*MENU                       
    Use the arrow keys to select your choice and press enter.
*SYSTEM
    The reason for this screen is that the codeplug in the console only 
    knows the last 6 bits of the system ID. In order to understand which 
    trunking system a channel belongs to, the user enters the actual 
    trunking system ID connected to each MAIN/MAIN TIMI in his CEB. The 
    system ID's for each trunking system must be unique. If the CEB in 
    any customer's system is connected to two systems with the same name, 
    the customer should enter a different 4 character system ID by which 
    to call one of the systems so that they can be distinguished.
*SIZECODE
    The size codes are not saved in the codeplug. Therefore, you must 
    enter the size code (also known as fleet code) for each system and 
    fleet prefix manually. Valid size codes are A-K, M, O, and Q. If the 
    size codes are not entered correctly, the trunking fleet, subfleet, and
    individual IDs will be wrong, and the system as a whole will not work. 
    M, O and Q are special cases because they cross fleet prefix boundaries. 
    M takes up 2 fleet prefixes. O takes up 4 fleet prefixes, and Q takes 
    up all 8 fleet prefixes in a system.
*MISSING PROMS
    When a change is made that is common to all codeplugs, you will be 
    warned of all the codeplugs in the system that have not been uploaded 
    to the disk.  If escape is pressed, the codeplugs can be downloaded, 
    otherwise it will be assumed that you do not want to reprogram the code
    plugs that have not been downloaded, and you will be prompted to 
    program the remaining codeplugs.
*LOGGER TRACK
    Select a track whose channels you want to edit, delete, move, or add 
    to. In the case of a move select the destination track.
*BOARD NUMBER
    The LORI board is connected to 2 AEI boards through connector plugs P1
    and P2. This prompt asks for the board number of the AEI connected to 
    1 of these connectors. To determine the board number check the jumper 
    marked BD. Legal values are 0 - 4. BD0 and BD4 are equivalent.
*NUMBER OF AEI OUTPUTS
    To determine how many outputs a specific AEI board has:
    Model number BLN6845A is jumperable to 4 or 7 outputs. Check jumpers ixes, and Q takes 
    JU9, JU10 and JU11.
    Model number BLN6776A is 7 outputs.
    Model number BLN6776SP is 4 outputs.
    Model number BLN6679A is 7 outputs.
    If this is entered wrong, channels may be displayed on the wrong track.
*LOGGER TRACK CHANNELS
   F2 allows you to change the system, fleet, subfleet, or individual. 
      Move the cursor to select the channel to be changed and
      press F2. 
   F3 allows you to move the channel to another track. Move the cursor to 
      the channel to be moved and press F3. 
   F4 allows you to delete a channel. Move the cursor to the channel to be 
      moved and press F4. 
   F5 allows you to add a channel. Move the cursor to the channel to be 
      added and press F5. 
   F6 allows you to change TDM slots.
*CCP SCREEN
    To see other CCPs either enter Pgup or Pgdn or move the cursor to the 
    CCP field and enter a number between one and the maximum number of 
    CCPs. The maximum number of CCPS for a compact is 2, for a CRT is 16, 
    otherwise the maximum is 12.
        To change the display mode, press F5. The three display modes are 
    the channel ID screen, the CCSM screen, and the channel attribute 
    screen.  The channel ID screen displays the trunking talk group, or 
    the conventional BIM TDM slot and node type for each CCM.
        The CCSM screen displays the K option or model number that each 
    CCSM is part of.
        The channel attribute screen displays the BID codes, the speaker
    destinations, and for the trunking channels the failsoft TDM slot and 
    regroupability for each CCM. The speaker destination AEI board is the 
    number following BD. The speaker destination output number is the 
    number following the board number.                                   
        To move a CCM, use the right and left arrow keys to select the 
    source CCM for the move. Press F3. Use the right and left arrow keys 
    and PGUP and PGDN to select the destination CCM. Press F3 when the 
    destination CCM is highlighted.
        To delete a CCM, use the right and left arrow keys to select the 
    CCM to be deleted. Press F4. Enter y to the prompt "Are you sure you 
    want to delete".
        To add or change a CCM, use the left and right arrow keys to select
    the location of the CCM to be added or changed. Press F2 when the 
    desired location is highlighted. 
        To change to a different operator position, press F6, for the menu
    of available operator positions.
        To save all the changes made to the current operator position, 
    press F8.
        To abort all the changes made to the current operator position, 
    press F7.
