2302 lines
104 KiB
Plaintext
2302 lines
104 KiB
Plaintext
*****************************************************************************
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* *
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* MOTOROLA USERS AND PROGRAMMING GUIDES *
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* By Mike Larsen *
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* Ver. 1.1a *
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* 03/26/95 *
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*****************************************************************************
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Following the programming text are additional files from several
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people on hacking the FOVC, the trik clip, and cable specs for all Motorola
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phones. If you have any corrections or additional information to be added to
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this text, please E-mail me at:
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Mike.Larsen@uti.com
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Stularsenmic@vax.colsf.edu
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****** READ THIS ****** I will be going to my Motorola Technical
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school in a month or so for certification. So if anybody has any questions
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they'd like me to ask the "experts", drop me a line. They say they will
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answer any valid questions...oh, goody! I assume asking about the guy's sex
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life or why they make it so hard to get in the fone is PROBABLY the types of
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questions they are trying to avoid. If it's perverted, don't reply...I take
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it back. If the guy is a loser, I'll ask him anyway. If the question is a
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hack question, try to phrase it in a way that it could be for LEGITIMATE
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reasons. They are kinda funny about ESN hacking questions...go figure.
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Added Note: Motorola is trying like hell to get their blue books
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back. If you have one, don't mention to any cellular providers you have one.
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They are taking names and other personal info and who knows what they are
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doing with it.
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-----------------------------------------------------------------------------
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Before going in to the programming of the cellular phone, it is
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important for the user to know the normal things necessary for day to day
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operation. While the majority of the stuff in the users manual is intended
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for people that have problems programming their VCR, their are a few things
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that are very important and are only mentioned in the users manual.
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Turn On: [Pwr]
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Unlock: Three digit unlock code. If you make an
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error, [Clr] and enter again.
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Place Call: Enter number, [Snd]
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Receive Call: [Snd] or open flip fone
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End Call: [End] or close flip fone
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Store Number: Phone number, [Sto], 2-digit location number
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Recall Number: [Rcl], 2-digit location number
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Super Speed Dialing: Directory location number, [Snd]
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Changing Entries: Press [Rcl] and the 2-digit location number
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so that the number to be changed is
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displayed. Press and release [Clr] to back
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out each of the digits. Enter a new number
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and press [Sto].
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Call Number Displayed: [Snd]
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Microphone Muting: Press [Fcn], [6].
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To unmute, press [Fcn], [6]
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Lock Unit: [Fcn], [5] or [LOCK]
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Display Unlock Code: Press [Fcn], [0], your six-digit security
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code, [Rcl].
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Changing Your Unlock Code: Press [Fcn], [0], your six-digit security
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code, your NEW 3-digit unlock code, [Sto].
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Review Battery Meter: Press [Fcn], [4] and release.
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Adjust Volume: Earpiece - Press and hold [Vol] to increase.
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Release, press again to decrease.
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Ringer - [Fcn], then Vol as above.
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Recall Last Number Used: [Rcl], [0], [0]
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Recall Own Phone Number: [Rcl], [#]
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Individual Call Timer: [Rcl], [#], [#]
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Resettable Call Timer: [Rcl], [#], [#], [#]
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Reset Resettable Call Timer: [Fcn], [0], [7], [Clr]
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Cumulative Call Timer: [Rcl], [#], [#], [#], [#]
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Access Features: Press [Fcn], [1]. To change features, press
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[*] and [#] to scroll and [Clr] to change.
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To exit feature menu, press [END].
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Review/Scroll Menu Features: Press [*] or [#]
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Status Review: [Fcn], [0], [9], [Rcl], [#] or [*] scrolls
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messages. To end press [END].
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Changing System Type: Press [Rcl], [*]. Repeatedly press [*]
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until the desired system type appears. To
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select press [Sto].
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Outgoing Call Restrictions: Press [Fcn], [0], 6-digit security code,
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[1], [Sto]. Phone will place calls only
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from memory locations 1-10.
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To change back to unrestricted dialing
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press [Fcn], [0], 6-digit security code,
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[4], [Sto].
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I would like to add that while I have extensively worked on finding
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additional test mode commands, I (and anyone else) have never worked with the
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normal operation commands as listed above. For example, above you will
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notice sequences with [Fcn], [1] or [Fcn], [0], [7]. This is totally
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unexplored teritory. Happy hacking :)
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------------------------------------------------------------------------------
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NOTES: Some units have dual NAM's.
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The ESN prefix is 130 decimal, 82 hex.
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Motorola: 1-800-331-6456
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There are MANY different models of Motorola phones sold under various
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brand names, if you think it's a Motorola, it probably is.
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Determine which access sequence to use:
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HAND HELD PORTABLE MODELS
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If the phone has a FCN button and no MENU button use sequence 1.
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If the phone has no FCN button use sequence 2.
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If the phone has a MENU button and a FCN button use sequence 4.
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INSTALLED MOBILE PHONES AND TRANSPORTABLE MODELS
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If the phone has no FCN button and no RCL button use sequence 3.
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If the phone has a FCN button use sequence 4.
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If the phone has a MEM button use sequence 5.
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If the phone has a RCL button and no FCN button use sequence 6.
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SEQUENCE# ACCESS CODE
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1 FCN (SECURITY CODE TWICE) RCL
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2 STO # (SECURITY CODE TWICE) RCL
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3 CTL 0 (SECURITY CODE TWICE) *
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4 FCN 0 (SECURITY CODE TWICE) RCL
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5 FCN 0 (SECURITY CODE TWICE) MEM
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6 CTL 0 (SECURITY CODE TWICE) RCL
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The default security code is 000000. The CTL (control) button is the
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single black button on the side of the handset.
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NAM programing:
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1. Turn the power on.
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2. Within ten seconds enter the access sequence as determined above.
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3. The phone should now show "01" in the left of the display, this is the
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first programing entry step number. If it does not the security code
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is incorrect, or the programing lock-out counter has been exceeded. In
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either case you can still program the unit by following the steps under
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TEST MODE PROGRAMING below.
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4. The * key is used to increment each step:
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Each time you press * the display will increment from the step number,
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displayed on the left, to the data stored in that step, displayed on
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the right. When the data is displayed make any necessary changes and
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press * to increment to the next step number.
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5. The SND key is used to complete and exit programing when any STEP
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NUMBER is displayed.
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If you have enabled the second phone number bit in step 10 below then
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pressing SND will switch to NAM 2. Steps 01 thru 06, 09 and 10 will
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repeat for NAM 2, the step number will be followed by a "2" to indicate
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NAM two.
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5. The CLR key will revert the display to the previously stored data.
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6. The # key will abort programing at any time.
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PROGRAMING DATA:
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STEP# #OF DIGITS/RANGE DESCRIPTION
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01 00000 - 32767 SYSTEM ID
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02 3 DIGITS AREA CODE
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03 7 DIGITS TEL NUMBER
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04 2 DIGITS STATION CLASS MARK
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05 2 DIGITS ACCESS OVERLOAD CLASS
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06 2 DIGITS GROUP ID (10 IN USA)
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07 6 DIGITS SECURITY CODE
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08 3 DIGITS LOCK CODE
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09 0333 OR 0334 INITIAL PAGING CHANNEL
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10 6 DIGIT BINARY OPTION PROGRAMING (SEE NOTE 1)
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11 3 DIGIT BINARY OPTION PROGRAMING (SEE NOTE 2)
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NOTES:
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Take care with Motorola's use of "0" and "1". Some options use "0" to
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enable, some use "1".
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1. This is a 6 digit binary field used to select the following options:
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Digit 1: Internal handset speaker, 0 to enable.
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Digit 2: Local Use Mark, 0 or 1.
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Digit 3: MIN Mark, 0 or 1.
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Digit 4: Auto Recall, always set to 1 (enabled).
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Digit 5: Second phone number (not all phones), 1 to enable.
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Digit 6: Diversity (Two antennas, not all phones), 1 to enable.
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2. This is a 3 digit binary field used to select the following options:
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Digit 1: Continuous DTMF, 1 to enable.
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Digit 2: Transportable Ringer/Speaker, 0=Transducer, 1=Handset.
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Digit 3: 8 hour time out in transportable mode, 0 to enable.
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On newer models, they have added and changed some numbers. The numbers
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as of the 3/27/92 manual are as follows:
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1. The 6 digit binary field is still the same.
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2. The 3 digit binary field has become a 5 digit binary field.
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Digit 1: Failed Page Indicator 1=Disabled;0=Enabled
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Digit 2: Motorola Enhanced Scan 1=Enabled; 0=Disabled
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Digit 3: Long Tone DTMF 1=Enabled; 0=Disabled
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Digit 4: Transportable Internal Ringer Speaker 1=Handset; 0=Transdcr
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Digit 5: Eight Hour Timeout 1=Disabled;0=Enabled
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TEST MODE ACCESS:
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INSTALLED MOBILE PHONES AND TRANSPORTABLE MODELS
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To enter test mode on units with software version 85 and higher you must
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short pins 20 and 21 of the transceiver data connector. An RS232 break out
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box is useful for this, or construct a test mode adaptor from standard
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Radio Shack parts.
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For MINI TR or Silver Mini Tac transceivers (smaller data connector) you
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can either short pins 9 and 14 or simply use a paper clip to short the
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hands free microphone connector.
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HAND HELD PORTABLE MODELS:
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There are two basic types of Motorola portable phones, the Micro-Tac series
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"Flip" phones, and the larger 8000 and Ultra Classic phones. Certain newer
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Motorola and Pioneer badged Micro-Tac phones do not have a "flip", but
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follow the same procedure as the Micro-Tac.
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8000 & ULTRA CLASSIC SERIES:
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If you have an 8000 series phone determine the "type" before trying to
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enter test mode. On the back of the phone, or on the bottom in certain
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older models, locate the F09... number this is the series number. If the
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FOURTH digit of this number is a "D" you CAN NOT program the unit through
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test mode, a Motorola RTL4154/RTL4153 programer is required to make any
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changes to this unit.
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Having determined that you do not have a "D" series phone the following
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procedure is used to access test mode:
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Remove the battery from the phone and locate the 12 contacts at the top
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near the antenna connector. These contacts are numbered 1 through 12 from
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top left through bottom right. Pin 6, top right, is the Manual Test Mode
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Pin. You must ground this pin while powering up the phone. Pin 7 (lower
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left) or the antenna connector should be used for ground. Follow one of
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these procedures to gain access to pin 6:
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1. The top section of the battery that covers the contacts contains
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nothing but air. By careful measuring you can drill a small hole in the
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battery to gain access to pin 6, alternately simply cut the top off the
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battery with a hack saw. Having gained access use a paper clip to short
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pin six to the antenna connector ground while powering up the phone.
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2. If you do not want to "destroy" a battery you can apply an external 7.5
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volts to the + and - connectors at the bottom of the phone, ground pin 6
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while powering up the phone as above.
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3. You can also try soldering or jamming a small jumper between pins 6 and
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7 (top right to lower left), or between pin 6 and the antenna connector
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housing ground. Carefully replace the battery and power up the phone. Use
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caution with this method not to short out any other pin.
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4. A cigarette lighter adaptor, if you have one, also makes a great test
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mode adaptor as it can be disassembled to give you easier access to pin 6.
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Many are pre marked, or even have holes in the right location. This is
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because they are often stamped from the same mold that the manufacturer
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uses for making hands free adaptor kits and these kits require access to
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the phone's connectors.
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MICRO-TAC "FLIP" SERIES:
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This phone follows similar methods as outlined for the 8000 series above.
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Remove the battery and locate the three contacts at the bottom of the
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phone, the two outer contacts are raised and connect with the battery. The
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center contact is recessed, this is the Manual Test Mode connector.
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Now look at the battery contacts, the two outer ones supply power to the
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phone, the center contact is an "extra" ground. This ground needs to be
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shorted to the test mode connector on the phone. The easiest way to do
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this is to put a small piece of solder wick, wire, aluminum foil or any
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other conductive material into the recess on the phone. Having done this
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carefully replace the battery and turn on the power, if you have been
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successful the phone will wake up in test mode.
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GENERAL NOTES:
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HANDSETS: Most Motorola handsets are interchangeable, when a handset is
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used with a transceiver other than the one it was designed for the display
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will show "LOANER". Some features and buttons may not work, for instance
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if the original handset did not have a RCL or STO button, and the
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replacement does, you will have to use the control * or control # sequence
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to access memory and A/B system select procedures.
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LOCK/UNLOCK PROCEDURES:
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Phones with "LOCK" buttons: Press lock for at least 1/2 a second.
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Phones with a "FCN" button: Press FCN 5, note that 5 has the letter's
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"J,K, and L" for lock.
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Phones with no FCN or LOCK button: Press Control 5, control is the black
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volume button on the side of the
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handset.
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SYSTEM SELECT PROCEDURES:
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Phones with a RCL button: Press RCL *, then * to select, STO to store.
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Phones with no RCL button: Press Control * then * to select, # to store.
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Options are: CSCAn: Preferred/Non preferred with system lockout.
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Std A/b, or Std b/A: Preferred/Non preferred.
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SCAn Ab, or SCAn bA: Non preferred/Preferred
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SCAn A: "A" ONLY
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SCAn b: "B" ONLY
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HOME: Home only
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(these are typical options, some phone's vary. C-Scan is only available
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on newer models and does not appear unless programed, see below.)
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TEST MODE
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Taken from the July 1993 Cellular Subscriber Technical Training Manual
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Item# 68P09300A60-C and the Curtis Namfax vol.4. I believe this is a
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complete listing of all the commands that were ever possible. This
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includes old phones and the new ones. If there are two entries for a
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particular number, the first one is the current command and the second
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is for older models.
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NOTE: Not all commands work on all telephones. If a command is not valid the
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display will show "ErrOr." Not all numbers have been assigned. Not all
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numbers have been listed here. Some commands were intended only for
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Motorola factory applications. (This is the disclaimer in the
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technical training manual. I have included all of the other commands I
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have discovered one way or another. I do believe this is a complete list
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of the commands.)
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Three test commands are significant for programming and registering the
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the telephone for service: see full descriptions under TEST MODE COMMANDS.
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32# Clears the telephone. (Older Motorola allowed either three or fifteen
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changes in the MIN. After that, the phone had to be sent to Motorola to reset
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the counter. This is the command they use.)
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38# Displays the ESN
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55# This is the TEST MODE PROGRAMMING (as described below).
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TEST MODE COMMANDS:
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# Enter Test Command Mode
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00# no function
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01# Restart (Re-enter DC power start-up routine.) On TDMA telephones, this
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command has the same effect as pressing the PWR button.
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02# Display Current Telephone Status (This is a non-altering version of the
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STATUS DISPLAY. On a 14 character display, all the information is shown.
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On a 7 character display only the information on the second line of a 14
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character display is shown. On a 10 character display, all the
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information on the second line of a 14 charcter display plus the last
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three characters of the first line are shown.)
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STATUS DISPLAY, ALTERNATES BETWEEN:
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AAA BBB AAA = Channel Number (decimal) BBB = RSSI reading for channel
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CDEFGHI are as follows:
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C = SAT frequency (0=5970, 1=6000, 2=6030, 3=no channel lock)
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D = Carrier (0=off, 1=on)
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E = Signalling tone (0=off, 1=on)
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F = Power attenuation level (0 through 7)
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G = Channel mode (0=voice channel, 1=control channel)
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H = Receive audio mute (0=unmuted, 1=muted)
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I = Transmit audio mute (0=unmuted, 1=muted)
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Press * to hold display and # to end.
