Infrared leds

Elektor electronics
Github birchjd python interface to irled controller remote tv. TLC556, SFH5110, TLC555C p.55 Elektor electronics July/August 2002  (or use TSOP1838/4838) Simple infrared light barrier See  nippybox nr 6600dd. Use Free space optics power diodes for range extension. https://github.com/TKJElectronics/ATtinyRemote combine ir remote with Elektor article Elektor Jan, Feb,2002 The circuit of the IR transceiver was introduced in the previous issue, along with sample applications for use as an RC5 receiver for the PC. In this, the second and last instalment, we examine the operation of the transmitter. In addition to PC remote control uses, we describe how it can be used for infrared data transmission between two PCs, with several examples to make everything clear. http://robotics.keckist.edu.np/634 http://winlirc.sourceforge.net/ Links to building IR receivers http://www.lirc.org/receivers.html http://stuff.nekhbet.ro/2006/07/10/make-an-infrared-remote-control-for-pc.html http://cmail.info.kuzbass.net/%7Enav/WinLIRC.htm See http://www.lirc.org for implementation details. IR barrier circuits TSOP1838, TSOP1738  (38khz version) Use CompHomeAutomation to interface with IR devices.

Andreas Spies
https://www.youtube.com/watch?v=gADIb1Xw8PE Everybody talks about Bluetooth and Wi-Fi. But one heavily used technology is often forgotten: Infrared. Today we will remember this technology and bring it into the today's world of microcontrollers like ESP32 and ESP8266 and to technologies like MQTT and node-red. And as usual, we will dig a little into the basics.

github
https://github.com/NicoHood/IRLremote

https://github.com/witnessmenow/ESP8266-IR-Remote-Example

$500 led
https://www.youtube.com/watch?v=Q-hQXaxO-cc from https://store.yujiintl.com/collections/frontpage/products/bc-series-high-cri-high-power-cob-led-5600k-bc270h-unit-1pcs

https://www.youtube.com/watch?v=c--5c3Egv4E 1000watt led flashlight from 100watt led. Uses a cpu heatsink and fan for cooling.

https://www.youtube.com/watch?v=-vgNh3fLxJc water cooled 72000 lumens led 4.5mil views.

https://www.youtube.com/watch?v=UJmbqwxXwGs water cooled led project part 1

https://www.youtube.com/watch?v=kh9j5mDU_hA water cooled LED

Infrared light barrier circuits

 * http://www.youtube.com/watch?v=UXHX_ihaxAU Video on IR leds for night time vision
 * http://www.robotroom.com/Laser-Detector-Remote-Control.html
 * Optoelectronics Circuits Manual 2nd, Marston --- the Elektor circuit is preferred.
 * Security Electronics Circuits Manual, Marston
 * http://www.electroschematics.com/6114/long-range-ir-transmitter/
 * http://www.electroschematics.com/4929/laser-based-door-alarm/
 * http://www.electroschematics.com/tag/phototransistor-circuits/
 * http://home.cogeco.ca/~rpaisley4/PhotoDetectors.html
 * http://goetzbirkner.de/tipps_und_elektronik/infrarot/infrarot.htm  tsop1838 connected to micro
 * http://www.datasheetarchive.com/buy/infrared+sensor+TSOP+1836.html IC electronics
 * http://i2c2p.twibright.com/datasheet/opto.pdf   tsop1836 replacements  , continues 1200 bits possible
 * http://i2c2p.twibright.com/
 * http://www.conrad.com/ce/en/product/181819/Conrad-IR-PCB-Universal-IR-Receiver-PCB-Shaft-length-950-nm

swarmrobot IR
http://swarmrobot.org/MainBoard.html bjt TEFT4300

Parabolic reflector, Loupes and magnification lens
Copy the design from Energizer Hardcase white LED torch available at a Mica store. It has a small plastic Jeweleres Loupes - (FreeSpaceOptics) - on the front to focuses the beam. On the receiving side a plastic magnification lens is placed over the TSOP1838, PIN, APD or other IR photodiode. This will result in a one LED IR beam reaching a distance of 100m. Types of lenses for transmission are fresnel, convergent parabolic.

