Part Number: DRV5033-Q1 Other Parts Discussed in Thread: DRV5033 Hi Sirs, My customer is verifying the DRV5033 with the N52 magnet specifications below. Should we enter the parameters of Magnet Materials (N52) of Remanence (4000 Gauss) in the design tool…
Part Number: DRV5033 Other Parts Discussed in Thread: TMAG5111 Issue: The customer use scenarios require both speed and direction to be measured simultaneously, two hols are required to be integrated into one chip.
The customer would like to know is…
Hello Ivan,
Which magnet dimensions to choose is dependent on what you really need from your system.
As an example let us consider the magnet with 0.25in thickness and DRV5033AJ. It was calculated that B = 12.7mT at 20mm distance.
“Distance of max…
Part Number: DRV5033 Hi team,
The customer is experiencing below issue and needs your help.
On the sixth page of the manual,
Bop
MIN=±1.8mT TYP=±3.5mT, MAX=±6.8mT.
Brp
MIN=±0.5mT TYP=±2mT, MAX=±4.2mT.
Question:
1. What is the approximate…
Part Number: DRV5033 Hi team.
My customer needs the samples with magnetic property data.
Is it possible to provide it?
If it is NO, Is it possible to provide other data?
Sincerely.
Kengo.
Part Number: DRV5033 Hi team,
I have one question in using DRV5033:
If the magnet is sensed on the side of Hall, which direction is better for Hall to place?
thanks.
Part Number: DRV5033 1. Using the DRV5033 sensor device, the N and S poles are close to each other, and both act the same. 2. When the chip is assembled into the circuit, if only the N pole is used to confirm the operation, can it be determined that the…
Part Number: DRV5033 Hi,
The magnet has a conduction state close to the Hall. Stay away from the Hall and have an open circuit. Is this threshold value defined in the actual application?
thanks.
Part Number: DRV5033 Hi team,
I have a few questions on magnatic sensitity of hall sensors:
1. What's the definetion of it?
2. How is the spec impact our design? Say I want to design a knob with magnatic field. How should choose which sensitivity…