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03# Reset Autonomous Timer. This command results in the reset of the
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autonomous timer but does not provide any test function on these models.
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04# Initializes Telephone to Standard Default Conditions:
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Carrier Off, Power Level 0, Receiver Audio Muted, Transmit Audio Muted,
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Signalling Tone Off, SAT Off, Resetting of Watch-Dog Timer Enabled,
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DTMF and Audio Tones Off, Audio Path Set to Speaker
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05# TX Carrier On (Key Transmitter)
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06# TX Carrier Off
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07# RX Audio Off (Mute Receiver Audio)
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08# RX Audio On (Unmute Receiver Audio)
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09# TX Audio Off
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10# TX Audio On
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11(Ch.No.)# Set Tranceiver to Channel xxxx (Receive and Transmit in Decimal;
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accepts 1, 2, 3, or 4 digits)
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see end of file for more info on this command
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12x# Set Power Step to x; (0,1-7) 0=Maximum Power (3 Watts) 7=Minimum Power Out
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13# Power Off (Shuts off the radio)
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14# 10 kHz Signalling Tone On
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15# 10 kHz Signalling Tone Off
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16# Setup (Transmits a five word RECC message; each of the five words will
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be "FF00AA55CC33." Transmitter de-keys at the end of the message.)
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17# Voice (Transmits a two word REVC message; each of the two words will be
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"FF00AA55CC33." Transmitter de-keys at the end of the message.)
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18# C-Scan (Allows for entry of as many as 5 negative SID's for each NAM.)
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Newer Motorola phones are equipped with a feature called C-Scan, this is
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an option along with the standard A/B system selections. C-Scan allows
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the phone to be programed with up to five inhibited system ID's per NAM.
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This is designed to prevent the phone from roaming onto specified non-home
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systems and therefore reduce "accidental" roaming fees.
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1. C-Scan can only be programed from test mode, power phone up with the
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relevant test mode contact grounded (see above).
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2. Press # to access test mode.
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3. Press 18#, the phone will display "0 40000".
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4. Enter the first inhibited system ID and press *.
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Continue to enter additional system ID's if required. After the 5th entry
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the phone will display "N2". Press * to continue and add system ID's for
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NAM 2 as required.
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5. If an incorrect entry is made (outside the range of 00000-32767) the
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display will not advance, press CLR and re-enter. Use a setting of
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40000 for any un-needed locations.
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6. When the last entry has been made press * to store and press # to exit,
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turn off power.
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or
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[**Phones without the C-Scan option used this command to SEND NAM.**]
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18# SEND NAM. Display shows AA BB. Where AA=Address and BB=Data. Displays
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the contents of the NAM, one address at a time, advanced by pressing the
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* key. The following data is contained in NAM. The test is exited by
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depressing the # key.
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SIDH Sec. Code
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OPT. (1,2,&3) MIN
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MIN1, MIN2 FCHNA
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SCM FCHNB
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IPCH NDED
|
|
ACCOLC CHKSUM GIM
|
|
|
|
19# Display Software Version Number (4 digits displayed as year and week)
|
|
|
|
NOTE: Entering commands 20# through 23# or 27# causes the tranceiver to begin
|
|
a counting sequence or continous transmission as described below. In
|
|
order to exit from the commands to enter another test command, the #
|
|
key must be depressed; all other key depressions are ignored.
|
|
|
|
20# Receive control channel messages counting correctable and uncorrectable
|
|
errors. When the command starts, the number of the command will be
|
|
displayed in the upper-right corner of the display. Entering a # key
|
|
will terminate the command and display two three-digit numbers in the
|
|
display. The first number is the number of correctable errors and the
|
|
second is the uncorrectable errors.
|
|
|
|
21# Received voice channel messages counting correctable and uncorrectable
|
|
errors. When the command starts, the number of the command will be
|
|
displayed in the upper right-hand corner of the display. Entering a #
|
|
key terminates the command and will display two three-digit numbers in
|
|
display. The first is the number of correctable errors and the second
|
|
is the uncorrectable errors.
|
|
|
|
22# Receive control channel messages counting word sync sequence. When the
|
|
command starts, the number of the command will be displayed in the upper
|
|
right-hand corner of the display. Entering a # key will terminate the
|
|
command and display the number of word sync sequences in the display.
|
|
|
|
23# Receive voice channel messages counting word sync sequences. When the
|
|
command starts, the number of the command will be displayed in the upper
|
|
right-hand corner of the display. Entering a # key will terminate the
|
|
command and display the number of word sync sequences in the display.
|
|
|
|
24# Receive control channel data and display the majority voted busy/idle
|
|
bit. 0=idle 1=busy
|
|
|
|
25x# SAT On When x=0, SAT=5970HZ
|
|
x=1, SAT=6000HZ
|
|
x=2, SAT=6030HZ
|
|
|
|
26# SAT Off
|
|
|
|
27# Transmit Data (Transmits continuous control channel data. All words
|
|
will be "FF00AA55CC33." When the command starts, '27' will be displayed
|
|
in the right side of the display. Entering a # key will terminate the
|
|
command. The transmitter de-keys when finished.)
|
|
|
|
28# Activate the high tone (1150 Hz +/- 55 Hz)
|
|
|
|
29# De-activate the high tone
|
|
|
|
30# Activate the low tone (770 Hz +/- 40 Hz)
|
|
|
|
31# De-activate the low tone
|
|
|
|
32# Clear (Sets non-volatile memory to zeroes or factory default. This
|
|
command will affect all counters, all repertory memory including the last
|
|
number called stack, and all user programmable features including the
|
|
setting of System Registration. It does not affect the ESN, NAM, phasing
|
|
data, or lock code. This takes a minute or so. DO NOT TURN OFF THE
|
|
TELEPHONE WHILE THIS IS SHOWING '32' ON THE DISPLAY. WAIT UNTIL THE
|
|
NORMAL SERVICE LEVEL DISPLAY RESUMES!)
|
|
|
|
33x# Turn on DTMF for x (1-9, *, 0, #, plus the single tones)
|
|
Where x=1 697 Hz + 1209 Hz 10 697 Hz
|
|
2 697 Hz + 1336 Hz 11 770 Hz
|
|
3 697 Hz + 1477 Hz 12 852 Hz
|
|
4 770 Hz + 1209 Hz 13 941 Hz
|
|
5 770 Hz + 1336 Hz 14 1150 Hz (not used in cellular)
|
|
6 770 Hz + 1477 Hz 15 1209 Hz
|
|
7 852 Hz + 1209 Hz 16 1336 Hz
|
|
8 852 Hz + 1336 Hz 17 1477 Hz
|
|
9 852 Hz + 1477 Hz 18 1633 Hz (not used in cellular)
|
|
* 941 Hz + 1209 Hz
|
|
0 941 Hz + 1336 Hz
|
|
# 941 Hz + 1477 Hz
|
|
|
|
34# Turn DTMF Off
|
|
|
|
35# Display RSSI ("D" Series Portable Only)
|
|
|
|
or
|
|
|
|
35x# Set Audio Path to x x=0, V.S.P Microphone (Applies to mobiles only.)
|
|
x=1, Speaker
|
|
x=2, Alert
|
|
x=3, Handset
|
|
x=4, Mute
|
|
x=5, External Telephone (Applies to Portables Only)
|
|
x=6, External Handset (Applies to NEWER Portables)
|
|
|
|
36nnn# Scan (TDMA Telephones only. Scans the primary control channels and
|
|
attempts to decipher the forward data stream. The display will show PASS1
|
|
if the strongest control channel was accessed, PASS2 if the second
|
|
strongest was accessed, and FAIL if no control channel could be accessed.)
|
|
|
|
(nnn=Scan speed in milliseconds). Tunes from channel 1 to 666 in order.
|
|
Entering a * pauses the scan and displays current Channel Number and
|
|
RSSI reading (AAA=Channel Number and BBB=RSSI Reading). When scan speed
|
|
is 300 milliseconds or greater, the current status is displayed during the
|
|
scan; when less than 300 milliseconds the status is displayed only during
|
|
pause. Entering * during a pause causes the scan to resume. Entering #
|
|
aborts the scan and leaves the mobile tuned to the current channel. During
|
|
this command only the * and # keys are recognized.
|
|
|
|
37# Sets Low Battery Threshold. Usage: #37#x# where x is any number
|
|
from 1 to 255. If set to 1, the Low Battery indicator will come up
|
|
when the phone is powered on. If set to 255, it may never come up.
|
|
|
|
38# Display ESN (Displays ESN in four steps, two hexadecimal digits at a time
|
|
in a for digit display. The decimal shows the address, 00 through 03 as
|
|
the first two digits, and two digits of the ESN as the last two digits.
|
|
Use the 'G' to step through the entire hexadecimal ESN.)
|
|
|
|
Compander OFF ("D" Series Portables)
|
|
|
|
or
|
|
|
|
38# SND-SNM. Display shows AA BB. Where AA=Address;BB=Data. Send the SNM
|
|
to the display. All 32 bytes of the SNM will be displayed, one byte at
|
|
a time. The byte address will be displayed in the upper right-hand
|
|
corner and the contents of that address will be displayed in the hex.
|
|
The * key is used to step through the address similar to the SEND-NAM
|
|
(18#) command.
|
|
|
|
39# Compander ON ("D" Series Portables)
|
|
|
|
or
|
|
|
|
39# RCVSU. Receive one control channel word. When the word is received it
|
|
is displayed in hex. This command will be complete when a control channel
|
|
word is received or when the # key is entered to abort the command.
|
|
|
|
40# RCVVC. Receive one voice channel word. When the word is received it is
|
|
displayed in hex. This command will be complete when a voice channel
|
|
word is received or when the # key is entered to abort the command.
|
|
|
|
41# Enables Diversity (On F19CTA... Series only.)
|
|
|
|
42# Disables Diversity (On F19CTA... Series only.)
|
|
|
|
43# Disable Diversity
|
|
USE T/R ANTENNA (On F19CTA... Series only.)
|
|
USE R ANTENNA (On D.M.T./ Mini TAC)
|
|
|
|
44# Disable Diversity
|
|
USE R ANTENNA (On F19CTA... Series only.)
|
|
USE T/R ANTENNA (On D.M.T./ Mini TAC)
|
|
|
|
45# Display Current RSSI (Displayed as a three-digit decimal number)
|
|
|
|
46# Display Cumulative Call Timer
|
|
|
|
47x# Set RX Audio level to X
|
|
(For F19CTA ...Series Tranceivers)
|
|
X=0, Lowest Volume
|
|
X=6, Highest Volume
|
|
X=7, mute
|
|
Normal setting is 4.
|
|
(For D.M.T./ Mini TAC Tranceivers)
|
|
X=0, Lowest Volume
|
|
X=7, Highest Volume
|
|
Normal setting is 4.
|
|
(For TDMA Tranceivers and F09F... Series and Higher Portables)
|
|
X=0, Lowest Volume
|
|
X=15, Highest Volume
|
|
Normal setting is 2 to 4. (On TDMA
|
|
Tranceivers and Micro TAC portables,
|
|
settings 8 through 15 are for DTMF
|
|
applications only.)
|
|
|
|
48# Side Tone On. Use this command in conjunction with 350# to test the
|
|
entire audio path in hands-free applications.
|
|
|
|
49# Side Tone Off
|
|
|
|
50# Maintenance data is transmitted and test results displayed:
|
|
PASS=received data is correct
|
|
FAIL 1=2second timeout, no data rec.
|
|
FAIL 2=received data is incorrect
|
|
|
|
51# Test of mobile where maintenance data is transmitted and looped back.
|
|
Display is as follows:
|
|
PASS=looped-back data is correct
|
|
FAIL 1=2 second timeout, no looped-back data
|
|
FAIL 2=looped-back data is incorrect
|
|
|
|
52x# SAT Phase Adjustment. A decimal value that corresponds to phase shift
|
|
compensation in 4.5 degree increments. Compensation added to inherent
|
|
phase shift in tranceiver to achieve a total of 0 degrees phase shift.
|
|
|
|
Do NOT enter any values except those shown below.
|
|
|
|
0 degrees = 0 121.5 degrees = 59 243.0 degrees = 86
|
|
4.5 = 1 126.0 = 60 247.5 = 87
|
|
9.0 = 2 130.5 = 61 252.0 = 112
|
|
13.5 = 3 135.0 = 62 256.5 = 113
|
|
18.0 = 4 139.5 = 63 261.0 = 114
|
|
22.5 = 5 144.0 = 40 265.5 = 115
|
|
27.0 = 6 148.5 = 41 270.0 = 116
|
|
31.5 = 7 153.0 = 42 274.5 = 117
|
|
36.0 = 16 157.5 = 43 279.0 = 118
|
|
40.5 = 17 162.0 = 44 283.5 = 119
|
|
45.0 = 18 166.5 = 45 288.0 = 120
|
|
49.5 = 19 171.0 = 46 292.5 = 121
|
|
54.0 = 20 175.5 = 47 297.0 = 122
|
|
58.5 = 21 180.0 = 64 301.5 = 123
|
|
63.0 = 22 184.5 = 65 306.0 = 124
|
|
67.5 = 23 189.0 = 66 310.5 = 125
|
|
72.0 = 48 193.5 = 67 315.0 = 126
|
|
76.5 = 49 198.0 = 68 319.5 = 127
|
|
81.0 = 50 202.5 = 69 324.0 = 104
|
|
85.5 = 51 207.0 = 70 328.5 = 105
|
|
90.0 = 52 211.5 = 71 333.0 = 106
|
|
94.5 = 53 216.0 = 80 337.5 = 107
|
|
99.0 = 54 220.5 = 81 342.0 = 108
|
|
103.5 = 55 225.0 = 82 346.5 = 109
|
|
108.0 = 56 229.5 = 83 351.0 = 110
|
|
112.5 = 57 234.0 = 84 355.5 = 111
|
|
117.0 = 58 238.5 = 85 360.0 = 70
|
|
|
|
53# Enable scrambler option, when equipped.
|
|
|
|
54# Disable scrambler option, when equipped.
|
|
|
|
55# Display/Program N.A.M. (Test Mode Programming)
|
|
|
|
TEST MODE PROGRAMING:
|
|
|
|
Assuming you have completed one of the above steps correctly the phone
|
|
will wake up in test mode when you turn the power on. When you first
|
|
access test mode the phone's display will alternate between various status
|
|
information that includes the received signal strength and channel number.
|
|
The phone will operate normally in this mode. You can now access Service
|
|
Mode by pressing the # key, the display will clear and a ' will appear.
|
|
Use the following procedure to program the phone:
|
|
|
|
1. Enter 55# to access programing mode.
|
|
|
|
2. The * key advances to the next step. (NOTE that test mode programing
|
|
does NOT have step numbers, each time you press the * key the phone
|
|
will display the next data entry).
|
|
|
|
3. The CLR key will revert the display to the previously stored data.
|
|
|
|
4. The # key aborts programing at any time.
|
|
|
|
5. To complete programing you must scroll through ALL entries until a '
|
|
appears in the display.
|
|
|
|
6. Note that some entries contain more digits than can be displayed by the
|
|
phone, in this case only the last part of the data can be seen.
