Part Number: TPS1HC30-Q1 Tool/software: Dear all,
in our Application we have positive and negative currents flowing. The negative current is due to a motor braking. It cannot happen if the switch is off. In off state the motor cannot move and therefore…
Part Number: TPS1HC30-Q1 Hello,
We have a quite wierd problem using the TPS1HC30-Q1 at 19V. I know it's in the extended range and some features has variations when you go above 18V.
We have the circuit according to typical application, with DIAG_EN…
Part Number: TPS1HC30-Q1 I've got a design using 3 - TPS1HC30-Q1switches to control 3 voltages going to a daughter card. I'm controlling +24V, +5V and +3.3V.
The +24V and +5V controllers work correctly.
The +3.3V controller only outputs 0.8V when…
Part Number: TPS1HC30-Q1 Hi, Team
Our customer ZF is evaluating TPS1HC30B-Q1 in traction inverter project.
For Fault Pin, they did some test as shown below:
Test condition : IC is powered/enabled normally, Fault Pin is pulled up to 5V through 2…
Part Number: TPS1HC30-Q1 There is a solenoid load driving system. solenoid current is controlled by TLE8242(IFX LSD), and TI TPS1HC30-Q1 is just a battery switch which supply voltage to positvie node of solenoid.
yellow=load current, blue=fault pin…
Part Number: TPS1HC30-Q1 Other Parts Discussed in Thread: TPS1HB16-Q1 Hi TI Team,
TPS1HC30BQPWPRQ1 schematics as below, but Vout will drop into 0V during EMC Transmitters Immunity test at 400MHz-980MHz.
Then we use 0.1uF or 1nF capacitor connected…
Part Number: TPS1HC30-Q1 Have a very simple application where I need to switch off 3.3V from a connector when nothing is plugged in as the connector is externally accessible, so I chose the TPS1HC30-Q1 as it met the voltage and current requirements. On…
The information for each channel is as follows.
yellow=load current,
blue=fault pin of TPS1HC30-Q1
pink=SNS pin voltage of TPS1HC30-Q1
green=low side NMOS Vgs
Part Number: TPS1HC30-Q1
I am a bit confused what this headroom value is refferring to. Is this the Vbb voltage to GND? Is this Vbb voltage to the maximum Vsns? I am just wondering how to find this value and how to calculate it? Why is this not just…
Part Number: TPS1HC30-Q1 Tool/software: Hi TI team,
I'm using the TPS1HC30-Q1 in a design where the supply voltage (VBB) is 3.3V. I understand that the device lists an Extended Supply Voltage Range from 2.6V to 28V, and that it is "fully functional…
