Man, even though I don't feel I have the need or desire to learn Resperry Pi or Linux, I still plan to download this "Raspberry Pi LESSON" series and will watch them on my PC in future. Why? These tutorials are too valuable!!! And it's unbelievablly FREE!! Paul walks us through the steps, with full details with a very well-thought out teaching method: A camera for the real Respberry, one camera for the teacher(Paul) and one camera for the IDE/code/webpage. The learing objectives are also very well planned and structured, with good video timing/duration. How nicely planed are they!? If you search on TH-cam, you will NOT see other videos like these. Just sheer valuable if you think about it.
Loving everything you have done so far! I have a large kit for RPi-2 on order and will be delivered tomorrow. LED's, resistors, jump wires, servo, buttons, breakout, breadboard...etc. I'm so digging this! Never done anything like this before. I have an AAS in Computer Science and Level II in Web Technology. Joined a group of people in Meet UP and that's where it all started. Having a blast learning!
Thanks. I have a questions since 2 years ago. Is it possible (and how to do it) to use an lcd screen plugged in the Raspberry AND at the same moment plug in it something like an ad3008(adc) ? Thanks for yr patience.
Very impressive Sir. I needed to read from an analog joystick module in my C.H.I.P and got stuck at the same issue. I have order a 16 bit ADC but didn't complete my project yet. With this tutorial I can now use my Arduino pro mini. Thanks again for sharing such a cool idea
+bena salim , I agree. Adding a client server layer on each end just to get ADC inputs would never be done in the real world. You can get ADC inputs using I2C or SPI ADC ic like you suggested for $0.35 and with 10 lines of code be sampling as many inputs as you have. I am not saying the client server layer with a separate microcontroller will not work. Especially for the novice, teach them the most practical way to get ADC inputs to the RPI. Dropping a an 8 bit ADC I2C chip and adding a line of python code to import the library and your done. I think the OP video is a great solution if you have a large distance between where you want to sample and where you have to process for instance.
I agree, I was wanting to see some A/D but my first question is what kind of latency or possible handshake failure points would be introduced doing the client-server thing not to mention larger board real estate. Simple A/D chips seem like the safer bet. But.... I came here looking for answers because I don't know everything.
You can also use Arduino MEGA or DUE to have much more memory and hardware resources than using the UNO. This way you have 256 Kb of flash instead of 32Kb and also much more RAM, EEPROM and GPIO.
first of all , congratulations!!! keep doing this excelent job. i have one question , which pins can i use as pwm output , i know that i can use pin 11, but is there any else?
Man, even though I don't feel I have the need or desire to learn Resperry Pi or Linux, I still plan to download this "Raspberry Pi LESSON" series and will watch them on my PC in future.
Why? These tutorials are too valuable!!! And it's unbelievablly FREE!!
Paul walks us through the steps, with full details with a very well-thought out teaching method: A camera for the real Respberry, one camera for the teacher(Paul) and one camera for the IDE/code/webpage. The learing objectives are also very well planned and structured, with good video timing/duration.
How nicely planed are they!? If you search on TH-cam, you will NOT see other videos like these. Just sheer valuable if you think about it.
Loving everything you have done so far! I have a large kit for RPi-2 on order and will be delivered tomorrow. LED's, resistors, jump wires, servo, buttons, breakout, breadboard...etc. I'm so digging this! Never done anything like this before. I have an AAS in Computer Science and Level II in Web Technology. Joined a group of people in Meet UP and that's where it all started. Having a blast learning!
OMG how I didn't thought about using the arduino analog pins!!
Thanks, this tutorial has helped me alot!
I love your lectures they are the best. God bless u sir.❤😀
Sir if at all I need to use raspberry Pi, which analog to digital converter is best?
very clear and nice presentation
How do we interface any sensor and get data from the sensor using rasberry pi?
I was hoping you'd get into Resistor-Capacitor (RC) circuits with the Raspberry Pi
Thanks. I have a questions since 2 years ago. Is it possible (and how to do it) to use an lcd screen plugged in the Raspberry AND at the same moment plug in it something like an ad3008(adc) ? Thanks for yr patience.
Amazing explanation, thank you!
It will be costly sir, Just to read analog values. What if we use ADC?
Very impressive Sir. I needed to read from an analog joystick module in my C.H.I.P and got stuck at the same issue. I have order a 16 bit ADC but didn't complete my project yet. With this tutorial I can now use my Arduino pro mini. Thanks again for sharing such a cool idea
It would be awesome if you teach how to thermostat to control the heater over the internet.
Good to know, I'll be doing the python/arduino lessons next.
what about using simple MCP3008 ( channel 10 bit analog with spi interface )
bena salim Would probably work. I really want A/D on the raspberry pi. I wish they would add it.
+bena salim , I agree. Adding a client server layer on each end just to get ADC inputs would never be done in the real world. You can get ADC inputs using I2C or SPI ADC ic like you suggested for $0.35 and with 10 lines of code be sampling as many inputs as you have. I am not saying the client server layer with a separate microcontroller will not work. Especially for the novice, teach them the most practical way to get ADC inputs to the RPI. Dropping a an 8 bit ADC I2C chip and adding a line of python code to import the library and your done. I think the OP video is a great solution if you have a large distance between where you want to sample and where you have to process for instance.
I agree, I was wanting to see some A/D but my first question is what kind of latency or possible handshake failure points would be introduced doing the client-server thing not to mention larger board real estate. Simple A/D chips seem like the safer bet. But.... I came here looking for answers because I don't know everything.
Thank you for the suggestion on the Arduino Nano.
Can u please make a lcd and numberpad tutorial with raspberry pi too?
where do i watch the lesson?
You can also use Arduino MEGA or DUE to have much more memory and hardware resources than using the UNO. This way you have 256 Kb of flash instead of 32Kb and also much more RAM, EEPROM and GPIO.
i'm going to start programming with processing 3 on my raspberry pi to pull data from an Arduino hooked up via usb. That might be a good lesson(s).
This is really cool, really really cool.
Can I just program an at tiny 85?
first of all , congratulations!!! keep doing this excelent job.
i have one question , which pins can i use as pwm output , i know that i can use pin 11, but is there any else?
Great Work.THANK YOU
I'm using a cheap PCF 8591 ADDA converter...
You are awesome
Great!
nice
All chat, and no action.