|
|
|
|
TEST MODE PROGRAMING DATA:
|
|
|
|
STEP# #OF DIGITS/RANGE DESCRIPTION
|
|
|
|
01 00000 - 32767 SYSTEM ID
|
|
02 8 DIGIT BINARY OPTION PROGRAMING, SEE NOTE 1 BELOW
|
|
03 10 DIGITS MIN (AREA CODE & TEL#)
|
|
04 2 DIGITS STATION CLASS MARK
|
|
05 2 DIGITS ACCESS OVERLOAD CLASS
|
|
06 2 DIGITS GROUP ID (10 IN USA)
|
|
07 6 DIGITS SECURITY CODE
|
|
08 3 DIGITS LOCK CODE
|
|
09 3 DIGITS SERVICE LEVEL (LEAVE AT 004)
|
|
10 8 DIGIT BINARY OPTION PROGRAMING, SEE NOTE 2 BELOW
|
|
11 8 DIGIT BINARY OPTION PROGRAMING, SEE NOTE 3 BELOW
|
|
12 0333 OR 0334 INITIAL PAGING CHANNEL
|
|
13 0333 "A" SYSTEM IPCH
|
|
14 0334 "B" SYSTEM IPCH
|
|
15 3 DIGIT NUMBER PAGING CHANNEL (021 IN USA)
|
|
16 8 DIGIT BINARY OPTION PROGRAMING, SEE NOTE 4 BELOW
|
|
|
|
Steps 01 through 06 and 12 will repeat for NAM 2 if the second phone
|
|
number bit has been enabled in step 11.
|
|
|
|
NOTES:
|
|
|
|
Take care with Motorola's use of "0" and "1". Some options use "0" to
|
|
enable, some use "1".
|
|
|
|
These are eight digit binary fields used to select the following options:
|
|
|
|
1. (step 02 above, suggested entry is: 11101001 for "A" system, 10101001
|
|
for "B" sys)
|
|
|
|
Digit 1: Local use mark, 0 or 1.
|
|
Digit 2: Preferred system, 0 or 1.
|
|
Digit 3: End to end (DTMF) dialing, 1 to enable.
|
|
Digit 4: Not used, enter 0.
|
|
Digit 5: Repertory (speed) dialing, 1 to enable.
|
|
Digit 6: Auxiliary (horn) alert, 1 to enable.
|
|
Digit 7: Hands free (VSP) auto mute, 1 to enable (mutes outgoing hands
|
|
free audio until the MUTE key is pressed).
|
|
Digit 8: Min mark, 0 or 1.
|
|
|
|
2. (step 10 above, suggested entry is: 00000100)
|
|
|
|
Digits 1 - 4: Not used in USA, enter 0.
|
|
Digit 5: Single system scan, 1 to enable (scan A or B system only,
|
|
determined by bit 2 of step 02. Set to "0" to allow user the
|
|
option).
|
|
Digit 6: Super speed dial, 1 to enable (pressing N, or NN SND will
|
|
dial the number stored in memory location NN).
|
|
Digit 7: User selectable service level, 0 to enable (allows user to
|
|
set long distance/memory access dialing restrictions).
|
|
Digit 8: Lock function, 0 to enable (allows user to lock/un-lock the
|
|
phone, if this is set to 1 the phone can not be locked).
|
|
|
|
3. (step 11 above, suggested entry is: 00000000)
|
|
|
|
Digit 1: Handset programing, 0 to enable (allows access to programing
|
|
mode without having to enter test mode).
|
|
Digit 2: Second phone number (not all phones), 1 to enable.
|
|
Digit 3: Call timer access, 0 to enable.
|
|
Digit 4: Auto system busy redial, 0 to enable.
|
|
Digit 5: Speaker disable, 1 to enable (use with select VSP units only,
|
|
do not use with 2000 series mobiles).
|
|
Digit 6: IMTS/Cellular, 1 to enable (rarely used).
|
|
Digit 7: User selectable system registration, 0 to enable.
|
|
Digit 8: Dual antennae (diversity), 1 to enable.
|
|
|
|
4. (step 16 above, suggested entry is: 0011010 for portable and 0011011
|
|
for mobile units)
|
|
|
|
Digit 1: Not used, 0 only.
|
|
Digit 2: Not used, 0 only
|
|
Digit 3: Continuous DTMF, 1 to enable (software version 8735 and later)
|
|
Digit 4: 8 hour time-out, 0 to enable (software version 8735 and later)
|
|
Digit 5: Not used, 0 only.
|
|
Digit 6: Failed page indicator, 0 to enable (phone beeps when an
|
|
incoming call is detected but signal conditions prevent
|
|
completion of the call).
|
|
Digit 7: Portable scan, 0 for portable, 1 for mobile units.
|
|
|
|
|
|
56# no function
|
|
|
|
57x# Call Processing Mode
|
|
x=0, AMPS
|
|
x=1, NAMPS
|
|
x=2-4, RESERVED
|
|
x=5, TDMA signalling
|
|
x=6, TDMA signalling with loopback before decoding
|
|
x=7, TDMA signalling with loopback voice after decoding
|
|
x=8, TDMA signalling with loopback FACCH after decoding
|
|
x=9, TDMA forced synchronization
|
|
|
|
58# Compander On (Audio compressor and expander) (See 39#)
|
|
|
|
59# Compander Off (Audio compressor and expander) (See 38#)
|
|
|
|
60# no function
|
|
|
|
61# ESN Transfer (For Series I D.M.T./Mini TAC only)
|
|
|
|
62# Turn On Ringer Audio Path
|
|
|
|
63# Turn Off Ringer Audio Path
|
|
|
|
64#-65# no function
|
|
|
|
66# Identity Transfer (Series II Tranceivers and some Current Shipping Portables)
|
|
|
|
67# no function
|
|
|
|
68# Diaplay FLEX and Model Information
|
|
|
|
69# Used with Identity Transfer
|
|
|
|
70# Abbreviated field transmitter audio deviation command, for tranceivers
|
|
with FCC ID ABZ89FT5668.
|
|
|
|
71# Abbreviated field power adjustment command, for tranceivers with FCC ID
|
|
ABZ89FT5668.
|
|
|
|
72# Field audio phasing commands.
|
|
|
|
73# Field power adjustment command.
|
|
|
|
74#-99# no function
|
|
|
|
Notes: As far as I know, this is it. There are NO MORE commands. As new
|
|
fones come out, more commands will be added. So if anyone gets a
|
|
new fone, please check for more commands...I am poor. Also, a friend
|
|
of mine lives in Canada and has Motorola Canada fones. He says he
|
|
has found that 99# is a possible command. So if everyone could check
|
|
the "no function" command numbers and give me some feedback I would
|
|
REALLY appreciate it. Despite popular belief, I still say you can
|
|
change ESN from the keypad with NO modifications, software, or opening
|
|
the phone.
|
|
-------------------------------------------------------------------------------
|
|
Note: This is NOT my hack. Thanks to Patrk@delphi.com for this addition.
|
|
|
|
|
|
HACKING THE FOVC
|
|
|
|
|
|
Problem: When listening to something interesting (a conversation),
|
|
just when that sexy sounding horny broad begins to give her
|
|
phone number to some lucky guy, HANDOFF!!! then static... DAMN!
|
|
|
|
Trick: Hack the FOVC.
|
|
|
|
a quick definition: FOVC = FOward Voice Channel
|
|
FOCC = FOward Control Channel
|
|
REVC = REverse Voice Channel
|
|
RECC = REverse Control Channel
|
|
|
|
As the phone travels through cells, the FOVC is where the tower tells
|
|
the phone to adjust power levels for the current cell or to change to
|
|
a new channel for use in the new cell. This info can be hacked apart.
|
|
So. When you've found a good conversation, don't be lazy! Enter 40#!
|
|
This makes the phone listen for commands on the voice channel
|
|
(embedded in the audio portion- you can hear it as a "bump" sound). It
|
|
will just sit there and the display will read '40' , but the
|
|
conversation will still be audible. Now when the phone receives a
|
|
FOVC command (a 40 bit sequence) data will flow across the display, in
|
|
hex format, and stop. Listen to the phone, if the conversation is
|
|
still there, then the command was only to adjust power levels. If the
|
|
conversation is gone, then its a handoff. If you only got a power
|
|
adjustment command just press # or clr, which ever gets you back to
|
|
the ' prompt. Enter 40# and keep listening. You can also use the # key
|
|
to cancel the 40# command, if you want to change channels or something.
|
|
|
|
If it was a handoff, its time for some quick math. You have to convert
|
|
some of the numbers to binary, and then to decimal. I don't know how
|
|
many characters your phone's display will show. Mine only shows the
|
|
last seven of the ten hex digits. Count left from the end 6 digits.
|
|
Write down that digit and the next two on a piece of paper, ie:
|
|
|
|
|
|
???j16djjj j=junk numbers (hex numbers range from 0-9,a-f)
|
|
/ \
|
|
these are lost due to scrolling
|
|
|
|
write down 16d then convert it to a binary string:
|
|
|
|
1 = 0001
|
|
6 = 0110
|
|
d = 1101 (d=13)
|
|
|
|
now you have a binary string like this: 000101101101
|
|
throw away the first 2 bits and get: 0101101101
|
|
convert this to decimal and get: 365
|
|
|
|
|
|
365 is the new channel the conversation has moved to! Enter 110365#
|
|
and voila! You too, can hear the horny babe's phone number!
|
|
|
|
Don't forget to enter 40# again, as the call may be moving quickly
|
|
through cells ( small cells or freeway driving ) or the call can get
|
|
bounced around by the tower for cell traffic purposes.
|
|
|
|
Here's one more example of the hex>binary>decimal conversion.
|
|
|
|
???j5aejjj
|
|
|
|
5 = 0101
|
|
a = 1010
|
|
e = 1110
|
|
|
|
full string = 010110101110
|
|
truncate 2 msb = 0110101110
|
|
convert to decimal = 430
|
|
|
|
|
|
-------------------------------------------------------------------------------
|
|
|
|
|
|
==============================================================================
|
|
|| ||
|
|
|| Assembling a _QUALITY_ Motorola Flip programming cable ||
|
|
|| from a standard battery eliminator. ||
|
|
|| ||
|
|
|| Written by KG/Control Team/Umf 02/07/94 ||
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|| ||
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==============================================================================
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Word. It seems that alot of bad cables are being sold by some lame asses
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here on the west coast. The result, alot of _rare_ LO phonez are being fried.
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Welp, this file should clear things up. Even if you've never made anything
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but clay pots this should be easy for ya. Take your time and this, along with
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your phone will last a lifetime...
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Parts: (1) 550 Battery Eliminator
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(2) IN4001 Diodes
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(1) Head pins(single row straight stick headers)
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(1) DB25/RS232 Connector for connection to LPT1
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(1) METAL DB25 cover/protector
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(1) 1 1/2 foot of 5 line ribbon
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(1) jumper wire (be creative)
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Tools: Sizzors (I like sizzors for splicing wires)
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Soldering Iron
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Hot glue gun (borrow mom's)
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Exacto knife (optional)
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DMM w/continuity
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I'll try and be as verbose as possible. All references to the plastic
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part that connects the phone to the cable will be known here as the ADAPTER.
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The hardest thing to find, at least in where I am, is a battery eliminator
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that has all 8 pins on the ADAPTER. So if ya do have a cable with all the
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pins you can skip this paragraph. What I did was to go ahead and shell
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out the 35 duckets for a battery eliminator that only had pin's 7 & 8 (power)
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on the ADAPTER. Go to you local electronix shop and pick up a pack of head
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pins. These puppies are the EXACT same thing as what's in the ADAPTER, 'cept
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their nickel instead of copper. Cut 4 of them off the plastic but be carefull
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not to bend them when you do so.
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Carefully pry off the cover of the ADAPTER and use the exacto knife to
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get the pins and attatched wires out of the cover. Otherwise you'll end
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up melting the cover, and trashing the project. Now de-solder the wires
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connected to pins 7 & 8, wrap then with 2 of the ribbon's leads then re-solder
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them back to the same pins. Once again, be carefull not to bend them.
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Now solder the other 4 ribbon lead to the pins 1, 4-6. Now carefully put
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each pin back into the ADAPTER cover, if some of the holes are filled with
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resin (batt eliminator), simply push an _extra_ bridge pin thru to get that
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shit out! Make a note of their colors, then take the DMM and and go over all
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the connections, making sure that no pin one pin on the ADAPTER is _touching
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another: 1-4, 2-8, 4-6 ect... * note that pins 7 & 8 will show values from
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due to the voltage regulator inside the ciggy plug.
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Fire up that hot glue gun and place some on the cover to make sure those
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pins/ wires / solder don't move around when ya put the ADAPTER back together.
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Don't put too much on or you wont be able to close it. Wait a min or 2 until
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that dries, then throw some glue into the ADAPTER and quickly close it up.
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As for the DB25 you shouldn't have any trouble. Just make sure you solder
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the Diode to the wire before soldering it the the port. Remember parallel pin
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specs are not the same as serial!!
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The following is a diagram of a DB25 connector (soldering side). The "*"
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marks the plain wires, "@" marks placement of the diodes, and the "+" marks
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where the jumper connects to the anode side of diode one:
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+
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13 12 11 10 9 8 7 6 5 4 3 2 1
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* * . . . . . . . @ . @ *
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. . . . . . . * . . . .
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25 24 23 22 21 20 19 18 17 16 15 14
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Connect the cathode(black striped) side of the IN4001 to the port!!!!
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Cathode Anode
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------- | / -----
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| /|
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| / |
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LPT1/pin4 or 2 ________| /__|_________ ADAPTER pin 1
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| \ | or Jumper wire
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| \ |
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| \|
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| \
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IN4001
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(educational innit?)
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____________
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/ !THE SHIT! \
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/ \
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++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
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+ +
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+ +
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+ DB25 FLIP Battery Eliminator cable +
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+ ---- ---- attatchment pins up: +
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+ 1(--------)4 +
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+ --------= +
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+ 2(--|<----)Jump this line to the Center 1 = +
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+ Pin on the back of phone. --------= +
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+ = +
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+ 4(--|<----)1 "|<" is the IN4001 diode. --------= +
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+ = +
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+ 12(--------)5 --------= +
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+ 4 = -->To phone +
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+ 13(--------)6 --------= +
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+ 5 = +
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+ 18(-+------)8 --------= +
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+ | 6 = +
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+ | +-)7 --------= +
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+ | | 7* = +
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+ | | --------= +
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+ | | 8* = +
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+ NeG PoS ---Cig adapter --------= +
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+ +
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+ +
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++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
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This cable will work with the 6.6, 9.11 & 9.9 software. This means that
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without a) AMPS or b) The Trick Clip you'll need to find a Flip that has a
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firmware revision equal to or below 9122. A good sign that the phone is
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indeed a LO, is to check the ESN located on the back and look for any prefix
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below A2A. If you can't locate the ESN sticker, usually cause it's stolen,
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then look for a MCsquared printed along with the menu sticker. If the phone
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has the MC2 don't buy it. If the phone doesn't have the menu sticker don't
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buy it! Also before you fork over the $$$ make sure that all the ports on the
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phone are in good condition.
