Ok guys, I can't send it to you right now, because my flat bed scanner
is out! And I am leaving soon (2 days) on hollydays. I leave for 2
weeks, so you will get it in two weeks, BUT I can tell you this:

        It is done with:        PIC 16C84
                                TDA7330
                                2*16 LCD
                                4.332 Xtal used by the TDA
and connected to OSC1 of 16C84

TDA 7330:

        PIN

        1       47nF to stereo Multiplex signal
        2       10uF to ground
        3       10nF to ground
        4       NC
        5       GND
        6       NC
        7       NC
        8       NC
        9       27pF to ground, to pin 16 of PIC
        10      27pF to ground
        9-10    2M2 // Xtal
        11      NC
        12      RDCL to RB0 of PIC
        13      RDDA to RTCC of PIC
        14      RDQ: NC
        15      ARI: NC
        16      VCC (+5v)
        17, 18, 19, 20: NC

PIC16C84:

        PIN

        1, 2    NC
        3       RTCC, to pin 13 of TDA
        4       MCLR: 1k to VCC
        5       GND
        6       RB0, to pin 12 of TDA
        7,8,9,10,11,12,13: RB1 to RB7: LCD control
        14      VCC
        15      OSC2: NC
        16      OSC1 to pin 9 of TDA
        17      RA0: 4k7 to VCC + jumper to GND (LCD type select)
        18      RA1: NC
--

        Anyway, Elektor never give the source code... :(
But you can write it easy, no? Sorry for the few informations, but when
time is up...
  _____________
  \           /               David BALDWIN
   \ ALCATEL /               Design engineer
    \TELECOM/
     \     /         SdM (Societe de Microelectronique)
      \   /
       \ /      B.P. 4205            Phone : +32 (0)71 442932
        V       B-6000 Charleroi     Fax   : +32 (0)71 442905
                (Belgium)            mailto:baldwin@etca.alcatel.be