521 lines
23 KiB
Plaintext
521 lines
23 KiB
Plaintext
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-----------------------------------------------------------------------------
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*** Jolly Box v4.00 final Construction Plans ***
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*** Latest revision: 1993-06-01 ***
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-----------------------------------------------------------------------------
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THE CREATION OF THE
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___ _ _ _
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\_| |_| |__ |__ | |_| |_| /\
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Created By:
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___ _
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/_ // /_)_ _ _ _
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(_/(_)//(_/ / \(_)(_)(_'/
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/ (_/
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Additional Programming and Hardware Improvements by:
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Zaphod Beeblebrox of Control Team/I.C.S.
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Version 4.0 final
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-----------------------------------------------------------------
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For Ideas Bugreports additional developements and changes
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we can be contacted on the following BBS's:
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Eagles Nest: +46-18-262804
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Nightbox: +49-5861-8795
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Jolly Roger understands both German and English, and I, Zaphod Beeblebrox
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understands Swedish and English, and also a very little bit German. Just
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feel free to contact any of us if you need help or just want to chat a bit!!
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For ideas and Bugreports you can also contact [>SmEGmA<] at all well known
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Amiga Elite-Boards
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-----------------------------------------------------------------
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General Info
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The Jolly-Box is a hardware project realized by Jolly Roger. The first
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version in release was v3.1, which I downloaded from a BBS. I started
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thinking about making a more advanced version, and contacted Jolly Roger
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about it, and here we are again, now with the German-Swedish Co product-
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-ion of The Jolly-Box v4.0!!! All original hardware design was made by
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Jolly Roger, as well as the main structures of the software for the 80C39
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Intel CPU. The improvements to the hardware, and the programming for adding
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all the new features to the v4.0 software was made by Zaphod Beeblebrox of
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ICS/Control Team. The Jolly-Box is now the most advanced hardware box of
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any kind, which plans are released to the public. We have included the
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sourcecode for the CPU software, together with sources in GFA basic for
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an assembler/dissassembler for 80C39, and software for calculating the
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sine-wawe samples for the different tones. All of these GFA basic programs
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were written by Jolly Roger on the Amiga, I only added some features for
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compatibility with the Atari ST/STE series of computers. You'll find all
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these sources in ASCII format also in this archive so that you can convert
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them if you wanna use a Pc for example instead of an Atari or Amiga....
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However, I must notify you of the fact that you'll have to find out what
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trunk-frequencies you should use yourself, since we will only include the
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standard CCITT #5 ones, so if you need anything special you'll have to code
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them yourself!!!!
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The hardware will cosists out of two single-sided boards, a
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keypad and a phone speaker. Or, you might put a 3.5 mm phono jack on the box
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and use a pair of freestyle headfones. I use that myself, with excellent
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results.... Also, this looks more unsuspicious if you use it in a payfone...
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Now, the rest is up to you. There is still some room left in the eprom for
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additional routines, so you might add wahtever you want to the box....
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-----------------------------------------------------------------
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*** WARNING ***
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The use of a bluebox is a crimminal offence, and it's *YOUR* problem if you
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get caught using one. We will accept no responsibility for your actions, we
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just show you the theory behind the construction of a CPU controlled bluebox
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and the use of this device on any phoneline without permission is strictly
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forbidden!!!!!!! Now it's all up to you...........
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Building this box is not a simple task. If you do not have good experience of
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soldering together complicated circuit, do not attempt the constyruction of
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this device. Ask somebody who does have experience to do it for you!!!!