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Some people may experience problems with 486 machines. I'm looking into
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slowing the shit down in order for the phone to respond. One way is to divide
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your BIOS bus clock by 6, another is to load a TSR that actually slows your
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CPU, although I haven't yet found this to work for me. 286-386 processors
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work fine. Short cables are a must!
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------------------------------------------------------------------------------
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From: locke@dfw.net
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Date: Thu, 20 Oct 1994 09:53:54 GMT
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I just thought I would lend a little help to those of you that may try and
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actually USE this schematic. While _close_ to the actual pinouts... this
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diagram will not work.
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I have included corrections for the FLIP and the BRICK below, with
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the word [LOCKE] next to my corrections. Sorry if I confuse anyone.
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Anyway, I hope this helps, you CANNOT program the phones without
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twisting/connecting the additional 19 & 20 DB25 connections.
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Motorol Transciever,s
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_____________________
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4500x,4800x,6800x,Etc.
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______________________
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Female 25 Pin Male 25 Pin
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D-Connector D-connector
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To transciever To P.C.Parallel Port
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Pin Pin
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1._____________________________________ 4.
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2._____________________________________ 18.
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___10k______ 13.
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/
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______4+5._______________________/____10K______ 12.
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| 12.____________________________________/
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| 11._____________________________________ 13.
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| 18._____________________________________ 1.
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| 21._____________________________________ 2.
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| ___14+17+20+23.____________________________ 18.
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| |
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| |___ -ve
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|________ +ve 9 Volt
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> Motorola 8500x 8800x(early type)
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> ________________________________
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>
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> 25 Pin D-plug(P.C.lpt1) Phone Back(battery removed)
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>
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> Pin Diode,s [] [] [] [] [] []
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> 3.--orange-|<1n4001---------------------/ / /
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> 4.--blue---|<1n4001----------------------------/ /
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> 2.--red----|<1n4001---------------------------------------/
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>
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[LOCKE] ------19, 20 (all tied together & connected to 18)
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| |
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> | | [] [] [] [] [] []
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> 18.--black-------------------/ / / /
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> 13.--yellow-----------------------/ / /
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> 12.--brown------------------------------------/ /
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> 1.--grey-------------------------------------------/
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>
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>
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>
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> [] []
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> -8 to -12V. +8 to =12V.
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> NOTE Diode protocol: Kathode---|<diode---Anode
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> Motorola 9800x Personal tac1 etc.
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> 25 pin D-plug(P.C. LPT1) Phone Back(battery removed)
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>
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> Pin Diode,s Battery terminals--> [] [] []
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> |
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> 2.--black----|<1n4001-------------------------------------|
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> \
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> \black fly lead
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>
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> Data plug---> | | | | | |
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| |
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> | | | | | |
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| |
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> [LOCKE] ----- 19, 20 white / blue / yellow red
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> | | / / / green / /
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> | | / / / / / /
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> 18.--white----Neg 8-12V-----------------/ / / / / /
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[LOCKE] the POSITIVE connection goes
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here (below) it does not connect
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to ANY of the DBxx cable wires.
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| (+12v)
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> +8 to +12V---------------------/ / / / /
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> 13.--blue---------------------------------------/ / / /
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> 12.--green------------------------------------------/ / /
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> 1.--yellow---------------------------------------------/ /
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> 4.--red------|<1n4001-------------------------------------------/
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>
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> NOTE Diode protocol: Kathode---|<diode---Anode
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NEC 9A
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______ __ __
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|| ||
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25 Pin D-Plug(LPT1) || ||
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____________________ || ||
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|| ||
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Pin _||__________ __________||__
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1.green | | | |
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6.-|<1n4148------ | phone / \ phone |
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8.-|<1n4148-- | | / \ |
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| | | | | |
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| | back-->| |<---front-->| |<--back
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10.----------- | | | | |
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13.-----------------red | \ / |
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15.------blue | | | | | | | |
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18.------black | / | \
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| / | \
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black blue/ green \red
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Diodes = 1N4148
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NOTE Diode protocol: Kathode---|<diode---Anode
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NEC 11A transciever
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**NOTE-A car kit power loom is required to power phone, also a handset
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is required, and is plugged into the female end of the gender change plug.
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**NOTE-The gender change plug is a male 15 pin D plug soldered back to back
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back with a female 15 pin D socket. Male end interfaces transceiver, female
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end interfaces the handset.
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25 Pin D-Plug(LPT1) 15 Pin D-Gender changer
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____________________ _______________________
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Pin Pin
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1.------green----------------------------- 13. green
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6.-|<1n4148------
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8.-|<1n4148-- |
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| |
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10.----------- |
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13.------red--------------------------------12. red
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15.------blue-------------------------------14. blue
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18.------black-------------------------------2. black
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\-----black------------------------------11. black
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Power supply 12V dc. Power up using handset BEFORE interfacing computer LPT1.
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NOTE Diode protocol: Kathode---|<diode---Anode
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NEC P3.
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_______
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25 Pin D-plug LPT1. Plug on end of curly cord.
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___________________ __________________________
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Pin 25.--------------------black--------------------------------------|
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Pin 15.--------------------red-------------------------------------| |
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Pin 6.---|<In4148--| | |
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Pin 13.-------------|------white--------------------------------| | |
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|| [] [] [] [] [] []
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view into plug:aerial---><>
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Pin 3.---|<1N4148---| || [] [] [] [] [] []
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Pin 12.--------------|-----brown--------------------------------|
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NOTE Diode protocol: Kathode---|<diode---Anode
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NEC P4
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______
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25 Pin D-plug LPT1. Transistors 2N3904 npn NAM Adaptor Plug
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___________________ ______________________ __________________
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Pin 15.-----C-\------green----------------------------------------|
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\ |
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Pin 2.-10K-B---O |
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/ |
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Pin 19.-----E-/------blue-----------------------------| |
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Pin 19.-----E-\ | |
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\ | |
