A hall sensor is a type of magnetic sensor that uses the Hall effect to detect changes in the presence of a magnetic field. The Hall effect is a physical phenomenon where a magnetic field applied perpendicular to the flow of an electric current creates a voltage difference perpendicular to both the magnetic field and the current. In a Hall sensor, this voltage difference is measured and used to determine the presence and strength of a magnetic field. Bipolar Hall effect sensors typically have two Hall elements positioned in opposite directions, which detect the magnetic field's polarity. When a magnetic field is present, the output voltage of one Hall element will increase, while the output voltage of the other Hall element will decrease. By comparing the two output voltages, the sensor can determine the polarity of the magnetic field. chatgtp
My Question is how microscopic is this machine!??😂 I assume it is probably the actual inside of these is still a secret sauce for now. Till someone random does a full microscopic teardown!!! I am in for that video
i'M WANDERING if I can use it as an indicator for charging the battery on a vehicle, passing the positive terminal of the battery through a coil with iron/ferite core
SS41 uses bipolar magnet, one pole S will reset while N pole will set to high. in your case we need to use SS43, AH43 or A3143, that is unipolar. in upcoming video i am planning to explain ss43
Hi, was wondering if have ever seen the number or partnumber/ 41H 008 or (OO8) It is a hall sensor. I can't find who or where or when this was fabricated!? Any help would be appreciated thank you.
AH41 SH41H OH41 SS41 SS41F are Bipolar Hall-Effect Position Sensor, made by Honeywell, SEC, Diode Incorporated, BCD semiconductor and many other manufactures part number is at top row in bottom row, sometimes date code (YMM) in your case 008 year 0 means 2020, month 08 will mean August
