Car stereo ir remote Videos

• 1. New no touch Nakamichi RX-505 stereo cassette deck Full IR-Remote ( not for sale ) part 2/4
• 2. IR remote control LED with Arduino
• 3. 2006 2007-2010 Mazda 5 Radio Audio Entertainment Stereo with IR Remote Control Ipod Charging BT A2DP
• 4. IR Remote Controlled Toy Car(Atmel ATtiny13V)
• 5. Hi-Fi Stereo Amplifier with Remote Control for Car/Motorcycle (SD/MMC/USB)
• 6. EEVblog #506 - IR Remote Control Arduino Protocol Tutorial

New no touch Nakamichi RX-505 stereo cassette deck Full IR-Remote ( not for sale ) part 2/4

User Comments

Eamonn Reilly commented on 18 Jan 2016

Do you have a kit to make the Nakamichi 505 remote ??

Le Roy commented on 18 Jan 2016

Hello . Yes, I can offer a complete upgrade, including Remote Logitech 1100 with programming. Hi, Ivan. " Mark LeRoy"

Niels Chr Nielsen commented on 21 Jul 2015

Dreammachine

Le Roy commented on 21 Jul 2015

+Niels Chr Nielsen Thank you for the comment to be additional money to continue improvements. so publish a final video, Hi, Ivan - LeRoy.

goblin072 commented on 23 Jun 2015

Since you tore this one apart could you answer a question on the 505? I have one that makes a slight grind noise just before it starts to play, like when it engages the wheels. After its dead quite no issue. What is that sound?

Le Roy commented on 24 Jun 2015

+goblin072 Hello, one that rotates before play, is the motor capsan, Hi, Ivan Mark LeRoy

goblin072 commented on 18 Jun 2015

Why did you replace the keyboard? Was the old one worn out?

Le Roy commented on 18 Jun 2015

+goblin072 Hello, yes, on the original keyboard was little visible symbol play

NICOLA CECCA commented on 18 May 2015

How much cost this model?

goblin072 commented on 19 Jun 2015

+NICOLA CECCA That deck goes anywhere from 100.00 - 1,200 on ebay. I paid $330.00 for mine and thought it was a decent buy. This one would be $330.00 + all the extra parts he added.

Le Roy commented on 18 May 2015

+NICOLA CECCA this model is not yet completed and not currently for sale, Hi, LeRoy

IR remote control LED with Arduino

User Comments

erikzdanowicz commented on 24 Feb 2012

@OlivetCollegeCS Actually very simple, just used the ir remote library from Ken Shirriff's blog. Use the receive code to decode what number sequence each button on remote will produce (simple remotes are easy, time warner cable not so much)

erikzdanowicz commented on 24 Feb 2012

@OlivetCollegeCS Once you know which number sequence each button press triggers, you can just modifiy code to change the state of a digital pin when it sees certain buttons.

OlivetCollegeCS commented on 24 Feb 2012

code?

2006 2007-2010 Mazda 5 Radio Audio Entertainment Stereo with IR Remote Control Ipod Charging BT A2DP

IR Remote Controlled Toy Car(Atmel ATtiny13V)

User Comments

Stupid Fast RC commented on 29 Aug 2014

I really liked your clip. Great stuff! Thanks for posting.

Hi-Fi Stereo Amplifier with Remote Control for Car/Motorcycle (SD/MMC/USB)

User Comments

NARKULL commented on 27 May 2012

чуваки где купить моно такое чудо =) ?

Andy Atallah commented on 30 Dec 2011

the dead or live cover mad by who? nice video thanks

civicted commented on 23 Aug 2012

this is the cover by Danzel

EEVblog #506 - IR Remote Control Arduino Protocol Tutorial

User Comments

allyourcode commented on 09 Aug 2015

@12:24 The address of what?

Aurelius R commented on 21 Oct 2015

+allyourcode The device we're sending to.

Axel Van Uffelen commented on 01 Feb 2015

Does it only register a sequence of 0's and 1's or do you have to pay attention for the duration the 0 or 1 is active ?

Aurelius R commented on 21 Oct 2015

+Axel Van Uffelen I mean.. did you even watch the video?

bakadavid commented on 02 Jan 2015

I'm I right in thinking that connecting a low pass filter to a simple photodiode would demodulate the carrier frequency?

Ola Ostehøvel commented on 21 Jul 2015

+bakadavid Why don't you build yourself a scope. At 38 kHz you can build a complete, integrated spectrum and logic analyzer for five bucks using your PC to represent the data. Just choose a µC with USB.

dispatcher7007 commented on 06 Feb 2015

+bakadavidLow passing a PWM signal reduces the signal level. 50% duty cycle PWM (as programmed here) results in 50% reduced signal level. If you are doing 5V it is 2,5V afterwards which most likely distracts the logic components downstream... low passing PWM won't work properly on a logic level.

bakadavid commented on 03 Jan 2015

A bit more detail: since I only had a photodiode on hand and no TVs i could say goodbye to so I made a low pass filter with a cutout frequency of 4kHz (educated guess and I had all the parts) and inverted the signal with a PNP. Now I get consistent readings but still haven't managed to send the right signal to turn on the TV.I wish I had a scope...

bakadavid commented on 03 Jan 2015

it sure seems to

joelie83 commented on 04 Nov 2014

The slow part of the loop is surely the divide by 26 in the conditional, which is executed every iteration of the loop. I'll bet the division is slower than the digitalWrite() call. The division should be pulled out of the loop.

cjveeneman commented on 07 Mar 2015

the compiler optimizes that out already