Part Number: DRV5032 HI I could like check if DRV5032FBDBZT placement is close hotspot around 75 °C have any concern of if operating on 75 °C have other device can suggestion ?
Part Number: DRV5032 Hi,
If a hall switch such as the DRV5032 were to cease operating, what would it's failure condition be i.e. would the output essentially be high impedance or would it pull to GND or HIGH?
Thanks, KM
Part Number: DRV5032 Hi Team,
While using the device DRV5032FADBZR, we found that if a 1uF capacitor was used to filter the power supply, then the first sampling of the Hall element would be at 4.7ms, which is inconsistent with the specifications.
The…
Part Number: DRV5032 Other Parts Discussed in Thread: TMAG5123 , TMAG5328 , TMAG5124 Hi Team
There is a good new that we could DIN TI product!
My customer is currently looking for a Switch Effect Sensor.
They want to bury a magnet on the Lens module so…
Part Number: DRV5032 Dear TI-Support Team,
I decided to use the DRV5032 Hall effect Sensor in the T0-92 Package because this package can allow me to simplify my PCB design, however from my understanding there are some unclear information provided in the…
Part Number: DRV5032 Hi Team,
Just want to confirm, what happens if the magnet is below the package? Would it be sensitive in the same manner?
What is the consideration when implementing below the PCB/IC?
Thank you.
Regards, May
Part Number: DRV5032 Hello E2E Experts,
Good day.
I am planning on using the DRV5032 is a battery-operated product for asset tracking.
I am the Principal hardware Engineer for the project.
I am designing the power supply.
Looking at the DRV5032 specification…
Part Number: DRV5032 Hi team,
Normally, the sensor and the magnet will be perpendicular.
If the position of the sensor remains the same but the magnet angle is inclined because of PCB board, is there any information to know how much the angle of…
Part Number: DRV5032 Hi team,
My customer would like to evaluate below table specification is correct or not but we don't know how to do.
So could you advise the procedure to evaluate it?
Thanks
Part Number: DRV5032 Hey team,
I was wondering how surface charge buildup from static electricity on the cover of a product would affect the readings of the DRV5032? The distance between the cover and DRV5032 is a couple of mm away.
Do we have any documentation…