        To exit and abort or exit and save, press F10, and answer the 
    "Do you want to save first?" query accordingly.
*ASBLOWN MENU
   The first prompt on the asblown menu provides the option
   of either sending the ASBLOWN to a disk file, or to a printer. WARNING:
   When sending the asblown to a disk file, make sure the floppy has
   enough space to hold the asblown. See Part V in the manual as a 
   guide to the amount of space required for each asblown. 
   The next prompts allow selection of any combination of six asblowns, 
   each containing different information. Enter an "S" next to all the 
   asblowns desired, or enter an "S" next to "All of the following" to 
   print all of the asblown printouts. 
 The CCP Asblown
   There are four CCMs on each page of the CCP Asblown. 
   For each CCSM of each CCM, the K option or Model Number that the CCSM
   is part of is listed on the first line. The second and third lines
   contain the label or descriptive text in the case of auxios. The 
   information contained on the fourth and fifth lines are determined by 
   the type of CCSM it is. For trunking channel CCSMs, the system, fleet,
   BID code, and subfleet, if one exists, are displayed. For conventional
   channels, the BID code, TDM slot, and Node type are displayed. For 
   system related K options, the system is displayed. For random auxios the
   TDM slot is displayed on the fourth line followed by the auxio numbers 
   and FID codes on the fifth line. For local auxios, the auxio numbers
   are displayed on the fourth line. For dedicated auxios, the TDM slot
   is displayed on the fourth line. 
 The Trunking Information Asblown
   The format is very similar to the Trunking Information Section of the
   Asbuilt sent out by the factory.  When this asblown is printed to a file,
   it is named TRK_ABLN.
 The Logging Information Asblown
   The Logging Information Asblown consists of a table with one line for
   each channel which is being logged. The system, fleet, subfleet, 
   individual (for private calls only), AEI output numbers, AEI board 
   numbers, failsoft slots, and BID codes are listed for each logging 
   track. Check the asbuilt document for the system to determine  whether 
   track 1 starts on board 0 or on board 1. The output numbers are listed 
   for a 4 output AEI board, as well as a seven output AEI board. When this
   asblown is printed to a file, it is named LGR_ABLN.XX where XX is the 
   TDM slot of the corresponding LOMI.
 CEB Options Asblown                                                        
   The CEB Options asblown prints out the options for each CEB board.
   When the CEB asblown is printed to a file it is named CEB_ABLN.
 AEI Jumpers Asblown
   This asblown simply prints out the jumpering for each of the AEI
   boards associated with each of the TOMIs or LOMI selected. 
   When the AEI Jumpers Asblown is printed to a file, it is named JPR_ABLN.
 Miscellaneous Options Asblown
   This asblown prints out miscellaneous information for each operator
   position, such as the serial link baud rate and the supervisor status.
   When the Miscellaneous Asblown is printed to the disk it is named 
   MIS_ABLN.
 Speaker Asblown
   This asblown prints out two tables containing unique speaker destinations 
   from the speaker database and the opid2 database. Table 1 contains speaker
   destinations from the speaker database that represent available assignable 
   speakers. Table 2 displays the Radio Headset, Phone Headset, and Parallel 
   OP Select and Unselect speaker destinations contained within the opid2
   database. 
 Auxio FID table information  asblown 
   ( generated for Embassy only)
   This option prints out the FID table from the AIMI auxdata
   persprom database. This table links FID number to TDM slot
   and AUXIO number. The table will contain 3 columns :
   FID... TDM... AUXIO. The information will be printed for the
   current CEB. When this information is printed to a file, 
   it is named "fid_abln".
*CHANGE/VIEW MENU
  The Change/View Menu shows all the changes allowed by the prom programmer
  F2 - Reconfigure Operator Position
       This includes any change in the way the panels are organized, or 
       any change in the channels which the CCM controls. Reconfigure 
       Operator Position changes only one board at a time. If a change
       affects the channels on all the operator positions that use that 
       channel, use F5 - Change Trunking Data across all Ops and LOMI's.
       Some changes that can be performed under this selection are:
       - Look at the configuration of the panel.
       - Add a CCM or Speaker to the panel.
       - Change which channel is controlled by a particular CCM. 
       - Change a CCM from dual to single density or vice versa
       - Change the speaker destination for a particular CCM
       - Delete a CCM or Speaker.
       - Add a new switch option to a CCM
       - Move a CCM or Speaker
  F3 - Reconfigure Logging Tracks
       This includes any change in the channels which are assigned to 
       logging tracks. Only one LOMI at a time is changed. 