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Pin 4.-10K-B---O | |
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/ | |
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Pin 12.-----C-/---|--yellow | |
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| | |
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| | |
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| NAM Adaptor plug: aerial ---><> [] [] [] [] [] [] [] []
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| | |
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Pin 13.----red---(|)-------------------------------------------| |
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| |
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|---------------------------------------------------|
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Panasonic D,E,F
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----------------
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Build the Maplins 'RS232 to TTL conversion board 'MAX232(Order Code
|
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LM75S)to specification, except do not include resistor R5.
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Switches SW-1 must be in the OFF position.
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|
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--------------------------Press any Key to continue---------------------------
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9 PIN SERIAL D-PLUG Interface PL2 on MAX232
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Pin 8.----------------|--IN4148>|----\
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Pin 7.----------------| \___________________ 1.Pin
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/
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Pin 4.----------------|--IN4148>|----/
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Pin 6.----------------|
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Pin 3.-----------------------------------------------------7.Pin
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Pin 2.-----------------------------------------------------6.Pin
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Pin 5.-----------------------------------------------------8.Pin
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*****************************************************************************
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PL1.on MAX232----------'F'Lead------------'D'Lead-----------'E'Lead
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Pin 2+6 pin 1. pin 6. pin 5.
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Pin 5 pin 6. pin 5. pin 1.
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Pin 7. pin 2. pin 4. Link to program
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___ Pin/Power lead
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Pin 8. pin 8. aerial brade / Pin 8.
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/ /////
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1 3 5 7 2 4 6 /1_______| |_________12
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[][][][] [] [] [] [][][][][][][][][][][][]
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View of Plugs--> <> <> |______________________|
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[][][][] [] [] [] |_________________|
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2 4 6 8 1 3 5
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Diode Protocol: Anode---diode>|--Kadthode
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--------------------------------------------------------------------------------
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Final Note: I HAVE NEVER TESTED ANY OF THESE CABLE SPECS!!! I REPEAT.
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I HAVE NEVER TRIED ANY OF THESE CABLE SPECS! THE USE OF THESE
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CABLES COULD DESTROY YOUR PHONE IF THE CABLES ARE MADE
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INCORRECTLY. Whether these specs are good or bad is news to me.
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So if someone could e-mail me to let me know one way or another I
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would be REALLY obliged. The reason I have never tried these is
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because I HAVE NO DAMN SOFTWARE to use them with. Someone
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UUENCODE a copy of the newest Motorola software to me (unless it
|
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is that crap floating around that only changes shit you could do
|
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with the above commands. ESN changing software is what I need.)
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Anyone with experience in disassembling Motorola's software
|
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should e-mail me. We need to get together.
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Mike.Larsen@uti.com
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Stularsenmic@vax.colsf.edu
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-----------------------------------------------------------------------------
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The following text was mailed to me but there was no credit given to the source
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of this info. I'm sorry and will correct it if given the proper credits.
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-ML
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CELLULAR PHONE FREQUENCIES AND MOTOROLA
|
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TEST MODE NUMERIC CODES.
|
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( Motorola test mode channel numbers )
|
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( are for use in motorola test mode )
|
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( with function 11xxxx# )
|
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( All frequencies in Megahertz FM )
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Lower Set (1-666)
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Tower Freq. Mobile Freq. 11xxxx# Channel
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|
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Tx 870.03 Rx 825.03 Chan 0001 #1
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Tx 870.06 Rx 825.06 Chan 0002 #2
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Tx 870.09 Rx 825.09 Chan 0003 #3
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Tx 870.12 Rx 825.12 Chan 0004 #4
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Tx 870.15 Rx 825.15 Chan 0005 #5
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Tx 870.18 Rx 825.18 Chan 0006 #6
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Tx 870.21 Rx 825.21 Chan 0007 #7
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Tx 870.24 Rx 825.24 Chan 0008 #8
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Tx 870.27 Rx 825.27 Chan 0009 #9
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Tx 870.30 Rx 825.30 Chan 0010 #10
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Tx 870.33 Rx 825.33 Chan 0011 #11
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Tx 870.36 Rx 825.36 Chan 0012 #12
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Tx 870.39 Rx 825.39 Chan 0013 #13
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Tx 870.42 Rx 825.42 Chan 0014 #14
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Tx 870.45 Rx 825.45 Chan 0015 #15
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Tx 870.48 Rx 825.48 Chan 0016 #16
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Tx 870.51 Rx 825.51 Chan 0017 #17
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Tx 870.54 Rx 825.54 Chan 0018 #18
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Tx 870.57 Rx 825.57 Chan 0019 #19
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Tx 870.60 Rx 825.60 Chan 0020 #20
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Tx 870.63 Rx 825.63 Chan 0021 #21
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Tx 870.66 Rx 825.66 Chan 0022 #22
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Tx 870.69 Rx 825.69 Chan 0023 #23
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Tx 870.72 Rx 825.72 Chan 0024 #24
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Tx 870.75 Rx 825.75 Chan 0025 #25
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Tx 870.78 Rx 825.78 Chan 0026 #26
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Tx 870.81 Rx 825.81 Chan 0027 #27
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Tx 870.84 Rx 825.84 Chan 0028 #28
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Tx 870.87 Rx 825.87 Chan 0029 #29
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Tx 870.90 Rx 825.90 Chan 0030 #30
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Tx 870.93 Rx 825.93 Chan 0031 #31
|
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Tx 870.96 Rx 825.96 Chan 0032 #32
|
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Tx 870.99 Rx 825.99 Chan 0033 #33
|
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Tx 871.02 Rx 826.02 Chan 0034 #34
|
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Tx 871.05 Rx 826.05 Chan 0035 #35
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Tx 871.08 Rx 826.08 Chan 0036 #36
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Tx 871.11 Rx 826.11 Chan 0037 #37
|
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Tx 871.14 Rx 826.14 Chan 0038 #38
|
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Tx 871.17 Rx 826.17 Chan 0039 #39
|
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Tx 871.20 Rx 826.20 Chan 0040 #40
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Tx 871.23 Rx 826.23 Chan 0041 #41
|
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Tx 871.26 Rx 826.26 Chan 0042 #42
|
|
Tx 871.29 Rx 826.29 Chan 0043 #43
|
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Tx 871.32 Rx 826.32 Chan 0044 #44
|
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Tx 871.35 Rx 826.35 Chan 0045 #45
|
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Tx 871.38 Rx 826.38 Chan 0046 #46
|
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Tx 871.41 Rx 826.41 Chan 0047 #47
|
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Tx 871.44 Rx 826.44 Chan 0048 #48
|
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Tx 871.47 Rx 826.47 Chan 0049 #49
|
|
Tx 871.50 Rx 826.50 Chan 0050 #50
|
|
Tx 871.53 Rx 826.53 Chan 0051 #51
|
|
Tx 871.56 Rx 826.56 Chan 0052 #52
|
|
Tx 871.59 Rx 826.59 Chan 0053 #53
|
|
Tx 871.62 Rx 826.62 Chan 0054 #54
|
|
Tx 871.65 Rx 826.65 Chan 0055 #55
|
|
Tx 871.68 Rx 826.68 Chan 0056 #56
|
|
Tx 871.71 Rx 826.71 Chan 0057 #57
|
|
Tx 871.74 Rx 826.74 Chan 0058 #58
|
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Tx 871.77 Rx 826.77 Chan 0059 #59
|
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Tx 871.80 Rx 826.80 Chan 0060 #60
|
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Tx 871.83 Rx 826.83 Chan 0061 #61
|
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Tx 871.86 Rx 826.86 Chan 0062 #62
|
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Tx 871.89 Rx 826.89 Chan 0063 #63
|
|
Tx 871.92 Rx 826.92 Chan 0064 #64
|
|
Tx 871.95 Rx 826.95 Chan 0065 #65
|
|
Tx 871.98 Rx 826.98 Chan 0066 #66
|
|
Tx 872.01 Rx 827.01 Chan 0067 #67
|
|
Tx 872.04 Rx 827.04 Chan 0068 #68
|
|
Tx 872.07 Rx 827.07 Chan 0069 #69
|
|
Tx 872.10 Rx 827.10 Chan 0070 #70
|
|
Tx 872.13 Rx 827.13 Chan 0071 #71
|
|
Tx 872.16 Rx 827.16 Chan 0072 #72
|
|
Tx 872.19 Rx 827.19 Chan 0073 #73
|
|
Tx 872.22 Rx 827.22 Chan 0074 #74
|
|
Tx 872.25 Rx 827.25 Chan 0075 #75
|
|
Tx 872.28 Rx 827.28 Chan 0076 #76
|
|
Tx 872.31 Rx 827.31 Chan 0077 #77
|
|
Tx 872.34 Rx 827.34 Chan 0078 #78
|
|
Tx 872.37 Rx 827.37 Chan 0079 #79
|
|
Tx 872.40 Rx 827.40 Chan 0080 #80
|
|
Tx 872.43 Rx 827.43 Chan 0081 #81
|
|
Tx 872.46 Rx 827.46 Chan 0082 #82
|
|
Tx 872.49 Rx 827.49 Chan 0083 #83
|
|
Tx 872.52 Rx 827.52 Chan 0084 #84
|
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Tx 872.55 Rx 827.55 Chan 0085 #85
|
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Tx 872.58 Rx 827.58 Chan 0086 #86
|
|
Tx 872.61 Rx 827.61 Chan 0087 #87
|
|
Tx 872.64 Rx 827.64 Chan 0088 #88
|
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Tx 872.67 Rx 827.67 Chan 0089 #89
|
|
Tx 872.70 Rx 827.70 Chan 0090 #90
|
|
Tx 872.73 Rx 827.73 Chan 0091 #91
|
|
Tx 872.76 Rx 827.76 Chan 0092 #92
|
|
Tx 872.79 Rx 827.79 Chan 0093 #93
|
|
Tx 872.82 Rx 827.82 Chan 0094 #94
|
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Tx 872.85 Rx 827.85 Chan 0095 #95
|
|
Tx 872.88 Rx 827.88 Chan 0096 #96
|
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Tx 872.91 Rx 827.91 Chan 0097 #97
|
|
Tx 872.94 Rx 827.94 Chan 0098 #98
|
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Tx 872.97 Rx 827.97 Chan 0099 #99
|
|
Tx 873.00 Rx 828.00 Chan 0100 #100
|
|
Tx 873.03 Rx 828.03 Chan 0101 #101
|
|
Tx 873.06 Rx 828.06 Chan 0102 #102
|
|
Tx 873.09 Rx 828.09 Chan 0103 #103
|
|
