Part Number: TPS1HB35-Q1 Hello team,
we are using the TPS1HB35 for driving the capacitive and inductive load, Please can you share me the any calculation sheet or calculation tool if available
Part Number: TPS1HB35-Q1 Hello Team,
for EMI measurement my customer needs the frequency for the internal charge pump to drive the n-channel MOSFET. It's not specified in our datasheet but would be helpful.
Many Thanks
Josef
Part Number: TPS1HB35-Q1 Hi team:
My customer feedbacks that their E-call system use TPS1HB35A-Q1 has no output after enabling. Interestingly is that they firstly enable the device, and then connect the load, the output is also ok. But there will be no output…
Part Number: TPS1HB35-Q1 Hi support team,
TPS1HB35(A Version)'s Overcurrent Behavior is "Disable switch immediately".
If the Inrush current generated when starting with EN="High" is greater than the overcurrent detection value, will the…
Part Number: TPS1HB35-Q1 Hello, after the helpful recommendation in this thread: e2e.ti.com/.../tps1hb16-q1-capacitive-load-driving
I am now testing using TPS1HB35 C -Q1 in the circuit instead. It appears to be working well for this application, however…
Part Number: TPS1HB35-Q1 Hi team,
Do we have any extended testing data or guidance for estimating min/max current values for a selected Rilim between 5kOhm and 25kOhm when doing a worst case analysis?
My current thought is to do a linear approximate based…
Part Number: TPS1HB35-Q1 Hi team,
Do we have any extended testing data or guidance for estimating min/max current values for a selected Rilim between 5kOhm and 25kOhm when doing a worst case analysis?
My current thought is to do a linear approximate based…
Part Number: TPS1HB35-Q1 Hi team,
Do we have any extended testing data or guidance for estimating min/max current values for a selected Rilim between 5kOhm and 25kOhm when doing a worst case analysis?
My current thought is to do a linear approximate based…
Part Number: TPS1HB35-Q1 Hello,
I would like to understand better how to manage the component TPS1HB35(08)-Q1. TI classified this component as Functional Safety Capable, as per the table below:
So, if I understand well, this component is only QM (has no…