Part Number: DRV8161 Hi, For VDS Over current, 250us is given as typical time for recovery. There is no max and min limits Can i use 330us for my application ? We are unable to get 250us exactly. I can generate 330us easily. Thanks, P B S Varma.
Part Number: DRV8161
What is the switching frequency of the internal trickle charge pump.? If it uses internal switching to move charge to the bootstrap capacitor
Does charge pump stops switching when VDRAIN>VTCP(10.6V).?
Part Number: DRV8161 We tried to switch on a High-Side MOSFET or a Low-Side MOSFET with DRV8161.
If no load is connected the output turn on properly (voltage measured hat the output of the switches) and gate to source voltage of the MOSFETs are correct…
Part Number: DRV8161 Other Parts Discussed in Thread: CSD18543Q3A Hello,
We are using DRV8161 in our application
Our Load is (120mH or 10mH) as shown below with load current 6A
• Duty cycle: 0, 5%-95%, 100%
Can you please help us to select the…
Part Number: DRV8161 Other Parts Discussed in Thread: CSD18543Q3A , Can you please help us with RthJA value for below PCB conditions: yellow highlighted on priority
1oz, 2 layer
1oz, 4 layer
2oz, 2 layer
2oz, 4 layer
Layout recommendations…
Part Number: DRV8161 Other Parts Discussed in Thread: LM2665 , CSD18543Q3A Hi Akshay,
How gate drive peak current relates with this BST diode current (peak)
Part Number: DRV8161 Hi we are planning to use DRV8161DGSR part for our appliaction.Can you please confirm
1)Max. PWM frequency
2)Is the PWM will drive High side and low side both or require different
3)Is there any slew rate control available …
Part Number: DRV8161 Hello,
We would like to understand the source of the power supply used for the MOSFET VDS overprotection sensing circuit. While the datasheet provides a block diagram for VDS sensing, it does not specify how the comparator circuits…
Part Number: DRV8161EVM Other Parts Discussed in Thread: DRV8161 Our application needs the inductive load to be connected between Half-bridge terminal (SH) and the battery (Vbatt or VDRAIN) as shown in below figure, controlling both HS and LS FETs through…