492 lines
26 KiB
Plaintext
492 lines
26 KiB
Plaintext
(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)
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(*) (*)
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(*) The Lost Avenger And United Phreaker's Incorporated Proudly Presents (*)
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(*) (*)
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(*) UPi Newsletter Volume #1, Issue #4 (*)
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(*) (*)
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(*) The Extension Silencer & The Tele Mon9jo
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(*) (*)
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(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)(*)
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This article was origin published in Popular Electronics - Electronics
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Hobbyists Handbook. This article was republished without permission.
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The Extension Silencer
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By Terrance Kelly
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This project keeps your modem communications and important private
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conversations from being interrupted by locking out extension phones when the
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line is in use.
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Are you tired of others listening in on your conversation on an extension
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phone? Do you live with a computer hacker who always seems to want to dial out
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with his modem in the middle of your of your conversations? Fear no more,
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three inexpensive parts - which comprise the Extension Silencer - will solve
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all of your problems.
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The Extension Silencer described in this article is a simple is a simple
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circuit that, when placed in series with each of your extension telephones,
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allows privacy at each location without interference from the others. All
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phones will ring normally and the first one to answer locks out the others.
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Someone picking up an extension will hear nothing if the phone is already in
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use. If you need to switch extension all you have to do is pick up one
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extension and hang up the other.
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In order to fully understand the operation of the Extension Silencer, a
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little discussion on telephone operation is in order.
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Telephone Operation
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Each subscriber telephone is connected in what's called a local loop to
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central office, which contains switching equipment, signalling equipment, and a
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power source that supplies direct current (DC) for the operation of the
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telephone system within its coverage area.
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Switches in the central office respond to string of dial pulses to connect
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the calling station with the station being called. The Switching array within
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the central office feeds an AC ring signal down the line to the station being
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called. When a link is established (the telephone receiver is taken off-hook),
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the two stations communicate via transformer-coupled loops using DC power
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supplied by the central office.
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When the telephone receiver is on-hook, the receiver holds down the
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hook-switch buttons in the base of the unit, creating an open circuit to DC
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between the receiver and the central office. The signaling circuit, which is
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AX operated, is always connected to the central office; a capacitor in the
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signaling circuit blocks the flow of DC, while passing the AC ring signal.
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As long as the hook-switch buttons on the telephone are depressed, no
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communications can take place. However, when the receiver is taken off-hook,
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the hook-switch closes contacts, passing DC to the telephone, activating the
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communications circuits, and causing the normal DC line voltage to drop due to
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the loading effect of the telephone.
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Circuit Operation
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The circuit is little more than an electronic cut-off switch built around a
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Triac (the switching element). Two phone station, A and B, are show to make
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the circuit's operation easy to understand (Component designations for only one
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circuit are given in the Parts List). Note that an Extension Silencer circuit
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is connected in series with each station.
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Normally when a phone is on hook, the voltage across the phone line is
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48-volts DC; when the receiver is taken off hook (is picked up), the DC voltage
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across the line drops to between 2 and 12 volts DC (typically about eight
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volts). That's due to the off-hook impedance of the telephone and the loop
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resistance between the subscriber station and the telephone company's central
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office.
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As long as both Station A and Station B receivers are on-hook, the voltage
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at the gates of TR1 and TR2 is sufficient to trigger TR1 and TR2 into
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conduction. That means that both Extension Silencer circuits connected to that
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line are conducting. But when one of the receivers - say station A - is lifted
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from it's cradle, closing the hood-switch contacts, that telephone draws
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considerably more power, causing the line voltage at TR2 to drop to around
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0.6-volt DC.
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The operational characteristics of the Triac are key to the operation of
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the Extension Silencer circuit. Remember that once a Triac is triggered (via a
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gate trigger voltage), it continues to conduct as long as the current through
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it remains above it holding-current requirement, even if the trigger source is
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removed. And will cease to conduct, only when the current through the device
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is brought below its holding-current level. (In the case of an AC signal, a
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Triac would be triggered into conduction twice during a single cycle: once
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during the positive half-cycle, and again during the negative half-cycle.
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Therefore the 20-Hz ring signal is passed to the phone uninhibited.)
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The 0.6-volt level at the main terminals of TR2 is too small to generate
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sufficient current through TR2 to satisfy it's holding-current requirement, so
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it turns off, disallowing any communications through station B.
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If the station B extension is take off-hook and station A is hung up, a
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similar, but reversed action occurs, with station B absorbing the majority of
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the line-fed power, reducing the current through TR1 to a level insufficient to
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sustain conduction through that unit. And that in turn locks out Station A.