       Some functions supported are:
       - View the channels assigned to a selected track.
       - Add channels to a selected track.        
       - Delete channels from a selected track.
       - Move channels from one track to another track.
       - Change a channel which is assigned to particular track.
  F4 - Reconfigure TDM slots in CEB
       This selection allows changing the configuration of the CEB and the
       options attached to boards in the CEB.
       Some functions supported are:
       - Add a board at selected TDM slot and specify any options for it.
       - Change the options for a board at a selected TDM slot.
       - Delete a board at a selected TDM slot.
       - Move auxios from one board to another board in the CEB.
  F5 - Change the Trunking Data Globally
       This selection allows changing the trunking data for a selected 
       channel over all operator positions and LOMI's. This is a time saver
       which should be used rather than Reconfigure Operator Position and
       Reconfigure Logger whenever possible.
       The data that can be changed globally is:
       - The Trunking System to which the channel belongs
       - The Trunking Fleet to which the channel belongs
       - The Trunking Subfleet to which the channel belongs
       - The Trunking Failsoft BIM assignment for the channel
       - The Regroupability for the channel.
       - The BID code for the channel.
  F6 - Change DCCM Parameters
       This selection allows changing the brightness level, channel display
       type, and the primary channel indicator.  
  F7 - Change RF Signaling Parameters
       This selection brings up a lower menu of functions which allow
       changes to the RF signalling functions such as:
       -Change the RF signalling operator ID
       -Change the RF signalling parameters for each RF Signalling Modem
       -Change which Op logs which RF Signalling Modem's traffic
  F8 - Change Aliasing data
       This selection brings up a lower menu of alias functions
       such as:
       -Assign DCCM aliases
       -Update dialer aliases
  F9 - Miscellaneous Changes
       This selection brings up a lower menu of miscellaneous functions
       such as:
       -Add a Tomi.
       -Add a Lomi.
       -Change Console Wide Parameters.
       -Change the size code for a given fleet prefix.
       -Change CEB or AEB ID
  F10 - EXIT to Main Menu
*TDM INDEX
  The TDM INDEX allows selection of the op to be reconfigured. A list of 
  the TDM slots on the disk is displayed along with the version and board 
  type. The arrow keys are used to highlight the TDM slot desired. When 
  the TDM slot desired is highlighted. Press enter.
*MODEL NUMBER
  If the CCM is blank, the first thing to do is enter the model number. 
  When the cursor is in the model number field, press F9. The model number
  menu appears below the model number field. For a list of all the model 
  numbers and descriptions see the Reference Information Section of the 
  manual.  This menu is scrollable. Use the up and down arrow keys to 
  scroll one row at a time, use home to go to the top of the list, use end
  to go to the bottom of the list. The enter key chooses the highlighted 
  selections.  F10 exits the menu without making a selection. 
*BIM/DR TDM
  The TDM slot entered must be a BIM or a DR that already exists in the 
  databases. If a BIM or DR is being added, first add the BIM using 
  Reconfigure TDM slots in CEB (F4 from the Change/View Menu). Then add 
  the CCM to control it on each op that will use it. The TDM slot is 
  entered in the same format as the TDM slot for the op, as a hexadecimal 
  two digit number. The TDM slot of the BIM is shown on the handle of the
  BIM.
*TRUNK SYSTEM ID
 The Trunking system ID is entered in the same format that it was entered 
 on the system ID screen. The trunking system must be an existing trunking 
 system. If a trunking system is being added, first add the TIMI (SmartNet)
 or ZBIM  (SmartZone) using Menu 044.  All CCMs and radios in a SmartZone 
 system must have the same system ID.
*TRUNK FLEET
  The Trunking Fleet is entered in the format of a three digit hexadecimal
  number. Valid fleets are 000 to 7FF. Other fleets can be invalid 
  depending on the size code for the fleet prefix. For example fleet 401
  is out of range if the size code for prefix 4XX is M. The valid ranges 
  for fleets, subfleets, and individual IDs for each size code are shown in
  the Reference Information section of the manual.
*TRUNK SUBFLEET
  The Trunking Subfleet is entered in the format of a two digit decimal 
  number. Valid subfleets are 0 - 15. The valid ranges for fleets, 
  subfleets, and individual IDs for each size code are shown in the 
  Reference Information Section of the manual.
*TRUNK INDIVIDUAL
  The Trunking Individual ID is entered as a 3 digit hexadecimal number. 