Long distance IR barrier beam
Use a http://www.roithner-laser.com, parabolic reflector for IR beams to extend the range of the beam. Or use Jewelers loupes from the FreeSpaceOptics design. The parabolic reflector focuses the IR beam of the diode installed inside the it. http://www.kemo-electronic.com Infrared led kit has a range of 50m using a magnifying lens placed over the receiving IR-led. Combining a parabolic reflector lens to transmit to a magnifying lens at the receiving end will extend the range of a barrier beam to 100m. The Kemo Kit nr.b213 #24-194 only has a magnifying lens over the receiving IR diode and achieves a distance of 50m. Elektor Electronics p.55 and p.19 July/August 2002 has a design idea on building an IR barrier circuit.

Order the passive components and pay somebody in China to hand assemble it in bulk. Connect upto 400 of these cheaply built IR beam modules around every window and doorway and interface it to http://scratchpad.wikia.com/wiki/RS485 circuits for our custom designed alarm system. Each RS485 node connects an ARM processor which monitor the N/C condition on its port as close as possible to the IR circuit, PIR or contact switch.

Send IR signals over USB
http://www.usbuirt.com/

Retailers
http://www.ahappydeal.com/Lasers-Flashlights-st1-sid91.html

PWM driver
http://reprap.org/wiki/PWM_Driver_1_1 High current 5A driver

http://www.eldoled.com commercial led drivers

http://www.instructables.com/id/Super-simple-high-power-LED-driver/ see comments

Wireless mouse using IR
http://www.amazon.com/Wireless-USB-Remote-Control-Mouse/dp/B001M56DI0/ref=pd_sim_e_1

http://www.autohotkey.com/

electronic parts online
http://octopart.com/info/Isocom/H21A1

http://www.digchip.com/datasheets/parts/datasheet/240/H21A1.php

http://www.icxinyi.com/EN/yjsearch.php Sells schematic diagrams of circuits and search engine 

http://www.ledtronics.com/Products/ProductsDetails.aspx?WP=1737

Reverse engineering

 * http://www.bomarc.org/catalogs/Catalog-upload/DETECTION.txt Reversed engineered IR barriers

cctvpro
http://cctvpro.co.za/blogg/?cat=7

opensource led drivers
* http://en.wikipedia.org/wiki/RONJA

http://ronja.twibright.com/transmitter/building_pcb.php

http://en.wikipedia.org/?title=Free_machine

FreeSpaceOptics

Long range IR illumination
Focus an IR(880nm) laser through a telescopic dispersion system to pride over 1km of night vision for a http://www.watec.com 0.003lux CCD camera. Thorlabs and edmundoptics have laser dispersion lenses. Mount this under a QuadroCopter with a 0.003lux CCD camera to illuminate and area providing night vision from the air over farms, residences and businesses.

Fit multiple laser dispersion systems on a UavAirframes type airframe uav. Power it with a Zenoa model petrol engine, which turns an alternator generating electricity on board to power high wattage lasers. This should allow one to see the earth from a hight of 400m with http://www.watec.com 0.0001 CCD camera as if it was daylight. Laser dispersen lenses are built into the airframe on the underside.

The analogue signal must be processed using an Ethernet camera available from Alibaba. The manufacturers mount their own useless crippled 0.1lux ccd lenses. Use BoMarc reverse engineering services to reverse engineer the camera to find where the analogue signal is fed into the A/D converter stage of the mpeg4 compression chip. Bandwidth outputs are available from 32kbit/sec. Since it is Ethernet use the Sasecurity transceiver design to get a bit stream which can be transmitted with a serial transmission device.

Roither Infrared LEDS and Lasers
* http://www.rayled.com/index.php?target=categories&category_id=210&sl=EN&gclid=CNCK0J7OwpcCFQZ3MAodt1nKSA * http://www.roithner-laser.com/LED_HP_multi_chip.html * http://www.roithner-laser.com/All_Da...t-c-060301.pdf

a) P.32 surface emitting SMD LED, narrow beam, high brightness, integrated parabolic reflec design, high flux, small size b) p.42 super high power LED,array, metal PCB ,package with 12 paral 1 mm² power chips, 360° or 120°.Size: 72 x 32 mm² c) p.40 high power LED array, 6 chips, Jumbo package, wavelengths at 590 nm, 640 nm, 660 nm, 810 nm 880 nm, 920 nm, 950 nm, M10 x 1.5 mm thread package d) p.33 narrow beam power LED series, 8° viewing angle, 1 power chip, clear epoxy package, square beam, no dark beam center from bonding wire, M12 x1 thread package

Roithner has everything you need to lightup your street at distances of over 300m and have nightvision via CCD cameras - powersupplies, LEDS etc.

