent pins or not.(IN = IN or IN1 != IN2 ?)
Same inquiry for output pins…
Part Number: TPS2660 Hi,
I've a board equipped with TPS26602, connected like in figure (R134, C113 and R148 not mounted, so the device is configured as circuit breaker with auto-retry).
I've noticed a difference between datasheet and real world behavior…
Part Number: TPS2660 What is happen in TPS2660 when it's short? With shorted, do you prefer another fuse than e-fuse?
How is TPS2660 turned on?
Best regards,
Kento
Part Number: TPS2660 The SPICE model available in TI website are giving errors , I have tried to simulate this model (TPS26600PWPT) in ANSYS, PSPICE and LTSPICE but I am getting error from the model. Please help me regarding this .
Part Number: TPS2660 Other Parts Discussed in Thread: LM2660 , Hi team,
In datasheet, the supply current when IQon is 400uA. What does the 400uA contain? If I want to calculate the power consumption of LM2660, does 400uA contain the power consumption on…
Part Number: TPS2660 Hello,
On the TPS2660X, the datasheet specifies the SHDN pin V (SHUTF) voltages. I understand what they mean.
Are the V(SHUTF) voltages with respect to RTN, or GND? I can see the development has that pin referenced to GND but I wanted…