3 Wire Digital Hall Effect Sensor. Pull up? Pull Down?
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- เผยแพร่เมื่อ 29 ก.ค. 2024
- Hey everyone! If you are having trouble understanding the digital hall effect sensors and their pull up and pull down designs, hopefully this video will help you grasp the concept of both type of circuit designs!
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Thanks sir for your great job I have learned a lot in this video,you clearly explain the difference between the pull up and pull down
Hello, niece explained. This type of training is needed. Keep up the good work.
Thank you so much 🙂
Great video!! glad I found your channel, and hope there is more to come!!
thank you! i really appreciate it!
Many thanks!!! Helped me a lot!
Thank you. This helped me so much!! 🙏
No problem! Thank you for the subscription!
Great job.
Simply wow presentation 👌👌👌❤
Hi, great video! One littel question. My escooters have a throttle with a hall sensor inside. How can he know how fast i want to drive? I think he would have to give full throttle at 5v and then no trottle at 0V, but how can he differentiate so precisely? A mystery for me 🤔🤔☺
Hii,great video, can you please assist
I have a chevy spark with no pulse on injectors, voltage at crank sensor is 1.88v ,can this be right or too low
The Pull-up doesn't always have the resistor. What's important to know is the voltage level on the signal wire is when it is unplugged from the sensor; be it is high or low. If the signal is high unplugged the sensor is Pull-Down design. If the signal is low unplugged the sensor is a pull=up.
I agree 100%
And what voltage is considered “low” or “high” I have a vw polo 1.4 16v and the signal cable when unplugged from the sensor has around 4,8 volts.
@@RodriguezRepairsThanks for the video! So the A3144 hall effect sensor is pull DOWN sensor? I didn't realize that there are pull UP sensors (Hall effect sensors that use pull DOWN resistor)...¿Do you know some model of pull up sensor?
Thanks a lot!
Greetings from Argentina!
Thank you sir
So if I put a jumper wire between the 5 volt reference wire and the signal wire will it fool the computer to think everything's fine and get my check engine light off so I can pass smog?
This is an excellent explanation! What could be the typical value of these pull-up and pull-down resistor?
Thank you!! I believe the typical value for these resistors can range around the10k area
hi theanks for video, have you done a video on how to tell if you have a pull down or push up sensors? thanks
I'm glad you found this video useful! I will do a video like that soon!
Hy, i have a question, can you tell me how can i connect a loudspeaker digital volume control to a hall sensor (from finger throttle's ebike ) in order to be able to control volume. Thank you in advance for your answer
So you want to control volume from your fingers throttle? In on and off patterns?
@@RodriguezRepairs yes. i want to control loudspeaker volume with hall sensor from finger throttle, but not only on and off.... i want to increase and decrease volume accordind to tension variation from hall sensor
this is the loudspeaker : th-cam.com/video/zl9cG_fVynM/w-d-xo.html
and i want to connect the 3 pins of the hall sensor to the USB from finger throttle.... and the digital volume in a USB mother connector, in order to use a small USB cable for connection between toudspeaker and finger throttle's USB
and this is the finger throttle: bmsbattery.com/home/1132-lcd-tf100-display-with-throttle.html
I don’t understand? Hall sensor will output 0-5 volts based on magnetic field regardless of an external resistor. There must be another purpose for the pull up or pull down? Noise interference perhaps?
He is explaining, open drain, without knowing it.
if he really know, then please send me the Part no, of the hall sensor.
????? pull UP should have resistor to +5V, pullDOWN should have resistor to GROUND.
There is no such thing as a pullup or a pulldown resistor. The resistor has an ohm value. Where the resistor is placed in the circuit determines the name of the circuit.
th-cam.com/video/hHSRLfXBN7s/w-d-xo.htmlsi=F5hCbRL6m4g43CKU
your conflicting information doesnt help
Thank you sir
No problem! Im glad you found the the video useful!