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A 15-volt Zener diode was used because that is all the local Radio Shack
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had in stock, but anything between 12 and 24 volts would have done just fine.
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The value specified for R1 (1000-ohms) was chosen to yield 35 mA of Zener
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current. That amount of Zener current may seem excessive, but keep in mind
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that it is on for a very short time. before a call is answered there is no
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loop current because the phone-hook switch is open, so there is no Zener
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current.
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Construction
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There is nothing critical about the construction of the Extension Silencer.
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In fact the author's prototype of the circuit was assembled on a small section
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of perfboard - half of Radio Shack's 276-148 snap-apart perfboard - measuring
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about 1 3/4 inches square. The circuit-board assembly was then housed in a
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modular quick-connect phone-jack cover.
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Before assembling any components on the board, the two sections must be
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separated and a hole drilled (through the center of the board) for a wood screw
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The wood screw will be used for mounting the assembly to the wall. Next,
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solder the three parts onto the perfboard, interconnecting the components as
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they are installed.
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Cut the black and yellow leads from the modular jack as thnce
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all telephones use the center two conduction of the sres ander them to the boar
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line. Observe the proper polarity of those wires because the one that attaches
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to the red wire of the modular jack must connect to the minus terminal of the
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phone line.
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Installation
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WARNING: Remember that all equipment installed on the telephone line must
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meet FCC part 68 requirements. The equipment must be certified by an
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authorized agent before it is used on the network. (This article is meant to
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be of instructional value and not as a certification for FCC approval.)
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Since my house had phone jacks with screw terminals inside all I had to do
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was remove the face-plate and measure the voltage across the connection-block
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terminals. The connection block has four screw terminals labeled L1-L4. In
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most cases, the terminals of the connection block are tied to the telephone
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line via a quad color-coded cable - red, green, yellow, and black. (Older
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installations use twisted twin lead tied into the telephone line.) Normally,
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the read and green wires are used as the communications pair, and are connected
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to the L1 and L2 terminals.
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With my VOM, I determined the polarity of the phone line. If the positive
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lead of the meter is on L1 and the negative lead is on L2 and the meter reads a
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positive 48-volts DC, then L1 is positive with respect to L2. If it reads
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negative, then L2 is positive with respect to L1. In my own installation, the
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minus lead was attached in parallel with the L2 terminal (you may find it to be
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the L1 terminal) on the phone jack.
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The plus terminal was then connected in parallel with the L1 Lead. Remove
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the phone from the normal hack and insert its plug into the Extension Silencer
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jack, and you are ready to go. Pick up the phone with the silencer and listen
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for dial tone and hang up. Pick up the extension without the silencer and
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leave it off hook.
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Pick up the phone with the silencer and it should be "dead". Hang up the
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phone without the silencer and there should be audio from the "dead" phone.
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You can now add as many Extension Silencers as you have phones. For those
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readers who have a "smart modem", set it to return "NO DIALTONE" if the line is
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in use. Also set it to keep retrying so that you can capture the line should
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it ever become free.
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Part List For The Extension Silencer
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TR1 1-amp, 50-PIV Triac
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R1 1000-ohm, 1/4 watt, 5% resistor
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D1 1N4744, 15 volt, 1-watt Zener diode (Radio Shack 276-564, or similar)
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Dual Board Perfboard (Radio Shack 276-148)
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Quick-Connect Modular Jack (Radio Shack 279-355)
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Clear View Speaker Wire (Radio Shack 287-008)
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Solder
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Hardware
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To <DDDDD*DDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD> To
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Telephone 3 MT1 MT2 Telephone
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Line <DDDDD3DDDDD*DDDDD*DDDDDDDDDDDDDDDDDDDVVVDDDDDDDDDD*DDDDD>
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3 3 3 ZDDDDDDVVV TR1 3
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3 3 3 3 1A 3
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3 3 3 R1 3 50 PIV 3
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3 3 3 1k 3 3
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3 3 @DDDDVVVVDDDD*DDDDDDDDDVVVVDDDDDDY
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3 3 D1
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3 3 Station A 1N4744
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3 3 15v
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3 3
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@DDDDD3DDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD> To
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3 MT1 MT2 Telephone
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@DDDDD*DDDDDDDDDDDDDDDDDDDVVVDDDDDDDDDD*DDDDD>
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3 ZDDDDDDVVV TR1 3
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3 3 1A 3
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3 R1 3 50 PIV 3
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3 1k 3 3
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@DDDDVVVVDDDD*DDDDDDDDDVVVVDDDDDDY
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D1
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Station B 1N4744
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15v
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The Tele Monitor
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By Charles R. Ball Jr. And W.K. Ball
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Now you can keep an audible record of your telephone conversations with the
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aid of this simple circuit.