DC-DC converter to drive LEDS
Stack 10 Mosfets in parallal and use PWM from an H-bridge (see RoboTics) to drive the highpower http://www.roithner-laser.com leds. See ConfiguringAlarmSystem and SecuringPerimeter, FreeSpaceOptics
 * Electronics World Dec. 2001 - The Hysteretic Regulator by Fernando Garcia, 13amp DC-DC converter
 * http://www.softcopy.co.uk provides back articles for Electronics World.

Serial driven Infra-red

 * http://www.armory.com/~spcecdt/remote/IRremote.html

Infrared AND Laser Leds
Main Spot Diameter: ~ 0.9 metres @ 3 metres, ~ 18 metres @ 60 metres Illuminates ~ 90% of the width-of-vision with 1/3" Image Sensor & 16 mm Lens. Range & Level-of-Illumination are affected by: *Power-Input, Lens Transmittance, Camera/Sensor Sensitivity & Spectral Response.
 * SerialDrivenInfraRed - http://www.armory.com/~spcecdt/remote/IRremote.html
 * http://www.vcclite.com/
 * http://www.mi-lasers.com/index1.html
 * http://news.thomasnet.com/fullstory/469229
 * http://www.theledlight.com
 * www.sloanled.com
 * http://www.para.com.tw/
 * http://www.optodiode.com/
 * http://www.allthings.com.au/Illuminators/infrared%20LED%20illuminator.html


 * http://www.infraredlab.com uses chips from:
 * http://www.amasci.com/amateur/irgoggl.html

BLINDING lights used by 4x4 spot lights.

post
get past it. As fluffy roams around the house it will trigger false alarms, the signal from which is muted in software. IR beams from the Elektor electronics are very cheap when mass produced.
 * 1) RS485 http://scratchpad.wikia.com/wiki/RS485 based system where each node is an ATMEL micro implementing a mini-alarm.
 * 2) Cheap Infra red beams, hundreds of them covering every passage, doorway and window. Not even a frog should
 * 3) Will need to buy reversed engineered IR beam schematics and then build it ourselves. See http://www.bomarc.org/catalogs/Catalog-upload/DETECTION.txt for reversed engineered circuits. Any circuit can be taken and reverse engineered.
 * 4) Each IR beam connects to an ATMEL micro node,. these nodes in turn comms back to the master RS485 controller.
 * 5) The RS485 controller interfaces with a PC where every beam break is logged on a SQL database.

So for example if you are the only person in the house, you activate that for example the kitchen beam and patio beam can't break at the same time or within a short time of each other. The PC will track your movements throughout the house and for example know that you can't break the kitchen beam, before breaking the lounge beam. No commercial system can do this at present.

Other
NIGHTVISION SCOPES IR floodlights INFRARED FLOODLIGHTS high power LEDS 4watt.
 * www.russianoptics.com
 * www.bernhardagencies.co.za
 * http://www.amasci.com/amateur/irgoggl.html
 * http://www.derwentcctv.com/pdfs/SAFETY.PDF
 * Nigtvision NTSC LCD 10cm monitor for nightvision surveillance
 * http://www.earthlcd.com/MTR-EVUE-4BW.htm
 * MICROVIEwer to view video from CCd CAMERA AGAINST EYe.
 * http://www.maxmax.com/aMicroViewer.htm
 * http://www.action-electronics.com/ccd.htm#Bw
 * http://www.derwentcctv.com/home.asp
 * http://www.startechoutlet.com/product_338_detailed.htm
 * Notice the difference in viewing angles 30/60/90 degrees.
 * http://www.roithner-laser.com/All_Datasheets/LEDs/LED735-66-60.pdf
 * http://www.roithner-laser.com/LED_HP_single_chip.html

INFRARED 950nm
 * http://www.homespy.com/camerawithcase.htm

Dazer laser
http://www.laserenergetics.com/dazerlaser.htm

Edmund optics
http://www.edmundoptics.com/imaging/imaging-lenses/?ref=2012homepage lenses

http://www.edmundoptics.com/imaging/illumination/ LED SPOTLIGHTS

Laser beam expanders
http://www.edmundoptics.com/optics/laser-optics/laser-optic-assemblies/fixed-power-laser-beam-expanders/2938

http://www.edmundoptics.com/optics/laser-optics/laser-optic-assemblies/laser-diode-beam-expanders/2677

Links
TransimpedenceAmp transimpedance opamps for converting current into voltage over the linear range of a diode.