Tx 873.12 Rx 828.12 Chan 0104 #104
|
|
Tx 873.15 Rx 828.15 Chan 0105 #105
|
|
Tx 873.18 Rx 828.18 Chan 0106 #106
|
|
Tx 873.21 Rx 828.21 Chan 0107 #107
|
|
Tx 873.24 Rx 828.24 Chan 0108 #108
|
|
Tx 873.27 Rx 828.27 Chan 0109 #109
|
|
Tx 873.30 Rx 828.30 Chan 0110 #110
|
|
Tx 873.33 Rx 828.33 Chan 0111 #111
|
|
Tx 873.36 Rx 828.36 Chan 0112 #112
|
|
Tx 873.39 Rx 828.39 Chan 0113 #113
|
|
Tx 873.42 Rx 828.42 Chan 0114 #114
|
|
Tx 873.45 Rx 828.45 Chan 0115 #115
|
|
Tx 873.48 Rx 828.48 Chan 0116 #116
|
|
Tx 873.51 Rx 828.51 Chan 0117 #117
|
|
Tx 873.54 Rx 828.54 Chan 0118 #118
|
|
Tx 873.57 Rx 828.57 Chan 0119 #119
|
|
Tx 873.60 Rx 828.60 Chan 0120 #120
|
|
Tx 873.63 Rx 828.63 Chan 0121 #121
|
|
Tx 873.66 Rx 828.66 Chan 0122 #122
|
|
Tx 873.69 Rx 828.69 Chan 0123 #123
|
|
Tx 873.72 Rx 828.72 Chan 0124 #124
|
|
Tx 873.75 Rx 828.75 Chan 0125 #125
|
|
Tx 873.78 Rx 828.78 Chan 0126 #126
|
|
Tx 873.81 Rx 828.81 Chan 0127 #127
|
|
Tx 873.84 Rx 828.84 Chan 0128 #128
|
|
Tx 873.87 Rx 828.87 Chan 0129 #129
|
|
Tx 873.90 Rx 828.90 Chan 0130 #130
|
|
Tx 873.93 Rx 828.93 Chan 0131 #131
|
|
Tx 873.96 Rx 828.96 Chan 0132 #132
|
|
Tx 873.99 Rx 828.99 Chan 0133 #133
|
|
Tx 874.02 Rx 829.02 Chan 0134 #134
|
|
Tx 874.05 Rx 829.05 Chan 0135 #135
|
|
Tx 874.08 Rx 829.08 Chan 0136 #136
|
|
Tx 874.11 Rx 829.11 Chan 0137 #137
|
|
Tx 874.14 Rx 829.14 Chan 0138 #138
|
|
Tx 874.17 Rx 829.17 Chan 0139 #139
|
|
Tx 874.20 Rx 829.20 Chan 0140 #140
|
|
Tx 874.23 Rx 829.23 Chan 0141 #141
|
|
Tx 874.26 Rx 829.26 Chan 0142 #142
|
|
Tx 874.29 Rx 829.29 Chan 0143 #143
|
|
Tx 874.32 Rx 829.32 Chan 0144 #144
|
|
Tx 874.35 Rx 829.35 Chan 0145 #145
|
|
Tx 874.38 Rx 829.38 Chan 0146 #146
|
|
Tx 874.41 Rx 829.41 Chan 0147 #147
|
|
Tx 874.44 Rx 829.44 Chan 0148 #148
|
|
Tx 874.47 Rx 829.47 Chan 0149 #149
|
|
Tx 874.50 Rx 829.50 Chan 0150 #150
|
|
Tx 874.53 Rx 829.53 Chan 0151 #151
|
|
Tx 874.56 Rx 829.56 Chan 0152 #152
|
|
Tx 874.59 Rx 829.59 Chan 0153 #153
|
|
Tx 874.62 Rx 829.62 Chan 0154 #154
|
|
Tx 874.65 Rx 829.65 Chan 0155 #155
|
|
Tx 874.68 Rx 829.68 Chan 0156 #156
|
|
Tx 874.71 Rx 829.71 Chan 0157 #157
|
|
Tx 874.74 Rx 829.74 Chan 0158 #158
|
|
Tx 874.77 Rx 829.77 Chan 0159 #159
|
|
Tx 874.80 Rx 829.80 Chan 0160 #160
|
|
Tx 874.83 Rx 829.83 Chan 0161 #161
|
|
Tx 874.86 Rx 829.86 Chan 0162 #162
|
|
Tx 874.89 Rx 829.89 Chan 0163 #163
|
|
Tx 874.92 Rx 829.92 Chan 0164 #164
|
|
Tx 874.95 Rx 829.95 Chan 0165 #165
|
|
Tx 874.98 Rx 829.98 Chan 0166 #166
|
|
Tx 875.01 Rx 830.01 Chan 0167 #167
|
|
Tx 875.04 Rx 830.04 Chan 0168 #168
|
|
Tx 875.07 Rx 830.07 Chan 0169 #169
|
|
Tx 875.10 Rx 830.10 Chan 0170 #170
|
|
Tx 875.13 Rx 830.13 Chan 0171 #171
|
|
Tx 875.16 Rx 830.16 Chan 0172 #172
|
|
Tx 875.19 Rx 830.19 Chan 0173 #173
|
|
Tx 875.22 Rx 830.22 Chan 0174 #174
|
|
Tx 875.25 Rx 830.25 Chan 0175 #175
|
|
Tx 875.28 Rx 830.28 Chan 0176 #176
|
|
Tx 875.31 Rx 830.31 Chan 0177 #177
|
|
Tx 875.34 Rx 830.34 Chan 0178 #178
|
|
Tx 875.37 Rx 830.37 Chan 0179 #179
|
|
Tx 875.40 Rx 830.40 Chan 0180 #180
|
|
Tx 875.43 Rx 830.43 Chan 0181 #181
|
|
Tx 875.46 Rx 830.46 Chan 0182 #182
|
|
Tx 875.49 Rx 830.49 Chan 0183 #183
|
|
Tx 875.52 Rx 830.52 Chan 0184 #184
|
|
Tx 875.55 Rx 830.55 Chan 0185 #185
|
|
Tx 875.58 Rx 830.58 Chan 0186 #186
|
|
Tx 875.61 Rx 830.61 Chan 0187 #187
|
|
Tx 875.64 Rx 830.64 Chan 0188 #188
|
|
Tx 875.67 Rx 830.67 Chan 0189 #189
|
|
Tx 875.70 Rx 830.70 Chan 0190 #190
|
|
Tx 875.73 Rx 830.73 Chan 0191 #191
|
|
Tx 875.76 Rx 830.76 Chan 0192 #192
|
|
Tx 875.79 Rx 830.79 Chan 0193 #193
|
|
Tx 875.82 Rx 830.82 Chan 0194 #194
|
|
Tx 875.85 Rx 830.85 Chan 0195 #195
|
|
Tx 875.88 Rx 830.88 Chan 0196 #196
|
|
Tx 875.91 Rx 830.91 Chan 0197 #197
|
|
Tx 875.94 Rx 830.94 Chan 0198 #198
|
|
Tx 875.97 Rx 830.97 Chan 0199 #199
|
|
Tx 876.00 Rx 831.00 Chan 0200 #200
|
|
Tx 876.03 Rx 831.03 Chan 0201 #201
|
|
Tx 876.06 Rx 831.06 Chan 0202 #202
|
|
Tx 876.09 Rx 831.09 Chan 0203 #203
|
|
Tx 876.12 Rx 831.12 Chan 0204 #204
|
|
Tx 876.15 Rx 831.15 Chan 0205 #205
|
|
Tx 876.18 Rx 831.18 Chan 0206 #206
|
|
Tx 876.21 Rx 831.21 Chan 0207 #207
|
|
Tx 876.24 Rx 831.24 Chan 0208 #208
|
|
Tx 876.27 Rx 831.27 Chan 0209 #209
|
|
Tx 876.30 Rx 831.30 Chan 0210 #210
|
|
Tx 876.33 Rx 831.33 Chan 0211 #211
|
|
Tx 876.36 Rx 831.36 Chan 0212 #212
|
|
Tx 876.39 Rx 831.39 Chan 0213 #213
|
|
Tx 876.42 Rx 831.42 Chan 0214 #214
|
|
Tx 876.45 Rx 831.45 Chan 0215 #215
|
|
Tx 876.48 Rx 831.48 Chan 0216 #216
|
|
Tx 876.51 Rx 831.51 Chan 0217 #217
|
|
Tx 876.54 Rx 831.54 Chan 0218 #218
|
|
Tx 876.57 Rx 831.57 Chan 0219 #219
|
|
Tx 876.60 Rx 831.60 Chan 0220 #220
|
|
Tx 876.63 Rx 831.63 Chan 0221 #221
|
|
Tx 876.66 Rx 831.66 Chan 0222 #222
|
|
Tx 876.69 Rx 831.69 Chan 0223 #223
|
|
Tx 876.72 Rx 831.72 Chan 0224 #224
|
|
Tx 876.75 Rx 831.75 Chan 0225 #225
|
|
Tx 876.78 Rx 831.78 Chan 0226 #226
|
|
Tx 876.81 Rx 831.81 Chan 0227 #227
|
|
Tx 876.84 Rx 831.84 Chan 0228 #228
|
|
Tx 876.87 Rx 831.87 Chan 0229 #229
|
|
Tx 876.90 Rx 831.90 Chan 0230 #230
|
|
Tx 876.93 Rx 831.93 Chan 0231 #231
|
|
Tx 876.96 Rx 831.96 Chan 0232 #232
|
|
Tx 876.99 Rx 831.99 Chan 0233 #233
|
|
Tx 877.02 Rx 832.02 Chan 0234 #234
|
|
Tx 877.05 Rx 832.05 Chan 0235 #235
|
|
Tx 877.08 Rx 832.08 Chan 0236 #236
|
|
Tx 877.11 Rx 832.11 Chan 0237 #237
|
|
Tx 877.14 Rx 832.14 Chan 0238 #238
|
|
Tx 877.17 Rx 832.17 Chan 0239 #239
|
|
Tx 877.20 Rx 832.20 Chan 0240 #240
|
|
Tx 877.23 Rx 832.23 Chan 0241 #241
|
|
Tx 877.26 Rx 832.26 Chan 0242 #242
|
|
Tx 877.29 Rx 832.29 Chan 0243 #243
|
|
Tx 877.32 Rx 832.32 Chan 0244 #244
|
|
Tx 877.35 Rx 832.35 Chan 0245 #245
|
|
Tx 877.38 Rx 832.38 Chan 0246 #246
|
|
Tx 877.41 Rx 832.41 Chan 0247 #247
|
|
Tx 877.44 Rx 832.44 Chan 0248 #248
|
|
Tx 877.47 Rx 832.47 Chan 0249 #249
|
|
Tx 877.50 Rx 832.50 Chan 0250 #250
|
|
Tx 877.53 Rx 832.53 Chan 0251 #251
|
|
Tx 877.56 Rx 832.56 Chan 0252 #252
|
|
Tx 877.59 Rx 832.59 Chan 0253 #253
|
|
Tx 877.62 Rx 832.62 Chan 0254 #254
|
|
Tx 877.65 Rx 832.65 Chan 0255 #255
|
|
Tx 877.68 Rx 832.68 Chan 0256 #256
|
|
Tx 877.71 Rx 832.71 Chan 0257 #257
|
|
Tx 877.74 Rx 832.74 Chan 0258 #258
|
|
Tx 877.77 Rx 832.77 Chan 0259 #259
|
|
Tx 877.80 Rx 832.80 Chan 0260 #260
|
|
Tx 877.83 Rx 832.83 Chan 0261 #261
|
|
Tx 877.86 Rx 832.86 Chan 0262 #262
|
|
Tx 877.89 Rx 832.89 Chan 0263 #263
|
|
Tx 877.92 Rx 832.92 Chan 0264 #264
|
|
Tx 877.95 Rx 832.95 Chan 0265 #265
|
|
Tx 877.98 Rx 832.98 Chan 0266 #266
|
|
Tx 878.01 Rx 833.01 Chan 0267 #267
|
|
Tx 878.04 Rx 833.04 Chan 0268 #268
|
|
Tx 878.07 Rx 833.07 Chan 0269 #269
|
|
Tx 878.10 Rx 833.10 Chan 0270 #270
|
|
Tx 878.13 Rx 833.13 Chan 0271 #271
|
|
Tx 878.16 Rx 833.16 Chan 0272 #272
|
|
Tx 878.19 Rx 833.19 Chan 0273 #273
|
|
Tx 878.22 Rx 833.22 Chan 0274 #274
|
|
Tx 878.25 Rx 833.25 Chan 0275 #275
|
|
Tx 878.28 Rx 833.28 Chan 0276 #276
|
|
Tx 878.31 Rx 833.31 Chan 0277 #277
|
|
Tx 878.34 Rx 833.34 Chan 0278 #278
|
|
Tx 878.37 Rx 833.37 Chan 0279 #279
|
|
Tx 878.40 Rx 833.40 Chan 0280 #280
|
|
Tx 878.43 Rx 833.43 Chan 0281 #281
|
|
Tx 878.46 Rx 833.46 Chan 0282 #282
|
|
Tx 878.49 Rx 833.49 Chan 0283 #283
|
|
Tx 878.52 Rx 833.52 Chan 0284 #284
|
|
Tx 878.55 Rx 833.55 Chan 0285 #285
|
|
Tx 878.58 Rx 833.58 Chan 0286 #286
|
|
Tx 878.61 Rx 833.61 Chan 0287 #287
|
|
Tx 878.64 Rx 833.64 Chan 0288 #288
|
|
Tx 878.67 Rx 833.67 Chan 0289 #289
|
|
Tx 878.70 Rx 833.70 Chan 0290 #290
|
|
Tx 878.73 Rx 833.73 Chan 0291 #291
|
|
Tx 878.76 Rx 833.76 Chan 0292 #292
|
|
Tx 878.79 Rx 833.79 Chan 0293 #293
|
|
Tx 878.82 Rx 833.82 Chan 0294 #294
|
|
Tx 878.85 Rx 833.85 Chan 0295 #295
|
|
Tx 878.88 Rx 833.88 Chan 0296 #296
|
|
Tx 878.91 Rx 833.91 Chan 0297 #297
|
|
Tx 878.94 Rx 833.94 Chan 0298 #298
|
|
Tx 878.97 Rx 833.97 Chan 0299 #299
|
|
Tx 879.00 Rx 834.00 Chan 0300 #300
|
|
Tx 879.03 Rx 834.03 Chan 0301 #301
|
|
Tx 879.06 Rx 834.06 Chan 0302 #302
|
|
Tx 879.09 Rx 834.09 Chan 0303 #303
|
|
Tx 879.12 Rx 834.12 Chan 0304 #304
|
|
Tx 879.15 Rx 834.15 Chan 0305 #305
|
|
Tx 879.18 Rx 834.18 Chan 0306 #306
|
|
Tx 879.21 Rx 834.21 Chan 0307 #307
|
|
Tx 879.24 Rx 834.24 Chan 0308 #308
|
|
Tx 879.27 Rx 834.27 Chan 0309 #309
|
|
Tx 879.30 Rx 834.30 Chan 0310 #310
|
|
Tx 879.33 Rx 834.33 Chan 0311 #311
|
|
Tx 879.36 Rx 834.36 Chan 0312 #312
|
|
Tx 879.39 Rx 834.39 Chan 0313 #313
|
|
Tx 879.42 Rx 834.42 Chan 0314 #314
|
|
Tx 879.45 Rx 834.45 Chan 0315 #315
|
|
Tx 879.48 Rx 834.48 Chan 0316 #316
|
|
Tx 879.51 Rx 834.51 Chan 0317 #317
|
|
Tx 879.54 Rx 834.54 Chan 0318 #318
|
|
Tx 879.57 Rx 834.57 Chan 0319 #319
|
|
Tx 879.60 Rx 834.60 Chan 0320 #320
|
|
Tx 879.63 Rx 834.63 Chan 0321 #321
|
|
Tx 879.66 Rx 834.66 Chan 0322 #322
|
|
Tx 879.69 Rx 834.69 Chan 0323 #323
|
|
Tx 879.72 Rx 834.72 Chan 0324 #324
|
|
Tx 879.75 Rx 834.75 Chan 0325 #325
|
|
Tx 879.78 Rx 834.78 Chan 0326 #326
|
|
Tx 879.81 Rx 834.81 Chan 0327 #327
|
|
Tx 879.84 Rx 834.84 Chan 0328 #328
|
|
Tx 879.87 Rx 834.87 Chan 0329 #329
|
|
Tx 879.90 Rx 834.90 Chan 0330 #330
|
|
Tx 879.93 Rx 834.93 Chan 0331 #331
|
|
Tx 879.96 Rx 834.96 Chan 0332 #332
|
|
Tx 879.99 Rx 834.99 Chan 0333 #333
|
|
Tx 880.02 Rx 835.02 Chan 0334 #334
|
|
Tx 880.05 Rx 835.05 Chan 0335 #335
|
|
Tx 880.08 Rx 835.08 Chan 0336 #336
|
|
Tx 880.11 Rx 835.11 Chan 0337 #337
|
|
Tx 880.14 Rx 835.14 Chan 0338 #338
|
|
Tx 880.17 Rx 835.17 Chan 0339 #339
|
|
Tx 880.20 Rx 835.20 Chan 0340 #340
|
|
Tx 880.23 Rx 835.23 Chan 0341 #341
|
|
Tx 880.26 Rx 835.26 Chan 0342 #342
|
|
Tx 880.29 Rx 835.29 Chan 0343 #343
|
|
Tx 880.32 Rx 835.32 Chan 0344 #344
|
|
Tx 880.35 Rx 835.35 Chan 0345 #345
|
|
Tx 880.38 Rx 835.38 Chan 0346 #346
|
|
Tx 880.41 Rx 835.41 Chan 0347 #347
|
|
Tx 880.44 Rx 835.44 Chan 0348 #348
|
|
Tx 880.47 Rx 835.47 Chan 0349 #349
|
|
Tx 880.50 Rx 835.50 Chan 0350 #350
|
|
Tx 880.53 Rx 835.53 Chan 0351 #351
|
|
Tx 880.56 Rx 835.56 Chan 0352 #352
|
|
Tx 880.59 Rx 835.59 Chan 0353 #353
|
|
Tx 880.62 Rx 835.62 Chan 0354 #354
|
|
Tx 880.65 Rx 835.65 Chan 0355 #355
|
|
Tx 880.68 Rx 835.68 Chan 0356 #356
|
|
Tx 880.71 Rx 835.71 Chan 0357 #357
|
|
Tx 880.74 Rx 835.74 Chan 0358 #358
|
|
Tx 880.77 Rx 835.77 Chan 0359 #359
|
|
Tx 880.80 Rx 835.80 Chan 0360 #360
|
|
Tx 880.83 Rx 835.83 Chan 0361 #361
|
|
Tx 880.86 Rx 835.86 Chan 0362 #362
|
|
Tx 880.89 Rx 835.89 Chan 0363 #363
|
|
Tx 880.92 Rx 835.92 Chan 0364 #364
|
|
Tx 880.95 Rx 835.95 Chan 0365 #365
|
|
Tx 880.98 Rx 835.98 Chan 0366 #366
|
|
Tx 881.01 Rx 836.01 Chan 0367 #367
|
|
Tx 881.04 Rx 836.04 Chan 0368 #368
|
|
Tx 881.07 Rx 836.07 Chan 0369 #369
|
|
Tx 881.10 Rx 836.10 Chan 0370 #370
|
|
Tx 881.13 Rx 836.13 Chan 0371 #371
|
|
Tx 881.16 Rx 836.16 Chan 0372 #372
|
|
Tx 881.19 Rx 836.19 Chan 0373 #373
|
|
Tx 881.22 Rx 836.22 Chan 0374 #374
|
|
Tx 881.25 Rx 836.25 Chan 0375 #375
|
|
Tx 881.28 Rx 836.28 Chan 0376 #376
|
|
Tx 881.31 Rx 836.31 Chan 0377 #377
|
|
Tx 881.34 Rx 836.34 Chan 0378 #378
|
|
Tx 881.37 Rx 836.37 Chan 0379 #379
|
|
Tx 881.40 Rx 836.40 Chan 0380 #380
|
|
Tx 881.43 Rx 836.43 Chan 0381 #381
|
|
Tx 881.46 Rx 836.46 Chan 0382 #382
|
|
Tx 881.49 Rx 836.49 Chan 0383 #383
|
|
Tx 881.52 Rx 836.52 Chan 0384 #384
|
|
Tx 881.55 Rx 836.55 Chan 0385 #385
|
|
Tx 881.58 Rx 836.58 Chan 0386 #386
|
|
Tx 881.61 Rx 836.61 Chan 0387 #387
|
|
Tx 881.64 Rx 836.64 Chan 0388 #388
|
|
Tx 881.67 Rx 836.67 Chan 0389 #389
|
|
Tx 881.70 Rx 836.70 Chan 0390 #390
|
|
Tx 881.73 Rx 836.73 Chan 0391 #391
|
|
Tx 881.76 Rx 836.76 Chan 0392 #392
|
|
Tx 881.79 Rx 836.79 Chan 0393 #393
|
|
Tx 881.82 Rx 836.82 Chan 0394 #394
|
|
Tx 881.85 Rx 836.85 Chan 0395 #395
|
|
Tx 881.88 Rx 836.88 Chan 0396 #396
|
|
Tx 881.91 Rx 836.91 Chan 0397 #397
|
|
Tx 881.94 Rx 836.94 Chan 0398 #398
|
|
Tx 881.97 Rx 836.97 Chan 0399 #399
|
|
Tx 882.00 Rx 837.00 Chan 0400 #400
|
|
Tx 882.03 Rx 837.03 Chan 0401 #401
|
|
Tx 882.06 Rx 837.06 Chan 0402 #402
|
|
Tx 882.09 Rx 837.09 Chan 0403 #403
|
|
Tx 882.12 Rx 837.12 Chan 0404 #404
|
|
Tx 882.15 Rx 837.15 Chan 0405 #405
|
|
Tx 882.18 Rx 837.18 Chan 0406 #406
|
|
Tx 882.21 Rx 837.21 Chan 0407 #407
|
|
Tx 882.24 Rx 837.24 Chan 0408 #408
|
|
Tx 882.27 Rx 837.27 Chan 0409 #409
|
|
Tx 882.30 Rx 837.30 Chan 0410 #410
|
|
Tx 882.33 Rx 837.33 Chan 0411 #411
|
|
Tx 882.36 Rx 837.36 Chan 0412 #412
|
|
Tx 882.39 Rx 837.39 Chan 0413 #413
|
|
Tx 882.42 Rx 837.42 Chan 0414 #414
|
|
Tx 882.45 Rx 837.45 Chan 0415 #415
|
|
Tx 882.48 Rx 837.48 Chan 0416 #416
|
|
Tx 882.51 Rx 837.51 Chan 0417 #417
|
|
Tx 882.54 Rx 837.54 Chan 0418 #418
|
|
Tx 882.57 Rx 837.57 Chan 0419 #419
|
|
Tx 882.60 Rx 837.60 Chan 0420 #420
|
|
Tx 882.63 Rx 837.63 Chan 0421 #421
|
|
Tx 882.66 Rx 837.66 Chan 0422 #422
|
|
Tx 882.69 Rx 837.69 Chan 0423 #423
|
|
Tx 882.72 Rx 837.72 Chan 0424 #424
|
|
Tx 882.75 Rx 837.75 Chan 0425 #425
|
|
Tx 882.78 Rx 837.78 Chan 0426 #426
|
|
Tx 882.81 Rx 837.81 Chan 0427 #427
|
|
Tx 882.84 Rx 837.84 Chan 0428 #428
|
|
Tx 882.87 Rx 837.87 Chan 0429 #429
|
|
Tx 882.90 Rx 837.90 Chan 0430 #430
|
|
Tx 882.93 Rx 837.93 Chan 0431 #431
|
|
Tx 882.96 Rx 837.96 Chan 0432 #432
|
|
Tx 882.99 Rx 837.99 Chan 0433 #433
|
|
Tx 883.02 Rx 838.02 Chan 0434 #434
|
|
Tx 883.05 Rx 838.05 Chan 0435 #435
|
|
Tx 883.08 Rx 838.08 Chan 0436 #436
|
|
Tx 883.11 Rx 838.11 Chan 0437 #437
|
|
Tx 883.14 Rx 838.14 Chan 0438 #438
|
|
Tx 883.17 Rx 838.17 Chan 0439 #439
|
|
Tx 883.20 Rx 838.20 Chan 0440 #440
|
|
Tx 883.23 Rx 838.23 Chan 0441 #441
|
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Tx 883.26 Rx 838.26 Chan 0442 #442
|
|
Tx 883.29 Rx 838.29 Chan 0443 #443
|