  The valid ranges for fleets, subfleets, and individual IDs for each 
  size code are shown in the Reference Information Section of the manual.
*FAILSOFT
  The failsoft TDM slot must contain a TBIM which is part of the same 
  trunking system as the current channel. If a TBIM is being added, first 
  add the TBIM using reconfigure TDM slots in CEB, then set the failsoft 
  slot to it. If no failsoft assignment is desired, enter FF. 
*REGROUP     
  A subfleet is regroupable if it can be redefined with another subfleet 
  into a supergroup during a patch or multiselect operation, and use only 
  one repeater.  This field only applies to subfleet and talkgroups.
*BID CODE
  The BID code for a trunking channel must be two alpha-numeric digits. No
  two different channels can have the same BID code. The BID code for an 
  assignable channel must be different for every assignable CCM on an op. 
  The BID code for an assignable can be the same as the BID code on an 
  assignable on another op however.
*SPEAKER DESTINATIONS   
  -- 382. WARNING: Speakers does not exist. Select another speaker or
                   add a B1403.
  The warning above only applies for Embassy systems.  When specifying a
  select or unselect speaker destination for a CCM, the speaker destination
  must exist in the SPKR DB. When deleting a B1403 from the CCP, the
  speaker destination specified for the select and unselect speakers
  must exist in the SPKR DB.
  --Speaker Destinations
  The select and unselect speaker destinations consist of the AEI board 
  number which the speaker is connected to, and the output number which 
  the speaker is connected to. Output numbers are one through seven on a 
  seven output AEI board, and one through four on a four output AEI board.
  Since the program does not know if the AEI board is seven or four output, 
  it accepts up to output seven. The output number corresponds to the 
  connector numbers on the audio distribution board.
  If a channel is to be made HIDDEN, the select AEI board, select output,
  unselect AEI board, and unselect output MUST all be set to 255.
  To designate a HIDDEN channel on the CCP screen, a '--' will be displayed
  next to the select and unselect AEI destinations.
  NOTE: Making a channel HIDDEN means that this channel will NEVER receive
  audio.  If the channel is not HIDDEN, The Field Prom Programmer
  will check if the board selected exists. If it does not exist the prompt
  "Do you want to add this AEI board" will appear (For non-embassy only).
  If the answer is "no", the board entry will not be accepted.  If the 
  answer is "yes", the board will be added and the entry will be accepted. 
  If the AEI board is a seven output and there are monitor speakers in the
  system, there may be problems in connecting to the various mux buses. 
  The valid range for AEI board number is 0-4 and 255.  Assignable speakers
  use the four output AEI board only.  The valid range for an assignable
  speaker output number is 1-4.  16 assignable speakers may be added.  
  When adding an assignable speaker, the assignable speaker database will
  first be checked to see if that speaker destination already exists.  If
  it already exists, you will get a warning message, if it does not exist,
  the speaker destination will be added in the first empty location found.
  When deleting an assignable speaker, the assignable speaker database will
  be checked to see if the speaker destination exists, if it does, it will 
  be deleted, if not, a warning message message will appear.  
*CCSM FIELDS
  When the cursor enters the CCSM field, press F2, then F9. The K option 
  menu appears to the left of the CCSM fields. The cursor moves into the K
  option menu. To scroll between menu selections, use the up and down arrow 
  keys to scroll by one row at a time. Use the home key to return to the 
  beginning of the menu, and the end key to go to the end of the menu. 
  Use the enter key to select the K option under the cursor. 
  Use F10 to exit the k option menu. If the K option is made up of two or 
  more CCSMs, there may not be enough room for it at the selected location,
  and this will appear in the error message window.
*SYSTEM REL K OPTION
  System related K options are linked to a system ID. When these K options
  are entered, the system ID prompt appears and the system ID must be 
  entered. The system ID is entered in the same format as it was entered 
  on the system ID screen, a four digit hexadecimal number. An example of 
  a system related k option is K380AF Failsoft, Idle; or K199AR Central 
  Switch. 
*CHAN REL K OPTION
  Channel related K options are options that can be added to CCMs to 
  control channels. When a channel related K option is entered, a prompt 
  appears asking for the CCP, CCM and switch location which the K option 
  is associated with. Normally, the practice is to put the channel related
  K option on the same CCM that it is associated with, so this is the 
  default. However, it is possible to choose some other CCM, but the CCM 
  chosen must be channel related. The channel type of the selected CCM 
  must match the channel type for the K option.  K-options cannot be mapped
  to Sitewide modules, and cannot be mapped to Systemwide modules.
