Being an engineer and hobbyist for almost 40 years I've seen electronic techniques evolve. From the vacuum tube to microcontrollers- been there, done that. And yes, I have the T-shirt.
I found out that while for many electronic projects a microcontroller is not necessary (for example, I built many audio amplifiers, every single one of them, from the 100 W TV line output tube amp to the 300 W MOSFET subwoofer amplifier, ran fine without any logic circuitry) sometimes it is unavoidable. Especially controlling modern RF synthesizer chips (I2C bus, anyone?) can only be done using digital logic.
When a friend came to me with a design challenge I knew I had to enter the digital age. The problem involved a lightshow with a couple of LEDs that moved around in a particular pattern. The existing solution used a plethora of CMOS chips and was way too heavy for the intended purpose. So I decided to perform the functionality with a PIC16LC84, running on a watch resonator (32 kHz). Current was delivered from a single lithium cell, and it worked like a charm. When not in use the battery lasted for months. Didn't even take me all that long to figure out how to write assembly code. Then came a remote controller clone for the then very hip Archos Jeukbox 6000 MP3 player, the one with the huge 6 gig harddisk. I also started to use PICBasic, a BASIC compiler that generates PIC assembly code. While the result is bulky, being able to write a high level programming language makes writing applications a lot easier. OK, I know, I know... Then, after building two DCF clocks, one with those lovely retro Nixie tubes and another with a HD44780 LCD, using PICBasic, I went back to assembly to write some cool real-time code.
Below are the projects that have been successfully completed and also the WIP (Work In Progress) ones.
Jammerdan is an attempt at an automatic FM portable radio jammer. You know, the nagging tunes from the workers messing up the street... It tunes a small transmitter across the FM band (highly illegal, of course) and when it detects itself it stays locked on that frequency. Status so far: the tuning part works, todo: the detector and the lightshow.
TETRA Detector: proof of concept done, now in prototyping stage.
"F" remote controller
What people do to save a measly four bucks...
DCF Clock with LCD (picbasic.nl)
Nixie Clock (50 Hz Timebase, via samenkopen.net)
Not satisfied with the "griddipper" type detectors I built a RFID head that just sends out a REQA command and detects the returned response.
This is another interpretation of the various RFID Zapper ideas floating around the internet, and not PIC related (except for the RFID Card Detector).
Various Tone Generators
Remoclone, remote control for Archos Jeukbox 6k MP3 player
Magnetic Door Lock Timer
Electroluminescent Backlight Controller
(The first project is lost in the digital hunting fields...)
Not PIC related, but very much hardware oriented are the following pages:
Casemods show my work on various computer systems, including my 6 (six!) terabyte fileserver
Led Lighting, as I'm an avid fan of solid state light sources this just has to be included!
HID Bike Lite documenting an attempt at getting better illumination on those dark, nightly bike rides
Logper describes my successful attempts to receive DVB-T broadcasts (digi-cough-tenne) with a FTA (Free-To-Air) digibox and a UHF logarhythmic periodic antenna
SMPS describes how to change the output voltage of a laptop power brick
Tesla has always been a great inspirer for me, so it figures to start experimenting with Tesla Coils.
I finally got tired of getting stung by annoying mosquitos. Not wanting to leave an ugly red stain on my wall, I just explode them instead.
Some fun with vacuum tubes and vintage TVs.
Online Real Time Geiger Counter.
I'm a sucker for headphones. Two amps.
Non-technology related stuff
Digital photography scrapbook
Hole in the Wall (UK) screenshots
De Tony Klaproos Pagina! (mp3z)
Last Update: 26 April 2015 (PTT Doorbell)
This software is licensed under the CC-GNU GPL.