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Tx 883.32 Rx 838.32 Chan 0444 #444
|
|
Tx 883.35 Rx 838.35 Chan 0445 #445
|
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Tx 883.38 Rx 838.38 Chan 0446 #446
|
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Tx 883.41 Rx 838.41 Chan 0447 #447
|
|
Tx 883.44 Rx 838.44 Chan 0448 #448
|
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Tx 883.47 Rx 838.47 Chan 0449 #449
|
|
Tx 883.50 Rx 838.50 Chan 0450 #450
|
|
Tx 883.53 Rx 838.53 Chan 0451 #451
|
|
Tx 883.56 Rx 838.56 Chan 0452 #452
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|
Tx 883.59 Rx 838.59 Chan 0453 #453
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|
Tx 883.62 Rx 838.62 Chan 0454 #454
|
|
Tx 883.65 Rx 838.65 Chan 0455 #455
|
|
Tx 883.68 Rx 838.68 Chan 0456 #456
|
|
Tx 883.71 Rx 838.71 Chan 0457 #457
|
|
Tx 883.74 Rx 838.74 Chan 0458 #458
|
|
Tx 883.77 Rx 838.77 Chan 0459 #459
|
|
Tx 883.80 Rx 838.80 Chan 0460 #460
|
|
Tx 883.83 Rx 838.83 Chan 0461 #461
|
|
Tx 883.86 Rx 838.86 Chan 0462 #462
|
|
Tx 883.89 Rx 838.89 Chan 0463 #463
|
|
Tx 883.92 Rx 838.92 Chan 0464 #464
|
|
Tx 883.95 Rx 838.95 Chan 0465 #465
|
|
Tx 883.98 Rx 838.98 Chan 0466 #466
|
|
Tx 884.01 Rx 839.01 Chan 0467 #467
|
|
Tx 884.04 Rx 839.04 Chan 0468 #468
|
|
Tx 884.07 Rx 839.07 Chan 0469 #469
|
|
Tx 884.10 Rx 839.10 Chan 0470 #470
|
|
Tx 884.13 Rx 839.13 Chan 0471 #471
|
|
Tx 884.16 Rx 839.16 Chan 0472 #472
|
|
Tx 884.19 Rx 839.19 Chan 0473 #473
|
|
Tx 884.22 Rx 839.22 Chan 0474 #474
|
|
Tx 884.25 Rx 839.25 Chan 0475 #475
|
|
Tx 884.28 Rx 839.28 Chan 0476 #476
|
|
Tx 884.31 Rx 839.31 Chan 0477 #477
|
|
Tx 884.34 Rx 839.34 Chan 0478 #478
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|
Tx 884.37 Rx 839.37 Chan 0479 #479
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Tx 884.40 Rx 839.40 Chan 0480 #480
|
|
Tx 884.43 Rx 839.43 Chan 0481 #481
|
|
Tx 884.46 Rx 839.46 Chan 0482 #482
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|
Tx 884.49 Rx 839.49 Chan 0483 #483
|
|
Tx 884.52 Rx 839.52 Chan 0484 #484
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|
Tx 884.55 Rx 839.55 Chan 0485 #485
|
|
Tx 884.58 Rx 839.58 Chan 0486 #486
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|
Tx 884.61 Rx 839.61 Chan 0487 #487
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|
Tx 884.64 Rx 839.64 Chan 0488 #488
|
|
Tx 884.67 Rx 839.67 Chan 0489 #489
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|
Tx 884.70 Rx 839.70 Chan 0490 #490
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Tx 884.73 Rx 839.73 Chan 0491 #491
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|
Tx 884.76 Rx 839.76 Chan 0492 #492
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Tx 884.79 Rx 839.79 Chan 0493 #493
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|
Tx 884.82 Rx 839.82 Chan 0494 #494
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Tx 884.85 Rx 839.85 Chan 0495 #495
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Tx 884.88 Rx 839.88 Chan 0496 #496
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|
Tx 884.91 Rx 839.91 Chan 0497 #497
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|
Tx 884.94 Rx 839.94 Chan 0498 #498
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|
Tx 884.97 Rx 839.97 Chan 0499 #499
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|
Tx 885.00 Rx 840.00 Chan 0500 #500
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Tx 885.03 Rx 840.03 Chan 0501 #501
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|
Tx 885.06 Rx 840.06 Chan 0502 #502
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|
Tx 885.09 Rx 840.09 Chan 0503 #503
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|
Tx 885.12 Rx 840.12 Chan 0504 #504
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|
Tx 885.15 Rx 840.15 Chan 0505 #505
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|
Tx 885.18 Rx 840.18 Chan 0506 #506
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|
Tx 885.21 Rx 840.21 Chan 0507 #507
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|
Tx 885.24 Rx 840.24 Chan 0508 #508
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|
Tx 885.27 Rx 840.27 Chan 0509 #509
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|
Tx 885.30 Rx 840.30 Chan 0510 #510
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|
Tx 885.33 Rx 840.33 Chan 0511 #511
|
|
Tx 885.36 Rx 840.36 Chan 0512 #512
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|
Tx 885.39 Rx 840.39 Chan 0513 #513
|
|
Tx 885.42 Rx 840.42 Chan 0514 #514
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|
Tx 885.45 Rx 840.45 Chan 0515 #515
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|
Tx 885.48 Rx 840.48 Chan 0516 #516
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|
Tx 885.51 Rx 840.51 Chan 0517 #517
|
|
Tx 885.54 Rx 840.54 Chan 0518 #518
|
|
Tx 885.57 Rx 840.57 Chan 0519 #519
|
|
Tx 885.60 Rx 840.60 Chan 0520 #520
|
|
Tx 885.63 Rx 840.63 Chan 0521 #521
|
|
Tx 885.66 Rx 840.66 Chan 0522 #522
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|
Tx 885.69 Rx 840.69 Chan 0523 #523
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|
Tx 885.72 Rx 840.72 Chan 0524 #524
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|
Tx 885.75 Rx 840.75 Chan 0525 #525
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|
Tx 885.78 Rx 840.78 Chan 0526 #526
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|
Tx 885.81 Rx 840.81 Chan 0527 #527
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|
Tx 885.84 Rx 840.84 Chan 0528 #528
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|
Tx 885.87 Rx 840.87 Chan 0529 #529
|
|
Tx 885.90 Rx 840.90 Chan 0530 #530
|
|
Tx 885.93 Rx 840.93 Chan 0531 #531
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|
Tx 885.96 Rx 840.96 Chan 0532 #532
|
|
Tx 885.99 Rx 840.99 Chan 0533 #533
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|
Tx 886.02 Rx 841.02 Chan 0534 #534
|
|
Tx 886.05 Rx 841.05 Chan 0535 #535
|
|
Tx 886.08 Rx 841.08 Chan 0536 #536
|
|
Tx 886.11 Rx 841.11 Chan 0537 #537
|
|
Tx 886.14 Rx 841.14 Chan 0538 #538
|
|
Tx 886.17 Rx 841.17 Chan 0539 #539
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|
Tx 886.20 Rx 841.20 Chan 0540 #540
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|
Tx 886.23 Rx 841.23 Chan 0541 #541
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|
Tx 886.26 Rx 841.26 Chan 0542 #542
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|
Tx 886.29 Rx 841.29 Chan 0543 #543
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|
Tx 886.32 Rx 841.32 Chan 0544 #544
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|
Tx 886.35 Rx 841.35 Chan 0545 #545
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|
Tx 886.38 Rx 841.38 Chan 0546 #546
|
|
Tx 886.41 Rx 841.41 Chan 0547 #547
|
|
Tx 886.44 Rx 841.44 Chan 0548 #548
|
|
Tx 886.47 Rx 841.47 Chan 0549 #549
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|
Tx 886.50 Rx 841.50 Chan 0550 #550
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|
Tx 886.53 Rx 841.53 Chan 0551 #551
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|
Tx 886.56 Rx 841.56 Chan 0552 #552
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|
Tx 886.59 Rx 841.59 Chan 0553 #553
|
|
Tx 886.62 Rx 841.62 Chan 0554 #554
|
|
Tx 886.65 Rx 841.65 Chan 0555 #555
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|
Tx 886.68 Rx 841.68 Chan 0556 #556
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|
Tx 886.71 Rx 841.71 Chan 0557 #557
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|
Tx 886.74 Rx 841.74 Chan 0558 #558
|
|
Tx 886.77 Rx 841.77 Chan 0559 #559
|
|
Tx 886.80 Rx 841.80 Chan 0560 #560
|
|
Tx 886.83 Rx 841.83 Chan 0561 #561
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|
Tx 886.86 Rx 841.86 Chan 0562 #562
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|
Tx 886.89 Rx 841.89 Chan 0563 #563
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|
Tx 886.92 Rx 841.92 Chan 0564 #564
|
|
Tx 886.95 Rx 841.95 Chan 0565 #565
|
|
Tx 886.98 Rx 841.98 Chan 0566 #566
|
|
Tx 887.01 Rx 842.01 Chan 0567 #567
|
|
Tx 887.04 Rx 842.04 Chan 0568 #568
|
|
Tx 887.07 Rx 842.07 Chan 0569 #569
|
|
Tx 887.10 Rx 842.10 Chan 0570 #570
|
|
Tx 887.13 Rx 842.13 Chan 0571 #571
|
|
Tx 887.16 Rx 842.16 Chan 0572 #572
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|
Tx 887.19 Rx 842.19 Chan 0573 #573
|
|
Tx 887.22 Rx 842.22 Chan 0574 #574
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|
Tx 887.25 Rx 842.25 Chan 0575 #575
|
|
Tx 887.28 Rx 842.28 Chan 0576 #576
|
|
Tx 887.31 Rx 842.31 Chan 0577 #577
|
|
Tx 887.34 Rx 842.34 Chan 0578 #578
|
|
Tx 887.37 Rx 842.37 Chan 0579 #579
|
|
Tx 887.40 Rx 842.40 Chan 0580 #580
|
|
Tx 887.43 Rx 842.43 Chan 0581 #581
|
|
Tx 887.46 Rx 842.46 Chan 0582 #582
|
|
Tx 887.49 Rx 842.49 Chan 0583 #583
|
|
Tx 887.52 Rx 842.52 Chan 0584 #584
|
|
Tx 887.55 Rx 842.55 Chan 0585 #585
|
|
Tx 887.58 Rx 842.58 Chan 0586 #586
|
|
Tx 887.61 Rx 842.61 Chan 0587 #587
|
|
Tx 887.64 Rx 842.64 Chan 0588 #588
|
|
Tx 887.67 Rx 842.67 Chan 0589 #589
|
|
Tx 887.70 Rx 842.70 Chan 0590 #590
|
|
Tx 887.73 Rx 842.73 Chan 0591 #591
|
|
Tx 887.76 Rx 842.76 Chan 0592 #592
|
|
Tx 887.79 Rx 842.79 Chan 0593 #593
|
|
Tx 887.82 Rx 842.82 Chan 0594 #594
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|
Tx 887.85 Rx 842.85 Chan 0595 #595
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|
Tx 887.88 Rx 842.88 Chan 0596 #596
|
|
Tx 887.91 Rx 842.91 Chan 0597 #597
|
|
Tx 887.94 Rx 842.94 Chan 0598 #598
|
|
Tx 887.97 Rx 842.97 Chan 0599 #599
|
|
Tx 888.00 Rx 843.00 Chan 0600 #600
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|
Tx 888.03 Rx 843.03 Chan 0601 #601
|
|
Tx 888.06 Rx 843.06 Chan 0602 #602
|
|
Tx 888.09 Rx 843.09 Chan 0603 #603
|
|
Tx 888.12 Rx 843.12 Chan 0604 #604
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|
Tx 888.15 Rx 843.15 Chan 0605 #605
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|
Tx 888.18 Rx 843.18 Chan 0606 #606
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|
Tx 888.21 Rx 843.21 Chan 0607 #607
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|
Tx 888.24 Rx 843.24 Chan 0608 #608
|
|
Tx 888.27 Rx 843.27 Chan 0609 #609
|
|
Tx 888.30 Rx 843.30 Chan 0610 #610
|
|
Tx 888.33 Rx 843.33 Chan 0611 #611
|
|
Tx 888.36 Rx 843.36 Chan 0612 #612
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|
Tx 888.39 Rx 843.39 Chan 0613 #613
|
|
Tx 888.42 Rx 843.42 Chan 0614 #614
|
|
Tx 888.45 Rx 843.45 Chan 0615 #615
|
|
Tx 888.48 Rx 843.48 Chan 0616 #616
|
|
Tx 888.51 Rx 843.51 Chan 0617 #617
|
|
Tx 888.54 Rx 843.54 Chan 0618 #618
|
|
Tx 888.57 Rx 843.57 Chan 0619 #619
|
|
Tx 888.60 Rx 843.60 Chan 0620 #620
|
|
Tx 888.63 Rx 843.63 Chan 0621 #621
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|
Tx 888.66 Rx 843.66 Chan 0622 #622
|
|
Tx 888.69 Rx 843.69 Chan 0623 #623
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|
Tx 888.72 Rx 843.72 Chan 0624 #624
|
|
Tx 888.75 Rx 843.75 Chan 0625 #625
|
|
Tx 888.78 Rx 843.78 Chan 0626 #626
|
|
Tx 888.81 Rx 843.81 Chan 0627 #627
|
|
Tx 888.84 Rx 843.84 Chan 0628 #628
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|
Tx 888.87 Rx 843.87 Chan 0629 #629
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|
Tx 888.90 Rx 843.90 Chan 0630 #630
|
|
Tx 888.93 Rx 843.93 Chan 0631 #631
|
|
Tx 888.96 Rx 843.96 Chan 0632 #632
|
|
Tx 888.99 Rx 843.99 Chan 0633 #633
|
|
Tx 889.02 Rx 844.02 Chan 0634 #634
|
|
Tx 889.05 Rx 844.05 Chan 0635 #635
|
|
Tx 889.08 Rx 844.08 Chan 0636 #636
|
|
Tx 889.11 Rx 844.11 Chan 0637 #637
|
|
Tx 889.14 Rx 844.14 Chan 0638 #638
|
|
Tx 889.17 Rx 844.17 Chan 0639 #639
|
|
Tx 889.20 Rx 844.20 Chan 0640 #640
|
|
Tx 889.23 Rx 844.23 Chan 0641 #641
|
|
Tx 889.26 Rx 844.26 Chan 0642 #642
|
|
Tx 889.29 Rx 844.29 Chan 0643 #643
|
|
Tx 889.32 Rx 844.32 Chan 0644 #644
|
|
Tx 889.35 Rx 844.35 Chan 0645 #645
|
|
Tx 889.38 Rx 844.38 Chan 0646 #646
|
|
Tx 889.41 Rx 844.41 Chan 0647 #647
|
|
Tx 889.44 Rx 844.44 Chan 0648 #648
|
|
Tx 889.47 Rx 844.47 Chan 0649 #649
|
|
Tx 889.50 Rx 844.50 Chan 0650 #650
|
|
Tx 889.53 Rx 844.53 Chan 0651 #651
|
|
Tx 889.56 Rx 844.56 Chan 0652 #652
|
|
Tx 889.59 Rx 844.59 Chan 0653 #653
|
|
Tx 889.62 Rx 844.62 Chan 0654 #654
|
|
Tx 889.65 Rx 844.65 Chan 0655 #655
|
|
Tx 889.68 Rx 844.68 Chan 0656 #656
|
|
Tx 889.71 Rx 844.71 Chan 0657 #657
|
|
Tx 889.74 Rx 844.74 Chan 0658 #658
|
|
Tx 889.77 Rx 844.77 Chan 0659 #659
|
|
Tx 889.80 Rx 844.80 Chan 0660 #660
|
|
Tx 889.83 Rx 844.83 Chan 0661 #661
|
|
Tx 889.86 Rx 844.86 Chan 0662 #662
|
|
Tx 889.89 Rx 844.89 Chan 0663 #663
|
|
Tx 889.92 Rx 844.92 Chan 0664 #664
|
|
Tx 889.95 Rx 844.95 Chan 0665 #665
|
|
Tx 889.98 Rx 844.98 Chan 0666 #666
|
|
|
|
Upper Set Part 1 (667-799)
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|
|
|
Tower Freq. Mobile Freq. 11xxxx# Channel
|
|
|
|
Tx 890.01 Rx 845.01 Chan 0667 #667
|
|
Tx 890.04 Rx 845.04 Chan 0668 #668
|
|
Tx 890.07 Rx 845.07 Chan 0669 #669
|
|
Tx 890.10 Rx 845.10 Chan 0670 #670
|
|
Tx 890.13 Rx 845.13 Chan 0671 #671
|
|
Tx 890.16 Rx 845.16 Chan 0672 #672
|
|
Tx 890.19 Rx 845.19 Chan 0673 #673
|
|
Tx 890.22 Rx 845.22 Chan 0674 #674
|
|
Tx 890.25 Rx 845.25 Chan 0675 #675
|
|
Tx 890.28 Rx 845.28 Chan 0676 #676
|
|
Tx 890.31 Rx 845.31 Chan 0677 #677
|
|
Tx 890.34 Rx 845.34 Chan 0678 #678
|
|
Tx 890.37 Rx 845.37 Chan 0679 #679