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WARNING: The use off the Tele Monitor and the parts therein is governed by
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Federal and State law. Federal law prohibits the taping of telephone
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conversation by one party without the knowledge and/or consent of the other
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party. Many states have adopted identical or similar provisions. Prospective
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users are advised to obtain independent advice as to the propriety of the
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purchase and use of the parts and use of the Tele Monitor, including (but not
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limited to) taping conversations therewith. We make no representations
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concerning the parts referred to in this article of their use or the legality
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of the use of the Tele Monitor, or any other such equipment referred to in this
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article. Readers are advised to obtain independent advice as to the propriety
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of their use of the parts, the Tele Monitor, or similar equipment based on
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their individual circumstances and jurisdiction.
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Remember when your sister called to tell you about this year's family
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reunion, but in the excitement of hearing from her, you forgot to write down
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the date, time, or even the city? How often have you talked on the phone with
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a client for an extended period and after hanging up, remembered that you hadn
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Well, such memory lapses need not be a problem if you build the Tele
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Monitor described in this article. The Tele Monitor automatically activates a
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recorder to keep a perpetual log (within the limits of the tape's capacity) of
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all call, incoming or outgoing. Best of all, it can be built for less than
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$25, excluding the recorder.
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How It Works
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The circuit is connected between the telephone line and the tape recorder.
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The telephone line - the conductors are designated tip and ring - normally has
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-48 volts across it when the telephone is on hook. When the telephone is off
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hook, that voltage changes to about -10 volts, depending on the subscriber loop
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resistance.
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A full-wave bridge rectifier (consisting of D1 through D4) connected across
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tip and ring allows the circuit to be tied to the telephone line without regard
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to polarity. The voltage applied across tip and ring appears, polarity
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corrected, at the + and - ends of the diode bridge. When the phone is on hook,
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the voltage through D5 keeps Q1 on and Q2 off, so the recorder is in an idle
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state.
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When any telephone tied to the circuit is picked up (an goes off-hook), the
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voltage across tip and ring drops to about -10 volts, causing Q1 to turn off
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and Q2 to turn on, activating the recorder through J2. Incoming calls also
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activate the recorder with each ringing cycle.
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When the phone is off-hook and the recorder is running, voice is coupled
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through R1 and the C1/C2 combination. Because the central-office ringing
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voltage is 105-volts AC, C1 and C2 - which must have a voltage rating of
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150-volts or better - are connected back-to-back to simulate a non-polarized
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capacitor. The diodes, D1 through D4, should have a peak inverse-voltage (PIV)
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rating 200 volts of better.
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Power for Tele Monitor is derived from the telephone line. A very small
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current (less than 80uA) is derived from the telephone line through the diode
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bridge when the phone is on-hook, so that Q1 remains off, keeping the recorder
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is an idle state. (CAUTION: For use in this application, the recorder must be
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battery operated or powered with a UL/CSA/FCC approved adapter. Nether the
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telephone company or the FCC take kindly to having 120-volts AC suddenly appear
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on the telephone line.)
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It is recommended that the Tele Monitor circuit be coupled to a recorder
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with automatic volume control to compensate for varying signal levels on
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different calls and varying speech characteristics. The recorder mentioned in
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the Parts List is one such recorder. Other recorders can be used, but you must
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be sure that the internal remote-jack connections have the proper polarity for
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Q2 to turn on the recorder.
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Assembly
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The author's prototype of the Tele monitor was assembled on a printed
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circuit board measuring about 2 3/4 X 2 1/4 inches. The layout provides for
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two modular connectors that allow you to connect your phone and the Tele Monito
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Once you have obtained or etched the board and are in possession of all the
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components, begin assembling the project using the project. When stuffing the
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board, be careful of component orientations, particularly the diodes,
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capacitors, and transistors. Transistor Q2 should be heat sinked because the
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combination of the saturation drop in Q2 and motor current in the recorder may
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exceed the transistor's ambient thermal rating. Usually a small clip-on heat
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sink is adequate.
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Next, prepare a cable for connection to the remote jack of the recorder.
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Select a plug that's suitable for mating with the remote jack of your recorder.
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almost any wire will do, but for ease of soldering to the plug, 24 to 26 gauge
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stranded wire is recommended. Make sure that the circuit-board pad marked "T"
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is connected to the "tip" of the remote plug and and "R" to the other lug of
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the plug.
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After soldering the wires to the plug, twisting the wires about 2 turns per
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inch will prevent the cable from tangling. If you are using a recorder other
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than the once listed, check the recorder schematic to ensure that the circuit
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is properly connected to the recorder.
