HALL EFFECT SENSOR Comparison: LINEAR vs. UNIPOLAR vs. BIPOLAR Models

In this video, we'll explore and compare three different models of Hall effect sensors: Linear, Unipolar, and Bipolar. These sensors play a crucial role in various applications, from automotive systems to industrial automation. We'll test and analyze their behavior in different scenarios to help you understand how they work.
----HALL sensor SIMPLE comparison (Bipolar x Unipolar)--------------------------
• HALL Effect Sensor Com...
----LINEAR HALL Effect sensor (Analog sensor)---------
• Linear HALL effect SEN...
----HALL sensor TRIPLE comparison--------------------------
• HALL EFFECT SENSOR Com...
---HALL effect experiment theory--------------------------------
• HALL EFFECT THEORY Exp...
----HALL unipolar model A3144-------------------------------------
• HALL EFFECT SENSOR - B...
---Linear Hall effect on E-Bike Throttle---------------------------
• Linear Hall effect on ...
#halleffect #hall #experiment #theory #hallsensor

[@tektech1065]

Really nice, concise explanation with practical demonstration of each of the three types. This is really valuable info for a quick reference. Thank you making and posting this video!

[@engthink]

Aprecciate your comment, thanks.

[@marcelosantos8484]

I can say it is the best demonstration of hall sensors. It helped me a lot!
* Note: I think if you approach through the other side of those transistors you'll get the same effects, using inverted magnetic polarity though.

[@engthink]

Nice to know that helps you. You are right; if you approach from the back with the reverse pole facing the front, it will have the same effect.

[@PaddyPatrone]

thank, great info

[@engthink]

Thanks.

[@florianbolli7397]

that was useful, thank you!

[@engthink]

Thank you!

[@kameltitouche8465]

merci beaucoup

[@movisonchinnappan427]

Nice explanation 👍

[@125varma]

Thanks a lot, great educational video :)

[@engthink]

Thanks!!!!

[@arp_catchall]

Thanks for sharing. for the future: can you please mention part numbers you test? This would help us alot.

[@engthink]

Thanks, 41F = Bipolar, 49E = Linear, A3144 = unipolar

[@tonguescum5137]

great video!

[@engthink]

Thanks

[@motorlogic-luisnunes4123]

How do I go about converting; a hall sensor up/down selector wheel, that sends a signal for a motorcycle dashboard via 2 wires; to two separate momentary simple switches? can someone help?

[@JH-sb1yd]

so educative ..thanks bro❤❤

[@engthink]

Thanks!

[@jasminbuilder]

Unipolar stay onn when you puth magnet away you make mistek

[@biraescudero]

Great!

[@engthink]

Thanks.

[@alibaba-mj3cy]

thank you sir.

[@engthink]

Welcome!

[@canerdem5982]

Hi, Have a good day.
Thanks for the video and explanation. I have a question if you have any advice.
We are planning to count the rotation of our device. We designed a ring and placed some material on it that can produce a magnetic field, and we connected this ring to the device which will rotate. Then we placed a hall effect sensor( ALLEGRO 3214) with a transmitter and put this transmitter close to the rotational part and ring. Which sensor could be better for counting the rotation number by magnetic field?

[@engthink]

Hi, it seems that your choice is good. I just have advice regarding the material to generate a magnetic field: use neodymium magnets.

[@PostalPete]

I've seen a couple of keyboards that feature hall effect mechanical switches. Do you think it would be possible/feasible to try to create (3d print) my own switches for a keyboard/computer device, starting with these sensors?

[@engthink]

Yes is possible, u can do!

[@balloftitanium3961]

do you have an idea which sensor can detect magnetic presence doesn't matter the magnet polarity, and it can detect it in 360 degree which can be read into analog output.

[@engthink]

For this case you need a magenetic encoder, the chip that can do the job is AS5048B or AS5030.

[@sparkfishes]

But how do we turn On with North Magnet ( I think one has to approach the broad face with N magnet) From experience more than 5.5 volt in put causes the HED to fail even though they are supposed to go to 20 volts

[@engthink]

I dont get your point, why you need turn on with north magnet?

[@GezginDeneyci]

quest tauch ta bundan var mı

[@treve69]

any model numbers for each type?

[@engthink]

A3144 unipolar, AH41 or 41F bipolar, 49E linear.

[@abo-malek.]

❤❤❤

[@engthink]

;)

[@phill3144]

I have a question if you dont mind answering if you know, inneed to change a hall sensor in cricket ball throwing machine, i purchased some bipolar hall sensors, but when I have installed it, my voltage to the sensor is 5v but when i get voltage out it drops to 3v, do i need a linear sensor as i need it to show 5v. Thanks in advance if you know, im asuming its the linear one from this video. But as you may know, to assume things make an ass out of u and me 😂

[@engthink]

Linear hall effect sensors are used for positioning and the output is analog, check this video ua-cam.com/video/QehDPrRzYIw/v-deo.html . Maybe the bipolar hall sensor is right and you have other issue in the electronic circuit.

[@user-ex3lb3uf1v]

What type do I use on a Tachometer?

[@engthink]

Normaly bipolar, unipolar will work as well.

[@freemex4162]

@@engthinkbut how can I do it with a bipolar? Doesn‘t it go on HIGH and stays on that state?

[@krishvaraj]

Which type sensor is used in neckband

[@engthink]

Difficult to say, no clue.

[@harshans7712]

Why should a neckband use hall effect sensor?

[@Sri19908]

My sensor number K49E 1790 not available for shop which use number sensor telme

[@engthink]

Seems that your sensor is 49E, linear hall effect sensor. It means that the sensor produce analog output.

[@pierpa_76pierpaolo]

The hall effect sensor lends itself in many uses. I am interested in the 'electromagnetic aspect, to discharge from the human body precisely the electromagnetic field generated by smartphones, tablets, etc. A kind of low-cost Biofeedback. I don't know "if" you understood what I meant?

[@engthink]

Yes, it is a good idea, however I am not so sure if the magnetic field generated by the human body is strong enough to be detected.

[@pierpa_76pierpaolo]

@@engthinkWe can experiment and try to find the best solution. :)

[@tektech1065]

Whatever is magnetic enough to move the needle of a compass, could work with a Hall sensor.

[@temmy2367]

if the output of the sensor is on ground, does it reverse the polarity of how the magnet functions?

[@engthink]

No, don't work like that. To reverse the output need a transistor on output.

[@temmy2367]

@@engthink thanks for your response. I reversed the position of the LED and placed the resistor on ground; the result was completely opposite. The sensor comes on via the North pole and there is no response on the south pole side

[@engthink]

@@temmy2367 for the LED Will work, howerer If you connect the output to other circuit can not work.

[@dsbohra]

x e lent.

[@RavinderKumar-op6ty]

Unepolar Part no

[@engthink]

A3144 or A1150 unipolar model.