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-----------------------------------------------------------------
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Parts List for Jollybox v4.00:
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==============================
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No: Description: Elfa Order #:
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=== ============ =============
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01 80C39 CPU 73-802-49
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01 27C64 EPROM 73-729-31
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01 27C010 EPROM 73-736-32
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01 74LS373 73-726-00
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02 74LS393 73-729-15
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01 741 OP. 73-010-21
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01 8-PIN SOCKET, 7.62MM 48-135-49
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02 13-PIN SOCKET, 7.62MM 48-135-64
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01 20-PIN SOCKET, 7.62MM 48-136-22
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01 28 PIN SOCKET, 15.24MM 48-137-54
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01 32 PIN SOCKET, 15.24MM 48-137-62
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01 40 PIN SOCKET, 15.24MM 48-138-12
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01 12-KEY TELEPHONE KEYPAD 35-678-07
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01 1 POLE SPST SWITCH 35-355-31
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01 3.5MM PHONO JACK 42-700-88
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01 146*90*37MM PROJECT BOX 50-381-04
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01 7805 5V POS.V. REGULATOR 73-090-08
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01 10 MHZ CPU CRYSTAL 74-505-05
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01 RED LED, 3MM 75-037-09
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02 10 UF, ELECTROLYTIC 67-008-19
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02 15 PF, CERAMIC 65-691-23
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01 0.1 UF, CERAMIC 67-776-43
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01 0.33 UF, CERAMIC 67-777-18
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01 100 KOHM POT, LOG. 64-064-09
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01 270 OHM, 5% 60-104-25
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03 10 KOHM, 5% 60-106-15
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03 100 KOHM, 5% 60-107-30
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01 10 KOHM, 1% 60-734-23
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01 20 KOHM, 1% 60-737-46
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01 40.2 KOHM, 1% 60-741-08
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01 80.6 KOHM, 1% 60-744-54
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01 160 KOHM, 1% 60-747-77
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01 324 KOHM, 1% 60-751-21
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01 634 KOHM, 1% 60-754-85
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01 1.3 MOHM, 1% 60-757-33
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02 PCB'S /W PHOTORESIST 49-576-19
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01 16 LEAD RIBBON CABLE,1M 55-660-54
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-----------------------------------------------------------------
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Building the Main-Board
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This will be the hardest part! If you make one mistake, you will
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not get any result, so if it doesn't work, check the Layout!
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'8049BB1P.PCX' is the picture showing where on the PCB the components
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should be placed. '8049BB1.PCX' and '8049BB1M.PCX' is the circuitboard as
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seen from the back in normal and mirrored format. The same pictures exist
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for the sample board too, but the they're called #2 instead of #1....
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To get films for photo etching, either make your own layout from these pics,
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or if you have a standard epson 9 or 24 pin printer, or a HP Laserjet
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compatible laser, you can just print the files in the PCB_PRNT.ZIP archive.
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*.P9 Epson 9-Pin printer image files.
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*.P24 Epson 24-Pin printer image files.
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*.HPL HP-Laserjet printer image files.
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*.HPD HP-Deskjet printer image files.
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*.PCB PCB Layout files for PCB Layout v1.x on Atari ST.
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Power up the main circuit board and test it with a power supply of
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9V, 500mA. A normal 9V battery will do fine, but we do recommend
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a real 9V DC power supply when the box is to be used indoors, since
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normal batteries tend to run out quite fast, all these chips consume
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quite a lot of current when the box is being used a lot. Check
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the "power in" pins at the main board and check if there are 5V
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comming out on the power out pins. Check if the clock jumper
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shows a 666666 Hz signal on a meter or a scope based to ground.
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If this is ok the power, processor, quarz is working. Now check
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if one of the keyboard pins (p2-p7) based to ground shows a
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frequenz (far under 666666 Hz). Congratulation: You did the
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hardest part if it works. Now connect the keyboard with p2-p7
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for lines and t0-t1 for the rows with the ribbon cable. See
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KEYBOARD.IFF how the keys are connected to the boards. You can
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check it, when the sample-board is done.
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-----------------------------------------------------------------
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Building the Sample Board
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'8049BB2P.PCX' shows where the components should be put, and '8049BB2.PCX',
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and '8049BB2M.PCX' shows the back of the PCB in normal and inverted mode.
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Put on all jumpers and sockets first. Then put on all bigger parts and
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at least the ICs! Take the '27010SPL.ROM' file and program it into an
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27010 eprom. Press the eprom into it's socket too.
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Use a ribbon cable and connet both boards with s0-s4, +5v, +7-9V, gnd.
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Connect the poty and speaker also.
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Turn the poty to 1/4 of its resistance or less! Listen to the
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telephone speaker, when you turn on the power.
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Now you can hear 3 short beeps, this is the normal mode. If you
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press keys 1-4 while turning on, you can hear all samples in the
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selected sample-bank. This is the self test option. Now you have to
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adjust the poti so that the sound of the speaker is loud enough but
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not in a bad quality. Find out the right volume by testing it!