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Next, prepare a cable for connection to the mike jack. Again, you must
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select a plug that's suitable for mating with the jack of your recorder. The
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use of shielded audio cable is recommended. Solder the prepared cable to the
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appropriate circuit-board pads.
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Once the board is assembled and the cables connected, clean the flux from
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the board, especially in the area of the modular connectors. Solder flux, when
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damp, is conductive and can cause erratic operation. Also check for
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misoriented or misplaced components, solder bridges, cold solder joints, and
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all the other construction errors common to hobby electronic projects.
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You must also prepare or purchase modular plug-to-plug telephone cable
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(both ends terminated in modular plugs), which will be used to connect the
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circuit to the telephone line. Radio Shack sells them in varying lengths, with
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either coiled and flat cable. If a cable of greater length than is available
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is needed, it will be necessary to make your own. All of the equipment and
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material needed to handle that task is available from Radio Shack as well.
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Preparing the Enclosure
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A circuit is required for the modular telephone sockets, SO1 and SO2. Two
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cutouts can be made (one for each socket), or a single long one, as shown. A
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nibbling tool, available at electronic stores, is ideal for performing the
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task.
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Make sure that you check the orientation of the board before making the
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cutout; the enclosure has only two posts for mounting the board. Position the
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board, component-side down with the two mounting holes lining up with the
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mounting posts to determine which part of the enclosure to cut.
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Next, drill two holes for the recorder remote and mike cables. A 3/8-inch
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hole for each will be adequate. It is recommended, however, that a 3/16-inch
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hole be drilled and reamer used to enlarge the hole to the desired size.
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Plastic is tricky to drill, and some plastics drill easier than others. The
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plastic used to make the enclosure listed in the Parts List will chip, crack,
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grab, or self destruct if you use large size bits. Drill speed is also
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important; generally, the slower the drill sped the better.
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Checkout
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There are a number of ways to check out the circuit. First, check the
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orientation of each component against the diagram and check all solder joints.
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If you have a power supply capable of providing at least 50-volts DC, you
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can check the Tele Monitor without connecting it to the telephone line. Attach
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the power supply leads to the tip and ring leads of the modular sockets.
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Connect J2 to the remote jack of the recorder. Press record and play as you
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normally would to record. With the 50-volts DC power supply on, the recorder
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should be "off;" with the supply off, the recorder should be running.
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If you don't have access to be a 50-volts DC supply, it will be necessary
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to use the telephone line as your power source. As before, connect the circuit
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to the recorder. Install one of the modular plug-to-plug cable in one of the
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Tele Monitor sockets and the other end in the wall. Either connect a phone to
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the Tele Monitor or use another phone on the same line for the following test.
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Pick up the telephone. The recorder should start; press "1" on the
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telephone to eliminate the dial tone, and speak a few words into the mouthpiece
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in a normal voice and hang up. The recorder should stop once you have hung up.
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Remove the remote plug from the recorder, rewind the tape, press play and then
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check the voice quality.
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Final Assembly
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Once the case is prepared and the circuit checked out, route the recorder
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cables through the proper holes, position the board in the case with the
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components facing down and the modular sockets lines up with the cutout.
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Secure with the two screws supplied with the enclosure. Mount the cover using
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the remaining four screws.
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If everything checks out, you are ready to monitor. Make sure the remote
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and mike plugs are connected, that the modular jack is connected to the
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telephone wall jack, press record and play and you are all set. Happy
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monitoring.
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Telephone Subscriber Line Specifications
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Parameter Value Condition
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Central Office voltage, tip to ring -48 VDC On-hook
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Central Office voltage, tip to ring -10 VDC Off-Hook
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Central Office voltage, tip to ring 105 VAC, 20/30 On Hook, Ringing
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Subscriber loop current, tip to ring -20 to -80 mA Off-hook, CO Seizure
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Subscriber loop resistance, tip to ring 0 to 1200 ohms Off-hook
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Parts List For The Tele Monitor
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Semiconductors
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Q1 TIP120, NPN darlington transitor
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Q2 TIP42, PNP silicon power transitor
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D1-D4 1N4004 1-amp, 400-PIV rectifier diode
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D5 1N4748A, 22-volt, 1-watt Zener diode
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Resistors
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(All resistors are 1/4-watt, 5% units.)
