Part Number: TPS1HB16-Q1 Other Parts Discussed in Thread: TPS1HTC30-Q1 Tool/software:
We want to use TPS1HB16-Q1 in our power load switch device that input voltage supply range 28V to 30V so in the datasheet there is extended voltage use information…
Part Number: TPS1HB16-Q1 Other Parts Discussed in Thread: HSS-MOTHERBOARDEVM Tool/software: Hello TI team,
have a strange behaviour of RPS1HB16-Q1 part. Will attach schematics if needed. I will double check but I think mine is with -B suffix
So, pin…
Part Number: TPS1HB16-Q1 Hi,
My customer wants to proceed with the circuit design of TPS1HB16-Q1.
However, they don't know how to connect Module GND and Device GND.
Please guide me on how to connect.
Part Number: TPS1HB16-Q1 Hi Team - customer question below:
If the ILIM pin is left open, the device will switch to it’s internal current limit. Previous analysis also stated that a fault indication on the SNS pin would be set in this scenario but I…
Part Number: TPS1HB16-Q1 Other Parts Discussed in Thread: TPS1H100-Q1 , TPS2H160-Q1 I have an application where some devices downstream of our TPS1HB16A-Q1 smart high side switches have large input capacitances (50-100 uF). As expected, when attempting to…
Part Number: TPS1HB16-Q1 Hi TI team,
To better size the sense resistor for TPS1HB16-Q1 , I would like to know the maximum current from the sense pin. My assumption is the following:
ISENSE(max) = ISENSE(fault) = 5.3mA
This means that the current from sense…
Part Number: TPS1HB16-Q1
Hi Expert,
Our customer uses TPS1HB16A-q1 in their project. They have some question about the current settings. Actually the max current 3.8A. So they choose Rilim=25K. In datasheet, the corresponding current limit threshold…
Part Number: TPS1HB16-Q1 Other Parts Discussed in Thread: TPS272C45 What is the current consumption of the device, in case it is active, with for example VBB = 12 V, VOUT = 12V, VEN = 5V but VDIAG_EN = 0V? The datasheet states IDIA with VEN = 0 V, VDIA_EN…
Part Number: TPS1HB16-Q1 Hi Team,
I was looking through this devices datasheet and noticed the below portion in the current limit section of the d/s.
If I was performing a worst-case circuit analysis for the power dissipated within the device, would…