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-----------------------------------------------------------------
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Operating the BB
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Manual for the ROM 4.0
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If you turn on the power, you must here 3 short beeps. Now you
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have a variety of options for different calls:
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Whitebox:
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Press the number (#) symbol to switch to whitebox. Now press any
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key and the DTMF tone for that key will be hold until you release
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it again. To exit the whitebox, press # again. The keys 0-9 will
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generate the normal DTMF tones like a touch tone dialer.
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*1=DTMF "*"
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*2=DTMF "#"
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*3=DTMF "A"
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*4=DTMF "B"
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*5=DTMF "C"
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*6=DTMF "D"
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Bluebox dial:
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Press 0 to dial ram number #1, 1 to dial ram number #2. Press 20-27 to dial numbers
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stored in phonebook #1. 30-37 is for dialing from fonebook #2...
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Trunk and Seize:
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To trunk locally in countries that use inband signalling use key 7 to send
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an 1.5 second 2600 Hz tone. Key(s) 8 and 9 will generate international trunk
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tones for boxing off other countries. 8 will send universal trunk #1, 9
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will send universal trunk #2. If you should call by sattelite, press 4 to send
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a DHLS clipping disable signal. This will give you better line quality....
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Keys 5 and 6 generate Redbox tones for Dime and Quarter, works in US and most
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likely in some other countries too. Press **0 to enter a new dialing prefix, the
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default prefix is 2460 (KP2+460), end input with # key. The first digit should
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be 1 or 2, standing for KP1 or KP2!! If you use 3 as the first digit, the number
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will be outpulsed i DTMF instead of Mf or any other kind of bluebox tones.
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Universal trunk #1 is 2400/2600 Hz for 130 ms, pause 1.75 sec, 2400 Hz for 300 ms.
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Universal trunk #2 is 2400/2600 Hz for 130 ms, pause 2.00 sec, 2400 Hz for 130 ms.
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The trunk tones may be reprogrammed at your convenience by alterin the labels named
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TRUNK1N, TRUNK2N and LTRUNKN in the 8049 assembler source code.
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Test-Mode for testing sample rom and volume:
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If you press 1-4 while turning on, you get all the tones of the
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sample bank you choosed...
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Enter number:
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Press **0 to enter a new dialling prefix.
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Press **1 to enter ram resident number #1.
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Press **2 to enter ram resident number #2.
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While entering a number, use * to enter special tones like the DTMF *,
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# and ABCD tones. For DTMF, *1=*, *2=#, *3-*6=ABCD. The same goes for bluebox
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mode. The first digit entered is very important. A 0 means dial prefix, then
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outpulse the rest of the number. A 1 means outpulse KP1 tone and then dial in
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the bluebox tone mode currently in use. A 2 means the same as above, but
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oupulse KP2 instead of KP1. To finish entering the number/prefix, press #.
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In bluebox mode, the * key together with keys 1-6 also have important uses.
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In mode 0: In mode 1 & 2:
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========== ==============
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*1 = DTMF "*" *1 = Code 11
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*2 = DTMF "#" *2 = Code 12
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*3 = DTMF "A" *3 = KP1
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*4 = DTMF "B" *4 = KP2
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*5 = DTMF "C" *5 = ST
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*6 = DTMF "D" *6 = 1850 Hz DHLS
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Of course these keys also have special uses in CCITT #4, but as we do not
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know very much about CCITT #4 you'll have to figure them out by yourself.
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Anyway, according to the CCITT #4 documentation that I got the keys should be
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defined as:
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*1 = Code 11
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*2 = Code 12
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*3 = Space Code I
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*4 = Incoming Half Echo Supressor
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*5 = Space Code II
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*6 = End of Pulsing (ST).
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The KP1 and KP2 signals are not part of the binary coded digit signals in
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CCITT #4, and can only be sent at the start of dialing.
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Prefix:
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Press **0 to enter a prefix. Press 1 for KP1 and 2 for KP2, 3 for DTMF mode.
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Enter the full prefix and stop with #. If you have a phonebook with
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numbers of austria, you have to dial b430....So just enter 0-XXXXXX-ST
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in your phonebook. When you dial a number with 0 at the begining, the
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prefix will be added. This is an additional function, which is
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not necessary for normal calls. The prefix default is B460.
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The entered numbers including prefix will be erased and set to
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default when turn off and on the BB.
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Special Functions:
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*0 - Select Sample Bank 0. (DTMF, All 16 Tones).
