Part Number: TPS1HTC100-Q1 Hi,
As per the datasheet, the thermal calculation for this highside switch is out of the charts.
Say I am using for 1A and my switching rail supply is 36V, in that case, as per the Total power dissipation of the device,…
Part Number: TPS1HTC100-Q1 Hi,
For one of my application, i require a Highside switch which could act as a Form A contact to drive an external supply to the field load, load could be inductive and this will be outside my product, planning to isolate…
Part Number: TPS482H85-Q1 Other Parts Discussed in Thread: TPS1HTC100-Q1 Hello TI Team,
We are evaluating the TPS1HTC100-Q1 for a 24 V SIL-4 safety application .
Our proposed architecture uses two TPS1HTC100-Q1 devices connected in series , each independently…
Part Number: TPS1HTC100-Q1 Hi Team,
I am planning on using three of the TPS1HTC100 IC's in parallel to power my load. Each IC is powered by a separate battery. I plan on placing reverse blocking diodes at the VS of each IC as a protection mechanism…
Part Number: TPS1HTC100-Q1 Hi,
I am using the ic in auto retry mode (latch is not connected) so after how much time will the retry of the ic occur ? And after getting out of the latch mode does it go to active mode or standby mode ?
Part Number: TPS1HTC100-Q1 Hi Team,
I am using the TPS1HTC100 IC as my smart switch, and was wondering if it can have bidirectional current flow. What would be the effects if I were to have a higher voltage than V_S at the output of the smart switch…
Part Number: TPS1HTC100-Q1 Hi Team,
My current setup includes a power supply of 53V, a load bank to draw 209W of power from the smart switch(TPS1HTC100). After some time the ic went into current limiting and then never turned on. I must have probably…
Part Number: TPS1HTC100-Q1 Dear all
I would like to know if the GND network for reverse voltage protection would work if I use the same network for a couple of load switches TPS1HTC100-Q1 (like 6 on my design).
Reasons for the question:
Is possible…
Part Number: TPS1HTC100 - Q1 Hi team, I found a description about reliability of the device under repetitive thermal shutdown event. Is this true for either the device hit TABS or TFET-TCON>TREL? TPS1HTC100 - Q1 datasheet P21 In all of these cases, the internal thermal shutdown is safe to hit repetitively. There is no device risk or lifetime reliability concerns from repeatedly hitting this thermal shutdown level. regards,