*LOCAL AUX K OPTION
  Local auxio K options are switches which control auxios local to the op.
  K35BD is an example of a local K option. When a local K option is 
  selected, a prompt window appears asking for the auxio number of the K 
  option. On a TOMI only even auxios can be used for outputs, and only odd
  auxios can be used for inputs. The auxios available for the K option 
  selected will be displayed in a window to the left of the prompt. Only 
  auxios from this window will be accepted.
*CRT K OPTION
 The CRT console and a button&leds position can be connected to a single 
 TOMI board. When this is the case, the channels in the personality PROM
 have to be assigned to either the CRT or to the button&leds. If this 
 channel is to be functional on the CRT, enter 1.  Otherwise, enter 2.
 It is NOT advisable to have a HIDDEN channel on a CRT OP, since they
 do not receive audio.  A HIDDEN channel has select AEI board, select
 audio, unselect AEI board, and unselect audio set to 255.
*FID K OPTION
  FID related K options are random auxios that can be put on BIM's, TBIM's,
  DR's, and 16I/O boards. When a FID auxio is selected, a prompt appears 
  asking for the FID.
                    Momentary         Latching (push on-push off)
                    _____________________________________________
   Output:               M                     L
                    Momentary         Latching (use w. K766 only)
                    _______________________________________
   Input:
    display only-       E                 G
      local input       F                 H
      distant input
    display plus  audible alarm trigger
      local input       S                 U
      distant input     T                 V
  The next prompt asks for the TDM slot of the board that the auxio is 
  connected to.  The TDM slot entered must contain a BIM, a TBIM, a 
  16 I/O board, or a DR.  If the TDM slot entered contains a BIM the 
  next question will ask for the type of auxio card that appears above 
  the BIM at the selected TDM  slot. The possible types of cards are 
  1 (3IN/6OUT), or 2 (6IN/2OUT).  The available auxios for the selected 
  board are displayed in the menu to the left of the prompt window. If 
  an auxio is marked open, it is not being used at all. If an auxio is 
  used, it is already being used for a random auxio. If a used auxio is 
  selected, the function of the auxio may not match that required for the 
  k option and FID. The program warns the user if he changes the function 
  of the auxio in adding the new k option. If the user did not mean to 
  change the function of the auxio, he should enter 'N' to the prompt. 
  If the intention was to change the function of the auxio, enter 'Y' 
  to the prompt.
*NEW FID K OPTION
  FID related K options are random auxios that can be put on BIM's, TBIM's,
  DR's, and 16I/O boards. When a FID auxio is selected, the first prompt 
  asks for the CEB ID of the Tdm slot of the board that the auxio is 
  connected to.  The second prompt asks for the FID number associated with 
  the auxio. The FID number must be  3 alpha-numeric characters and all FID 
  numbers must be unique within each CEB. The third prompt asks for the FID 
  type.
                    Momentary         Latching (push on-push off)
                    _____________________________________________
   Output:               M                     L
                    Momentary         Latching (use w. K766 only)
                    _______________________________________
   Input:
    display only-       E                 G
      local input       F                 H
      distant input
    display plus  audible alarm trigger
      local input       S                 U
      distant input     T                 V
  The fourth prompt asks for the TDM slot of the board that the auxio is 
  connected to.  The TDM slot entered must contain a BIM, a TBIM, a 
  16 I/O board, or a DR.  If the TDM slot entered contains a BIM, 
  the next question will ask for the type of auxio card that appears above 
  the BIM of the selected TDM slot. The possible types of cards are 
  1 (3IN/6OUT), or 2 (6IN/2OUT).  The available auxios for the selected 
  board are displayed in the menu to the left of the prompt window. If 
  an auxio is marked open, it is not being used at all. If an auxio is 
  used, it is already being used for a random auxio. You may select a 
  used auxio only if it is not being used on your OP. 
*SYSTEM-WIDE QUERY
A system wide channel is a channel used to make a system wide call. The
CCM model number for a system wide channel is Q2951.
*GLOBAL CHANGES MENU
This menu shows two ways of making global changes. The first is reference
by BID. Using this method the user enters a BID code and the trunking data 
for that BID code appears. The user can change any of the parameters, and 
when he exits, all the channels with this BID code on any op will be updated
with his changes. This method is preferable if the BID codes are known and 
the PROM was programmed with valid BID codes. Personality PROMs that were 
generated prior to 1987 may not have BID codes programmed into them. This 
is the reason for the second method, reference by trunking ID. The user
enters the system, fleet, and subfleet of the channel to change. The
current trunking parameters for this channel appear. The user can change 
any of the parameters, but cannot convert the channel to type ii. When
the user exits, all the ops and loggers containing the channel will be
updated with the new data. If the channel is in the smartnet type II ranges
it can only be referenced by BID.