|
|
Tx 890.40 Rx 845.40 Chan 0680 #680
|
|
Tx 890.43 Rx 845.43 Chan 0681 #681
|
|
Tx 890.46 Rx 845.46 Chan 0682 #682
|
|
Tx 890.49 Rx 845.49 Chan 0683 #683
|
|
Tx 890.52 Rx 845.52 Chan 0684 #684
|
|
Tx 890.55 Rx 845.55 Chan 0685 #685
|
|
Tx 890.58 Rx 845.58 Chan 0686 #686
|
|
Tx 890.61 Rx 845.61 Chan 0687 #687
|
|
Tx 890.64 Rx 845.64 Chan 0688 #688
|
|
Tx 890.67 Rx 845.67 Chan 0689 #689
|
|
Tx 890.70 Rx 845.70 Chan 0690 #690
|
|
Tx 890.73 Rx 845.73 Chan 0691 #691
|
|
Tx 890.76 Rx 845.76 Chan 0692 #692
|
|
Tx 890.79 Rx 845.79 Chan 0693 #693
|
|
Tx 890.82 Rx 845.82 Chan 0694 #694
|
|
Tx 890.85 Rx 845.85 Chan 0695 #695
|
|
Tx 890.88 Rx 845.88 Chan 0696 #696
|
|
Tx 890.91 Rx 845.91 Chan 0697 #697
|
|
Tx 890.94 Rx 845.94 Chan 0698 #698
|
|
Tx 890.97 Rx 845.97 Chan 0699 #699
|
|
Tx 891.00 Rx 846.00 Chan 0700 #700
|
|
Tx 891.03 Rx 846.03 Chan 0701 #701
|
|
Tx 891.06 Rx 846.06 Chan 0702 #702
|
|
Tx 891.09 Rx 846.09 Chan 0703 #703
|
|
Tx 891.12 Rx 846.12 Chan 0704 #704
|
|
Tx 891.15 Rx 846.15 Chan 0705 #705
|
|
Tx 891.18 Rx 846.18 Chan 0706 #706
|
|
Tx 891.21 Rx 846.21 Chan 0707 #707
|
|
Tx 891.24 Rx 846.24 Chan 0708 #708
|
|
Tx 891.27 Rx 846.27 Chan 0709 #709
|
|
Tx 891.30 Rx 846.30 Chan 0710 #710
|
|
Tx 891.33 Rx 846.33 Chan 0711 #711
|
|
Tx 891.36 Rx 846.36 Chan 0712 #712
|
|
Tx 891.39 Rx 846.39 Chan 0713 #713
|
|
Tx 891.42 Rx 846.42 Chan 0714 #714
|
|
Tx 891.45 Rx 846.45 Chan 0715 #715
|
|
Tx 891.48 Rx 846.48 Chan 0716 #716
|
|
Tx 891.51 Rx 846.51 Chan 0717 #717
|
|
Tx 891.54 Rx 846.54 Chan 0718 #718
|
|
Tx 891.57 Rx 846.57 Chan 0719 #719
|
|
Tx 891.60 Rx 846.60 Chan 0720 #720
|
|
Tx 891.63 Rx 846.63 Chan 0721 #721
|
|
Tx 891.66 Rx 846.66 Chan 0722 #722
|
|
Tx 891.69 Rx 846.69 Chan 0723 #723
|
|
Tx 891.72 Rx 846.72 Chan 0724 #724
|
|
Tx 891.75 Rx 846.75 Chan 0725 #725
|
|
Tx 891.78 Rx 846.78 Chan 0726 #726
|
|
Tx 891.81 Rx 846.81 Chan 0727 #727
|
|
Tx 891.84 Rx 846.84 Chan 0728 #728
|
|
Tx 891.87 Rx 846.87 Chan 0729 #729
|
|
Tx 891.90 Rx 846.90 Chan 0730 #730
|
|
Tx 891.93 Rx 846.93 Chan 0731 #731
|
|
Tx 891.96 Rx 846.96 Chan 0732 #732
|
|
Tx 891.99 Rx 846.99 Chan 0733 #733
|
|
Tx 892.02 Rx 847.02 Chan 0734 #734
|
|
Tx 892.05 Rx 847.05 Chan 0735 #735
|
|
Tx 892.08 Rx 847.08 Chan 0736 #736
|
|
Tx 892.11 Rx 847.11 Chan 0737 #737
|
|
Tx 892.14 Rx 847.14 Chan 0738 #738
|
|
Tx 892.17 Rx 847.17 Chan 0739 #739
|
|
Tx 892.20 Rx 847.20 Chan 0740 #740
|
|
Tx 892.23 Rx 847.23 Chan 0741 #741
|
|
Tx 892.26 Rx 847.26 Chan 0742 #742
|
|
Tx 892.29 Rx 847.29 Chan 0743 #743
|
|
Tx 892.32 Rx 847.32 Chan 0744 #744
|
|
Tx 892.35 Rx 847.35 Chan 0745 #745
|
|
Tx 892.38 Rx 847.38 Chan 0746 #746
|
|
Tx 892.41 Rx 847.41 Chan 0747 #747
|
|
Tx 892.44 Rx 847.44 Chan 0748 #748
|
|
Tx 892.47 Rx 847.47 Chan 0749 #749
|
|
Tx 892.50 Rx 847.50 Chan 0750 #750
|
|
Tx 892.53 Rx 847.53 Chan 0751 #751
|
|
Tx 892.56 Rx 847.56 Chan 0752 #752
|
|
Tx 892.59 Rx 847.59 Chan 0753 #753
|
|
Tx 892.62 Rx 847.62 Chan 0754 #754
|
|
Tx 892.65 Rx 847.65 Chan 0755 #755
|
|
Tx 892.68 Rx 847.68 Chan 0756 #756
|
|
Tx 892.71 Rx 847.71 Chan 0757 #757
|
|
Tx 892.74 Rx 847.74 Chan 0758 #758
|
|
Tx 892.77 Rx 847.77 Chan 0759 #759
|
|
Tx 892.80 Rx 847.80 Chan 0760 #760
|
|
Tx 892.83 Rx 847.83 Chan 0761 #761
|
|
Tx 892.86 Rx 847.86 Chan 0762 #762
|
|
Tx 892.89 Rx 847.89 Chan 0763 #763
|
|
Tx 892.92 Rx 847.92 Chan 0764 #764
|
|
Tx 892.95 Rx 847.95 Chan 0765 #765
|
|
Tx 892.98 Rx 847.98 Chan 0766 #766
|
|
Tx 893.01 Rx 848.01 Chan 0767 #767
|
|
Tx 893.04 Rx 848.04 Chan 0768 #768
|
|
Tx 893.07 Rx 848.07 Chan 0769 #769
|
|
Tx 893.10 Rx 848.10 Chan 0770 #770
|
|
Tx 893.13 Rx 848.13 Chan 0771 #771
|
|
Tx 893.16 Rx 848.16 Chan 0772 #772
|
|
Tx 893.19 Rx 848.19 Chan 0773 #773
|
|
Tx 893.22 Rx 848.22 Chan 0774 #774
|
|
Tx 893.25 Rx 848.25 Chan 0775 #775
|
|
Tx 893.28 Rx 848.28 Chan 0776 #776
|
|
Tx 893.31 Rx 848.31 Chan 0777 #777
|
|
Tx 893.34 Rx 848.34 Chan 0778 #778
|
|
Tx 893.37 Rx 848.37 Chan 0779 #779
|
|
Tx 893.40 Rx 848.40 Chan 0780 #780
|
|
Tx 893.43 Rx 848.43 Chan 0781 #781
|
|
Tx 893.46 Rx 848.46 Chan 0782 #782
|
|
Tx 893.49 Rx 848.49 Chan 0783 #783
|
|
Tx 893.52 Rx 848.52 Chan 0784 #784
|
|
Tx 893.55 Rx 848.55 Chan 0785 #785
|
|
Tx 893.58 Rx 848.58 Chan 0786 #786
|
|
Tx 893.61 Rx 848.61 Chan 0787 #787
|
|
Tx 893.64 Rx 848.64 Chan 0788 #788
|
|
Tx 893.67 Rx 848.67 Chan 0789 #789
|
|
Tx 893.70 Rx 848.70 Chan 0790 #790
|
|
Tx 893.73 Rx 848.73 Chan 0791 #791
|
|
Tx 893.76 Rx 848.76 Chan 0792 #792
|
|
Tx 893.79 Rx 848.79 Chan 0793 #793
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|
Tx 893.82 Rx 848.82 Chan 0794 #794
|
|
Tx 893.85 Rx 848.85 Chan 0795 #795
|
|
Tx 893.88 Rx 848.88 Chan 0796 #796
|
|
Tx 893.91 Rx 848.91 Chan 0797 #797
|
|
Tx 893.94 Rx 848.94 Chan 0798 #798
|
|
Tx 893.97 Rx 848.97 Chan 0799 #799
|
|
|
|
Upper Set Part 2 (991-1023)
|
|
|
|
Tower Freq. Mobile Freq. 11xxxx# Channel
|
|
|
|
Tx 869.04 Rx 824.04 Chan 0991 #800
|
|
Tx 869.07 Rx 824.07 Chan 0992 #801
|
|
Tx 869.10 Rx 824.10 Chan 0993 #802
|
|
Tx 869.13 Rx 824.13 Chan 0994 #803
|
|
Tx 869.16 Rx 824.16 Chan 0995 #804
|
|
Tx 869.19 Rx 824.19 Chan 0996 #805
|
|
Tx 869.22 Rx 824.22 Chan 0997 #806
|
|
Tx 869.25 Rx 824.25 Chan 0998 #807
|
|
Tx 869.28 Rx 824.28 Chan 0999 #808
|
|
Tx 869.31 Rx 824.31 Chan 1000 #809
|
|
Tx 869.34 Rx 824.34 Chan 1001 #810
|
|
Tx 869.37 Rx 824.37 Chan 1002 #811
|
|
Tx 869.40 Rx 824.40 Chan 1003 #812
|
|
Tx 869.43 Rx 824.43 Chan 1004 #813
|
|
Tx 869.46 Rx 824.46 Chan 1005 #814
|
|
Tx 869.49 Rx 824.49 Chan 1006 #815
|
|
Tx 869.52 Rx 824.52 Chan 1007 #816
|
|
Tx 869.55 Rx 824.55 Chan 1008 #817
|
|
Tx 869.58 Rx 824.58 Chan 1009 #818
|
|
Tx 869.61 Rx 824.61 Chan 1010 #819
|
|
Tx 869.64 Rx 824.64 Chan 1011 #820
|
|
Tx 869.67 Rx 824.67 Chan 1012 #821
|
|
Tx 869.70 Rx 824.70 Chan 1013 #822
|
|
Tx 869.73 Rx 824.73 Chan 1014 #823
|
|
Tx 869.76 Rx 824.76 Chan 1015 #824
|
|
Tx 869.79 Rx 824.79 Chan 1016 #825
|
|
Tx 869.82 Rx 824.82 Chan 1017 #826
|
|
Tx 869.85 Rx 824.85 Chan 1018 #827
|
|
Tx 869.88 Rx 824.88 Chan 1019 #828
|
|
Tx 869.91 Rx 824.91 Chan 1020 #829
|
|
Tx 869.94 Rx 824.94 Chan 1021 #830
|
|
Tx 869.97 Rx 824.97 Chan 1022 #831
|
|
Tx 870.00 Rx 825.00 Chan 1023 #832
|
|
|
|
----------------------------------------------------------------------------
|
|
I got this from a bbs in the (708) are code. It had no name associated
|
|
with it. Since NOONE has mailed me any other info on it, I will keep this
|
|
in the bible until someone bitches or sends me something tangible.
|
|
-ML
|
|
|
|
MOTOROLA "TRIK-CLIP"
|
|
|
|
|
|
This is the plans I recieved for the Flip. Supposedly if one knew the
|
|
pinouts on the other moto phones one could transpose. (maybe!) I never
|
|
tested this so I don't know if it works. The chip in the flip the text
|
|
is talking about is a 32 pin square plcc
|
|
|
|
After Phone Disassembly Locate 27c512 Eprom on phone board. This is
|
|
On The Upper Right Side Of The Display Next To The Roam Indicator.
|
|
This Is a 32 pin Square device. **Note the dot and beveled edge
|
|
for pin orientation (the dot is pin 1) Count to the left
|
|
counter clock wise 2 3 4 5 and so on. To the Right or clockwise
|
|
of the dot is pin 32 Vcc. This will aid you in your count to find
|
|
pin 25 which is the eprom output enable. This pin is at ground or
|
|
Vss - Level. **Note Pin 25 on Eprom in phone must be lifted from
|
|
the phone board ground or Vss state. Use an X-acto Knife and or
|
|
soldering iron and tools to cut pin at board level where pin
|
|
narrows. Do not bend wide part of pin up on eprom as this could
|
|
break off of Eprom. Also Wide Part of pin Will be used to make
|
|
contact with eprom test clip adapter. The eprom test clip adapter
|
|
will take pin 25 to logic high through an 8 to 10 thousand
|
|
resistor to pin 32 Vcc. This will Gate off all data Commands from
|
|
the phone board eprom and allow the eprom test clip adaptor to
|
|
take over. **Note test clip could touch narrow part of cut off
|
|
pin on board and cause phone not to power up please remove or fold
|
|
down as low as possible so test clip only touches side of eprom.
|
|
|
|
After programing is complete put pin 25 back together or find a
|
|
suitable ground or Vss - source. The phone will power up and work
|
|
without pin 25 put back together but for long term precaution
|
|
put back to a logic zero or ground to enable the output enable.
|
|
|
|
To use the eprom test clip adapter pull the locking wedge on the
|
|
test clip into the upper postition. Seat the eprom test clip adapter
|
|
onto the eprom in the phone. Make sure to orient the dot and
|
|
beveled edge with each other. Push the locking wedge down to lock
|
|
the the eprom test clip adapter onto the eprom in the phone. Hook up
|
|
the programing cable to the computer and plug into the jack on the
|
|
base of the phone. Also hook up the loose lead with a jumper to the
|
|
center terminal between the battery contacts. Turn power on green
|
|
light on phone display should come on thgen a complete display test
|
|
will light up after that the no service will blink along with the
|
|
signal level mark in corner of display. If the antenna is still on
|
|
the phone it could change to roam or something else. I suggest
|
|
remove the antenna so the cell sight will not see you. If you do
|
|
not get a power on test with the display there are 3 possible
|
|
things (1) pin 25 on phone board is touching the test clip this
|
|
can be checked by looking with a volt meter at pin 25 where
|
|
resistor connects for 4 to 5 volts pos with reference to ground.
|
|
(2) Test clip is not sitting on chip good some times you have pull
|
|
the test clip up off of the eprom a 64th of an inch all the way
|
|
around. (3) there is corrupt data, Pull the eprom test clip off
|
|
Phone check to see if power on display is there.
|
|
|
|
Computer see if data or phone number or cell sight code or data
|
|
whole is ok I've seen the cell sight ID corrrupt and the phone play
|
|
dead on the power on test. The test clip sometimes needs
|
|
maintenance look at the gold pins.
|
|
|
|
Make sure all the pins are level with the edge of it. If not take
|
|
an X-acto or pin and lightly bend them out so they are along the
|
|
edge of the plastic of the test clip.
|
|
|
|
Always check to see if eprom in phone contacts are clean before
|
|
putting test clip on. **Note when test clip is on phone - only
|
|
change the ESN only. *The other data phone number lock and so on
|
|
can be changed without the test clip and and should be done so.
|
|
|
|
The software version in the test clip is 9148 you will see this in
|
|
the right corner of the computer. Sometimes the program will crash
|
|
during the ESN wright this will put all zeros in the ESN field
|
|
check the test clip try again. Sometimes I've had to do this 3 an 4
|
|
times. Also watch the phone display for codes I've seen at the end
|
|
of a wright the code (FO8) just before power down I've had no
|
|
problem there but during the key wright (FO8) means i've crashed.
|
|
|
|
Also during the time when the program is counting back into the
|
|
phone i've had (F1O) show up in the display of the phone this
|
|
problem means the next time you may not get the power on display
|
|
test pull test clip read phone check data to see if cell sight
|
|
code is corrupt or some other data correct try again. A word of
|
|
caution do not push on eprom on top of test clip as this could
|
|
seat eprom lower into adapter and cause bad contact. To remove
|
|
test clip pull locking wedge up to unlock the eprom test clip
|
|
adapter from the eprom in the phone. Continue pulling up to lift
|
|
the eprom test clip adapter from the eprom in the phone.
|
|
|
|
-----------------------------------------------------------------------------
|
|
|
|
DISCLAIMER: I, Mike Larsen, accept NO responsibility for people using any
|
|
info within this text for fraudulant purposes. I did not intend for the info
|
|
to be used towards fraud or theft of services. The main reason I spent
|
|
hundreds of hours creating and compiling this information is because
|
|
programming fees are BULLSHIT and they know it. If you notice, the 37#
|
|
command is no longer a mystery and Motorola is quite pissed I found out. I
|
|
"engineered" it from a floor manager or some other head at the Motorola
|
|
cellular division. "Big Deal" you say. Well, Motorola shipped Many flip
|
|
fones with that command set for a different battery. After 10 minutes of use
|
|
the phone would die. The phone had to be sent to Motorola to be "fixed."
|
|
If you found this text useful, please mail something interesting or
|
|
just let me know you appreciated my efforts. You can't believe how pissed
|
|
I was when I found out some lamer is changing the name in the text to his
|
|
own so people will like him or something. Have fun.
|
|
|
|
Oh, by the way, I forgot to mention in the above disclaimer that I do
|
|
nothing fraudulant with MY fone. I pay a bill and everything and can prove
|
|
it. So will the "feds" or whoever the Internet gestapo is that's been sending
|
|
me mail about me being under thier "watchful eye", please go for someone else
|
|
that's dealing child pornography or asking for WaReZ? Thanks.
|
|
|
|
|
|
Mike.Larsen@uti.com
|
|
stularsenmic@vax.colsf.edu
|
|
|
|
------------------------------------------------------------------------------
|