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R1 4300-ohm, 1/2-watt, 5%
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R2 1-megeohm, 1/2-watt, 5%
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R3 150,000-ohm
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R4 390-ohm
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Additional Parts And Materials
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C1-C2 1uf, 200-WVDC, electrolytic
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S01-S02 Modular telephone socket
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PL1 See text
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PL2 See text
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Printed circuit
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Enclosure (Radio Shack 270-283 or equivalent)
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IC Socket (optional)
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Heat sink (AAVID 5741B or equivalent)
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Modular telephone plug with cable (Radio Shack 279-397, 279-374, or similar)
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Recorder (Radio Shack CTR 70 or equivalant)
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Note: The following items are available from BALLco, Inc., PO Box 1078,
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Snellville, GA 30278-1078; 404/979-5900; etched, drilled, plated and silk
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screened printed circuit board (#881101-R0), $9.95 post paid in the USA; a
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complete kit (#TM88) less case and recorder plugs for $24.95 + 2.50 shipping
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and handling. And assembled Tele Monitor is available for $39.95, plus $2.00
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S/H. A case for unit is available for $3.99 post paid. Florida and Georgia
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residents pleases add appropriate sales tax.
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ZDDD*DDDDDD*DDDDDD?
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3 3 3 3
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3 D1 D2 D5 ZDDDDDDDDDDDDDDDDDD*DDDDD?
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3 1N4004 1N4004 1N4748A 3 3 3
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3 3 3 22V 3 3 3
|
|
*DDDDD*DDDDDEDDD* 3 3 3 ZDDDY 3
|
|
SO1 3 3 3 3 3 ZDDD4 ZDDDDD4Q2 TIP42 3
|
|
*DDDDDEDD*DDEDDDEDDDDDD* @DR3DDDDD*DD4 ZDYQ1 3 @DDD? 3
|
|
3 3 3 3 3 150K 3 @D4 TIP120 3 3 3
|
|
3 3 3 3 3 3 @DDDDDDDDDD* 3 PL2
|
|
3 3 3 D3 D4 3 3 @DDDDDY
|
|
3 3 3 1N4004 1N4004 R2 R4
|
|
3 3 3 3 3 1MEG 390Ohms
|
|
3 3 3 3 3 3 3
|
|
*DDDDDY 3 3 @DDDDDD*DDDDDD*DDDDDDDD*DDDDDDDDDDDDDDDY
|
|
SO2 3 3 3
|
|
*DDDDDDDDY 3 PL1
|
|
3 3
|
|
@DDDR1DDDDDC1DDC2DY
|
|
4.3K 1 1
|
|
|
|
|
|
[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]
|
|
!! !!
|
|
!! U P i - U N I T E D P H R E A K E R ' S I N C O R P O R A T E D !!
|
|
!! !!
|
|
[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]
|
|
|
|
Last Updated: July 16, 1991
|
|
|
|
Members: Chairman of the Board: The Lost Avenger (416/Ontario)
|
|
Board of Directors: Dantesque (416/Ontario)
|
|
Scarlet Spirit (416/Ontario)
|
|
Members of the Company: Grim Reaper (613/Ontario)
|
|
Logic Master (514/Quebec)
|
|
Master of Gold (54/Argentina)
|
|
Seven Up (61/Australia)
|
|
Tyler (215/Pennslyvania)
|
|
|
|
Addresses: Internet E-Mail: tla@pnet91.cts.com
|
|
UUCP E-Mail: utzoo!pnet91!tla
|
|
QSD Mail Box (NUA: 208057040540): The_Lost_Avenger or UPi
|
|
|
|
Node Listing:
|
|
-------------------------------------------------------------------------------
|
|
Node BBS Name Area Baud Megs BBS Sysop
|
|
Number Code Rate Program
|
|
-------------------------------------------------------------------------------
|
|
WHQ The Violent Underground 416 2400 85 PcBoard The Lost Avenger
|
|
Node #1 The Shining Realm 416 9600 95 Telegard Scarlet Spirit
|
|
Node #2 The Blue Zone 613 2400 80 Telegard Grim Reaper
|
|
-------------------------------------------------------------------------------
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|
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New members from anywhere in the world will always be welcome. If you wish
|
|
to join the group, you must logon to the Shining Realm and acquire an account.
|
|
Once that's done, you need to ask TLA or SS for the UPi questionnaire to be
|
|
used to evaluate you. Once you pass, an email of congratulations will be sent
|
|
to you and you will be able to participate fully in the group in addition to
|
|
getting your name on this elegant introduction screen. Impress chicks with how
|
|
you're a member of a premier international organization of freelance anarchists
|
|
with the capability to reach out and touch a globe.
|
|
|
|
[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]
|
|
!! !!
|
|
!! U P i - U N I T E D P H R E A K E R ' S I N C O R P O R A T E D !!
|
|
!! !!
|
|
[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]==[$]
|