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*1 - Select Sample Bank 1. (CCITT #5-R1).
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*2 - Select Sample Bank 2. (CCITT #5-R2).
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*3 - Select Sample Bank 3. (Break/Simulation Tones).
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*4 - Select CCITT #4 Mode.
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*# - Enter Special Tone Simulation Mode
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In CCITT #4 mode, you can only dial the numbers stored in RAM position(s)
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one and two, and the trunk keys 8 and 9 will send CCITT #4 clear forward and
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xfer forward signals. These signals are coded according to the CCITT's own
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specifications, buit has not yet been tested as of todays date. Hopefully
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they'll work fine, but we haven't had any possibility of testing them yet.
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-------------------------------------------------------------------------
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Special Tone Simulation Mode:
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1 - Swedish Dialtone
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2 - Swedish Busy Tone
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3 - Swedish Ring-Tone
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4 - US Dialtone
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5 - US Busy Tone
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6 - US Ring-Tone
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7 - Swedish Reorder Tone
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8 - US Reorder Tone
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9 - Greenbox Ringback Tone, 1000 ms
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0 - Greenbox Coin Return Tone, 1000 ms
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* - 2600 Hz Wink, 90 ms
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# - Return to Main-Menu
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-----------------------------------------------------------------
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How to create a phonebook
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Take the "8049vXX.rom". this will be the file, which you have to
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program into the eprom for the CPU. Insert Phonebook 1 and 2 at
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$300-$3ff in the binary rom file for the 8049 program eprom, and
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after that, burn the program onto the 2764 eprom. Also, if you want
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to have CCITT #4 capabilities in your box, do not forget to program
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the 64 byte file "CCITT4.BIN" at $5C0 on the program rom. This file
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contains the 16 binary coded CCITT #4 signals......
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If you like modified this plan, I will give you an idea, how you
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can create a phonebook by your own. The Rom for the CPU goes
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from $0000-$07ff. The Phonebook goes from $0300-$03ff for 10-17,
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20-27.
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An example is shown here:
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$0300: 02 04 09 00 01 02 03 04 05 06 07 08 20 00 00 00 : b49012345678c... 10
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$0310: 01 00 09 00 03 01 04 01 20 00 00 00 00 00 00 00 : a0903141c....... 11
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$0320: 00 04 00 01 02 03 04 05 06 20 20 20 20 20 20 20 : 040123456c...... 12
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$0330: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 13
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$0340: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 14
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$0350: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 15
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$0360: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 16
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$0370: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 17
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$0380: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 20
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$0390: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 21
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$03a0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 22
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$03b0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 23
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$03c0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 24
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$03d0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 25
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$03e0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 26
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$03f0: 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 : ................ 27
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Each of the 16 Bytes are one phonenumber. On the Right are the
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Digits to press, when you want to dial them. For the number at
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$0300 press 1 folowed by 0! Enter the number like you would do,
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when you enter it directly. Use $01 for 'kp1' or $02 for 'kp2',
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$00 for prefix and $03 for DTMF dialing.
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Then enter the digits: $00 for '0'...$09 for '9'. The last
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digit has to be a $20. The bluebox will add the 'st'-code.
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In this example the first number is 'B49012345678C'. It will call
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Germany: 0123/45678. The second will call rout operator.
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The third will call (prefix40123456). Use as prefix b490 for
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this example if this is a german number.
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The maximum is 15 Digits and $20 for st. If you like numbers
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with more than 16 digits, just go on and use the next line of the
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next number. The compuer will dial until it gets a $20 code. If
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this isn't still enough, use more and more.
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-----------------------------------------------------------------
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ASS80XX
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Written by Jolly Roger for the Jolly-Box
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There is a short descripion of the 8049 assembler for the Jolly-Box. It is
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necessary because you need to modify the source to your own developing.
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It includes all opcodes.
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The format must be as followed:
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-No case sensity
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-Only one opcode in one line and one label
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label: clr a
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label2:
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jmp label
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-You can use Decimal, Hex or Binary for values
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mov a,=128
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mov a,=$80
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mov a,=%10000000
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-Characters after a semikolon will be ignored until the next line
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clr a ;set accu to zero
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-Use space as well as tab to seperate. Seperations between label and opcode,
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opcode and semikolon are not necessary.
