IR datalink USB standalone.

 

Home
6C33 SET amp.
6H30 SRPP preamp
Accugraph
Adpcm PIC software
Air/Fuel monitor
Audiotron editor
BUF634 headphone amp
Diy photo PCB
Duracell battery test
EL84 SET amp.
FM stereo RDS transmitter
Four in a row game
Heat sink calculator
IR datalink examples
IR datalink RS232
IR datalink USB online
IR datalink USB standalone
IR datalink USB software
IR extender
IR sampler (iPhone/iPod IR remote too)
LED mood lamp
Light controller for (new) speed trainer/timer
Lundahl LL1931 MC stepup transformer
Max038 freq. gen.
Nelson Pass (x)ono.
Nelson Pass A40
Nelson Pass Aleph 5
Nelson Pass AlephP 1.7
Read Trainer
Record player accessories
Shooting timer
Speaker silver cable
Speaking shooting simulator
Speed trainer/timer (new)
Speed trainer/timer (old)
Surround vol. control
TDA1541 DAC (new)
TDA1541 DAC (old)
TDA1543 NOS DAC
Tone control based on TDA7439
Tuner with 6H30
Voice module for (new) speed trainer/timer
FAQ
Links
Shops
Home

My e-mail address:


 

Most of the apparatus we build are highly configurable and we have build a new IR datalink USB standalone and a Windows program to do this job. This new IR datalink USB standalone is a stand alone unit and holds up to 50 apparatus in it 32Kb eeprom memory. You use the same program for the IR datalink USB standalone and IR datalink USB online, go to the IR datalink control program web site and download the program.
Below you can see some pictures of the finished design (click on the picture to enlarge it):

Updated! IR datalink USB standalone schematic finally :-)  
The empty IR datalink USB standalone pcb. pcbfile updated 2009.07.19
The mounted IR datalink USB standalone pcb controlled by a 18F2553 PIC, the apparatus codes are saved in the 24LC256 eeprom (32Kb or 50 apparatus). The IR datalink USB uses approx. 60 mA during standby and a bit more during IR transmission, this will give you a battery life of 8-8,5 hours.  
A picture from one of the early tests. The IR datalink USB standalone is menu controlled, through the buttons below the display, very clever indeed.  
We have ordered aluminum front plates, this is my brothers version in blank aluminum as he has chosen a white enclosure. Open the pdf to check out this very nice design.
 
We have ordered aluminum front plates, this is my version in black aluminum as I have chosen a black enclosure. Open the pdf to check out this very nice design.
 
Here are the CAD design files if you want to order mine or my brothers front aluminum plates. CAD files updated 2009.07.30
The aluminum has arrived, and we have mounted the last components on the pcb, the IR diodes and the on/off switch.
 
 
Here is a close up picture of the on/off switch. Note the switch is soldered on a 3 pin molex connector because the original pins are just a little bit to short, this also gives the switch some extra strenght.
 
We use a 90 degree angled molex connecter for the 9 Volt as there is not enough space in the enclosure for a normal molex.  
This is the enclosure inside before the electronics is mounted.  
The enclosure inside with the electronics mounted. As you can see on the picture the enclosure is not to large :-)  
Take a look at my brothers finished IR datalink USB, must say I am very pleased with finished result.  
Take a look at my finished IR datalink USB, must say I am very pleased with finished result.  
We have implemented a battery meter so you can see how long the battery will last. We have made a very interesting test with a 9 Volt Duracell Ultra con a 9 Volt Duracell Plus, with a little surprising result, will put the data on the web asap.  

This page was last updated 2010-02-17.