*SMARTNET TYPE
Valid SMARTNET TYPES are 1 = TYPE I, 2 = TYPE II, 3 = TYPE I Aliased 
(hybrid).  Type I channels have a fleet, subfleet, and a TYPE I individual 
ID.  Type II channels have a group ID and a Type II individual ID.  Type I 
Aliased channels (unavailable for private call channels) have a fleet, 
subfleet, and Type II individual ID, and are for use in a hybrid system.
Specify 2 (TYPE II) for Sitewide Calls (SmartZone).  Specify 2 (TYPE II) 
for Systemwide Calls (SmartNet) only if the system is hybrid.
*GLOB SMARTNET
Valid SMARTNET TYPES are 1 = TYPE I, 2 = TYPE II, 3 = TYPE I Aliased 
(hybrid).  Type I channels have a fleet, subfleet, and a Type I individual 
ID.  Type II channels have a group ID and a Type II individual ID.  Type I 
Aliased channels (unavailable for private call) have a fleet, subfleet, 
and Type II individual ID, and are for use in a hybrid system. 
If a channel has both Type I and Type I Aliased individual IDs and the
system, fleet, or subfleet is changed, all the channels will be converted
to the smartnet type selected. If only the failsoft, regroupability, 
or BID code are changed, the smartnet type on each op is not affected.
Whether the channel is Type I or Type I Aliased, the field will always
be initialized to Type I. To change selected ops in a talk group to
TYPE I ALIASED and leave the other channels as TYPE I, each op which is
being changed should be editted using Reconfigure Op Position. 
(F2 from the Change/View Menu)
*TRUNK INDIVIDUAL ID                                         
The trunking individual ID is a decimal number between 700000 and 765533, 
used for smartnet II and hybrid systems.
*TRUNK GROUP ID
The trunking group ID is a decimal number between 800000 to 804094 for 
type II channels. This number is also referred to as the talk group.
For Sitewide and Systemwide calls, this will automatically be set to 
804095.
*ENTER_TYPE_II_RANGES
Each trunking system may be either all type ii, all type i, or divide
the 64K possible IDs into ranges of type i and type ii, i.e. a hybrid
system. This screen asks the user to define which parts of his system 
are configured as type ii. 
If the system is all type i, then there are no type ii ranges. Every
field for this system should be set to FFFF.
If the system is all type ii, then there is one type ii range from 
0000 to FFFF.
If the system has some type i and some type ii ranges, then enter
each range for type ii IDs. There can be up to 16 type ii ranges.
*PHN INTLOCK
An SPI phone resource is said to be CHOSEN when it is activated, while 
a radio resource is said to be SELECTED. A phone channel can be CHOSEN
at the same time a radio channel is SELECTED if the interlocked feature
is not activated on either channel. If the interlocked feature is 
activated on a radio channel, CHOOSING a phone channel will DE-SELECT the
radio channel. If the interlocked feature is activated on a phone channel, 
SELECTING a radio channel will UN-CHOOSE the phone channel.
*CEB ID
The CEB_ID is used to identify channels outside of the current CEB in an
embassy system. For a non-embassy system enter 0 for the CEB ID. Valid
CEB IDs are 1 to 32. 0 denotes a channel in the current CEB.
*FALLBACK
An assignable channel can be programmed to take 1 of 3 actions when
the link to the CAD goes down.  DEASSIGN means the channel will be
deassigned.  DEFAULT means the channel reverts to its default assignment.
NOCHANGE means the channel remains at its current assignment.  NULL is
not used at this time.  To see a menu press F9 from this field.
*ENABLE-TRUNKED-STACK
Enter 'Y' for YES and 'N' for NO. If 'N' is entered, then space is allocated
for only two entries. If 'Y' is entered, space is allocated for the stack size
specified in the "DCCM Parameters Screen". Choose 'N' for channels that do not
require stacking. The maximum number of stack entries at an operator position is
500. This is the stack depth on each DCCM multiplied by the number of DCCMs with
stacking enabled. For assignable DCCMs, this prompt only applies to trunking. 
Assignable DCCMs assigned to MDC will not use this field.