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-Jumps must always jump to a label, numeric is not allowed
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If you like to skip to a memory page:
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page 2
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will skip to byte 512 of memory. If it is already passed an error will occure.
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Remember that only JMP and CALL can jump to an adress within a page of 256!
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How the opcodes work refer to the 8049 manual.
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------------------------------------------------------------------------------
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published by a member of
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___ ____ _
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/_ _/_ _ _ ___/._ _ __ / /_ //_/_ _ _
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(_// )/(_'/ / )(_///(_)/ )(_// /(_)// // (_'(_'
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___
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/_ /_ _ _ _ _
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/ /(_ (_ (_'_) _)
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- - - - - - - - - - - - - - - - - - - - - - - - - - - - -
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Downloaded from NIGHT-BOX
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----------------------------
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__ __ ___ _______ ___ __ ________
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/ /\/ /\ / //\ / ___ /\ / //\/ /\/__ __/\
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/ \/ / // // // //_/_/ // //_/ / /\_/ //\_\/ The ACF-BBS
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/ / // // // //__\_\// __ / / / // / -------------
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/ /\ / // // // //_\ /\ / // / / / / // / SysOps
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/_/ /_/ //__/ //______/ //__/ /_/ / /__/ / Pooky & Jacky
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\_\/\_\/ \__\/ \______\/ \__\/\_\/ \__\/
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05861 8795 (new number!)
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_______ _______ __ ___
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-- 8N1 -- / __ /\ / ___ /\ / \_/ /\
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17-9h online Sa,So 24h / /_/ _/ // // / / / \ __/ /
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14.4K/12K/9600/7200/4800/2400/1200 / ___ \_\// // / / /__/ // _\/
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-=====================================- / //_/ /\ / //_/ / // _ \ \
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V.32/V.32bis HST V.42/V.42bis MNP 1-5 /______/ //______/ //__/ \__/ /
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\______\/ \______\/ \__\/ \_\/
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ATARI/ AMIGA/ IBM comptbl./ SNES/ M.Drive
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.---. .---.
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/ \ __ / \
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Coming soon.... / / \( )/ \ \
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////// ' \/ ` \\\\\\
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JACKTRO //// / // : : \\ \ \\\\
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// / / /` '\ \ \ \\
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by the ACF Design Team! // //..\\ \\
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====UU====UU====
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'//||\\`
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''``
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__ __
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________ ______/ /_______/ /_________ _________ __ __ ________
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/ ______// ____/ /_ ____/ /_ ____ // ____ // /\ / // ______/\
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__/_/_____ / /\__/ / / /\__/ / / /\__/ / / /___/_// /_// // /\_____\/
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/_______ // / / / / / / / / / / / / / / / //________ __// //__/\
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\/ /___/ // /_/_/ / / /_/_/ /_/ /_/_/ /_/ /___/ /\__/ /\_/ /_\__\/
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/_______//_______/ /_______//________//________/ / /_/ //_______/\
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\_______\\_______\_\_______\\________\\________\/ \_\/ \_______\/
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Thanx for calling this fine ACF BBS
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Click...
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. + .
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_______ ____ ________ ___ _______ _____/|
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+ / __ // \ / ______\ / / / __ // ____!
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/ /_ \// /\ \\ \ ___ / / / /_ \// /___
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/ __/ / / \ \\ \ \ \/ / / __/ \____ \
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\ \__/\\ \ / / \ \/ /\__\___\ \__/\.____/ / '
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* \_____/ \__\/ / \____/ \__/ \_____/| _____/ |
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/__/ . / _ / |/ - --+- -
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USR HST Dual Standard 14400 / / \/ 285 Megs : |
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_____________________ / \ ______________________ .
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. \__ __ _ _ \_/ \_/ _ _ __ __/
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: \___ __ _ _ Sysop: Zaphod Beeblebrox _ _ __ ___/
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| \___ __ _ _ Control Team EHQ _ _ __ ___/
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---+--- - \___________ ICS SHQ ___________/
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| \___ : ___/
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: +46-18-262804 \ | / 24 Hours/Day. '
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. * \ | / .
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.______ _____/ | \___/|___________
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| _ \ / _/ __|__ \__! ______ /
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' | | \ \/ /_\| / /|/_ \/ | | \/
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| | \ \ _/ ' \___' \ | | +
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!__! /__/\______| _____/ !__!
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