Adafruit Infrared IR Remote Receiver - STEMMA JST PH 2mm

SKU: ADA5939 Brand: Adafruit
A year ago we designed a high-current-output Infrared Transmitter STEMMA which makes it easy to create high-powered IR LED blasters. Now we've sat...
Special Price $7.87 AUD, inc GST
Regular Price $10.28 AUD, inc GST
$7.15 AUD, exc GST
Special pricing ends 05 August 2024
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This equipment uses a laser and has the following restrictions:

  • the equipment is not intended for sale to the general public
  • the equipment is intended to be used in trades, professions or industries
  • the domestic or international prototype/product this equipment is to be used in will comply with relevant laws
  • the end-user of this equipment is licensed and trained to safely work with lasers

A declaration of use will need to be submitted during checkout.

0 from local stock, 1 supplier stock; your order will dispatch between Dec 1 to Dec 10. And yes, stock levels and lead times are accurate!

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A year ago Adafruit designed a high-current-output Infrared Transmitter STEMMA which makes it easy to create high-powered IR LED blasters. Now Adafruit have sat down to design the other side, the super sensitive wide-range Adafruit Infrared IR Remote Receiver with two selectable IR receiver chips.

Adafruit found plenty of 38KHz receiver sensors that would work nicely on this breakout board - but when it came to choosing one that was vertical or horizontal Adafruit just couldn't make up Adafruit's mind...so why not both? Adafruit have placed one on the end and one in the middle, and a slide switch to select which one you want to read signal from. Adafruit can't just tie the outputs together because they'd 'fight' each other and give incoherent output - but if you're willing to solder two wires, it's possible to read each one independently thanks to labelled breakout pads.

Usage is simple: Power the board by connecting V+ and ground to 3~5VDC, point a 38KHz remote control at the sensors and press some buttons. The demodulated IR envelope is piped out the Signal pin into your microcontroller which will then need to decode it. To make usage really easy, Adafruit have a green 'power good' LED and a red 'signal' LED. When IR remote signals are read by the onboard sensors, the red LED will blink to let you know.

This board will work nicely for a variety of IR remote receiving projects, and with mounting holes and a cable, a lot easier to mount in enclosures and on devices. Using a 2mm pitch STEMMA JST PH cable with headers or alligator clips on the end, you can easily wire this board without any soldering.

Note that this board is specifically for receiving 38KHz IR remote control signals - it isn't going to work for proximity/distance sensing or other frequency signals. The signal must be read by a microcontroller that has pulse-input reading capabilities - basically just check that it supports common IR Receiver connectivity and decoding. Sometimes you need to use special code or pins.

Each STEMMA board is a fully assembled and tested PCB but no cable. No soldering is required to use it, but you will need to pick up a 2mm pitch, 3-pin STEMMA JST PH cable. Alternatively, if you do want to solder, there's a 0.1" spaced header for power/ground/signal.

Technical Details

Product Dimensions: 25.3mm x 17.7mm x 7.1mm / 1.0" x 0.7" x 0.3"

Product Weight: 2.1g / 0.1oz

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