Відео

Is it considered a "logic-level" mosfet? The Rds(on) provided in the IRF520 datasheet is measured at Vgs = 10V.

I made my own DIY IR sensor for line follower robot car. 5v from shield's GVS to my IR sensor doesn't work. I already measure the voltage from from GVS and it show 5v on my multimeter. I don't know why it doesn't work. Weak current?

I would like to see a video on making a car using the Arduino Sensor Shield V5.0

I am using Arduino Sensor Shield V5.0 in a 4WD smart robot car based on Arduino Uno, and i want to add LED lights

I’ve been thinking about using this module to control a solenoid using an Arduino Uno. I have watched other videos that explain how to set up the circuit in a breadboard. Apparently you have to use a diode to protect the Ardunio from the reverse current that the solenoid sends when it’s off. Does this module include such a diode or would I need to solder a diode to this board?

Does it support Parallel battery connection

precious video! Bought !

Hi great video, anyway i'm on project to control some water pump with 12V and 2A to arduino is this mosfet can handle it?

Can we supply power 24/7

Awesome

we have connected a 24V power supply to VIN and GND, the mosfet led seems to be blinking implying that the mosfet is getting signal from our microcontroller, but when we check the voltage accross V+ and V- it does not seem to change, is it a faulty mosfet issue?

this feuter have this bms handle different capacity cells blance charge all cells ?

can u do a demo video on how to use it , if it gets my job done im gonna buy hundreds of these

Hey man, thank you for the video! Very useful! I am trying to connect it to ESP 32 and control it with WLED, but it seems I am doing something wrong. Would you be open to help please? I will share more details if so. Thank you!

If you connect V+ to V- directly, you basically create a simple, isolated switch, i.e. mimic a mechanical relay, that will not bounce if the connected micro controller reboots or restarts. In this case VIN and GND on mosfet side complete the circuit, i.e. switch control. This module was never intended to be used this way, but it does work... having the advantage of not being sensitive to control state changes.

Have you tried it with WLED in pwm-white/pwm-cct configurations? I wonder if it flickers while dimming the non-addressable cob leds. I'm planing to connect 5-6 meters of 24V single color cob led (with only +/- pols) to this mosfet and control the brightness of the lights with WLED. My only concern is if it would flicker this way while dimming on a camera as well as a naked eye. Would you recommend this setup? Any suggestions or alternatives? Thank in advance!!

Are these paired to each other, or could one receiver pick up two transmitter codes?

Very helpful, I would like to hear your opinion if this module can handle the controlling of a peltier module tec1-12706, using Arduino, Thank you in advance,

what is G V S ?

Wow! That's quite a temperature range!

Great video!

Great Job Mitch! Uncle Scott 🎊Happy Holidays🎊

Thinking about this for a RFID electric door strike access control system as I have a spare PSU laying around and I do need a power supply that handles 12v for the electric strike, but also 5v for the RFID reader, and 3.3v for the ESP32 and this would simplify and modularize the power supply aspects of the project being able to just drop in and replace a PSU.

I will never use the 3.3v, but a mod to increase the +/- 12V would ne extremely useful!

I use mine to test out LED and car electronics where a simple Bench top power supply only does about 5 Amps

Great video!

very informative!

Great video!

These videos are great! Thanks for the information!