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PDE-1
PAGING AND DIALING ENCODER
INSTRUCTION MANUAL
Model Features
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Supports 10 pager formats simultaneously
155 entry alias database
Two-tone formats include Motorola, GE, Reach
Send any arbitrary 2 tones for Plectron
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Generates POCSAG
Supports DTMF and several 5-tone formats
Easy to read backlit LCD display
Serial printer logging (w/optional cable)
MANUAL REVISION: 2013-07-19
COVERS PRODUCT SOFTWARE VERSION(S):
1.2
1.3
1.4
1.41 _____
WITH ENCODER/DECODER VERSION(S):
1.1 _____ _____ _____ _____
MIDIAN ELECTRONICS, INC.
To Order: 1-800-MIDIANS
2302 East 22nd Street
Telephone: (520) 884-7981
Tucson, Arizona 85713
[email protected]
1 SPECIFICATIONS
Voltage/Current
Operating Voltage (nominal) ................................. 12 VDC
Operating Voltage (min-max) ...........................12-15 VDC
Operating Current (standby @12 VDC) ................. 100 mA
Operating Current (peak @15 VDC) ...................... 500 mA
Inputs
Input Level (RX) ..................................... 100-3000 mV p-p
Input Impedance (RX) ............................................. > 10k
Outputs
Output Level (TX, unloaded) .................. 150-2500 mV p-p
Output Impedance (TX)........... 27k with jumper JU-4 cut
Mechanical
Dimensions: ..................................... .2⅞"H x 6½W x 8¾"L
Operating Temp ................................................ 0° to 50° C
Encode Formats
AVCALL, GE, REACH, MOTOROLA QUICK CALL 1
(2+2) AND QUICK CALL 2 (1+1), PULSE 1500/2805,
DTMF, CCIR, EEA, EIA, ZVEI, DZVEI, DDZVEI, NATEL,
MODAT, and POCSAG. PLECTRON and other 2-tone
formats supported with ‘any 2-tone’ format.
Quick Call 1 & 2 are trademarks of Motorola.
Other
Alias Database Size ................................................... .155
MIDIAN ELECTRONICS INCORPORATED
PAGE 3
TABLE OF CONTENTS
1
SPECIFICATIONS ........................................................................................................................... 2
2
OVERVIEW ................................................................................................................................ 4
3
INSTALLATION INSTRUCTIONS .............................................................................................. 4
4
5
6
3.1
RADIO INTERFACE................................................................................................................................. 4
3.2
JUMPER SETTINGS................................................................................................................................ 4
3.3
ADJUSTMENTS ...................................................................................................................................... 4
OPERATION .............................................................................................................................. 5
4.1
BASIC OPERATION ................................................................................................................................ 5
4.2
CALLING A UNIT.................................................................................................................................... 6
4.3
USER DATABASE .................................................................................................................................. 6
4.4
SPEED DIAL FEATURE ........................................................................................................................... 7
4.5
SAVED MESSAGES FEATURE ................................................................................................................. 7
4.6
SECURITY FEATURE .............................................................................................................................. 7
MENU SYSTEM.......................................................................................................................... 7
5.1
CALL A UNIT COMMAND ...................................................................................................................... 7
5.2
LOCK OR UNLOCK COMMAND ............................................................................................................. 8
5.3
USERS MENU ...................................................................................................................................... 8
5.4
SAVED MESSAGES MENU ................................................................................................................. 9
5.5
SETUP MENU....................................................................................................................................... 9
APPENDIX ............................................................................................................................... 13
6.1
SYSTEM ERROR MESSAGES ................................................................................................................ 13
6.2
TONE CHARTS .................................................................................................................................... 15
6.3
MENU SYSTEM MAP ............................................................................................................................ 18
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MIDIAN ELECTRONICS INCORPORATED
2 OVERVIEW
The PDE-1 is a multi-format paging and dialing
encoder. It will support up to 10 different formats
simultaneously from the over 35 available. The userfriendly menu system makes it as easy to use as a cell
phone.
2-Tone Formats: AVCALL, GE, REACH, and most
Motorola 1+1 and 2+2 plans. In addition, the ‘any 2tone’ feature allows for direct entry of any 2 arbitrary
frequencies to support PLECTRON and other 2-tone
formats without a standardized code plan.
Other Tone Formats: DTMF, Pulse tone (1500 or
2805), 5/6-tone EIA, EUROSIGNAL, ZVEI, DZVEI,
DDZVEI, EEA, NATEL, and MODAT.
Digital Formats: POCSAG 512, 1200, 2400, numeric
or alphanumeric.
10 Flexible Pager Profiles: Allows up to 10 different
pager types in the same system.
User Database: Allows up to 155 names and numbers
to be stored for easy access. Call a pager by name or
number.
Other Features: 10-entry speed dial list. Saved
message list allows 10 ‘canned’ alphanumeric
messages up to 25 characters long to be saved for
instant access. Security feature helps prevent
unauthorized personnel from tampering with the PDE
configuration. Can operate as a local remote control
with optional microphone. Outgoing pages can be
logged to a serial printer or PC with optional cable.
3 INSTALLATION INSTRUCTIONS
Installation Note: Midian products utilize CMOS integrated
circuits, which are susceptible to damage from high static
charges. Be sure to follow standard antistatic procedures
when handling, including using grounded workstations and
soldering irons and wearing grounding bracelets.
3.1
AUDIO INPUT/RX IN (P1-8) [Blue]
This connection is only required if you wish to hear
radio audio through the PDE speaker. Connect to a
point in the radio where squelch controlled receive
audio is present at a constant level.
AUDIO OUTPUT/TX OUT (P1-4) [Green]
For tone formats you can usually connect to the mic-hi
input of the radio. The output impedance of the PDE
can be adjusted if necessary by replacing leaded
resistor R81 with an appropriate value. For digital
formats (POCSAG), it may be necessary to connect
directly to the modulator inside the radio.
PTT OUTPUT (P1-3) [Yellow]
This open collector output provides a ground to key-up
the radio when transmitting. If connecting to a relay in
the radio, make sure the coil is bypassed with a diode
to eliminate counter-EMF.
COR INPUT (P1-1) [Gray]
This connection is required only if you desire to
activate the Busy Lockout feature of the PDE. Connect
to a point in the radio squelch or CTCSS circuit that
changes logic level when carrier (or CTCSS) is
detected. A radio whose circuitry provides a logic-low
or logic-high can readily turn Q1 on and off. If only a
high level is provided, it may be necessary to move
R40 from its pull-up to its pull-down position.
MONITOR OUTPUT (P1-7) [Orange]
This output can be used to control the monitor function
of the radio using the <MONITOR> button on the PDE.
This is an open collector output which changes state
each time the <MONITOR> button is pressed.
SQ OUT/LTR IN (P1-2) [Brown]
This wire is not used by the PDE.
RADIO INTERFACE
3.2
Radio Interface connector P1 is an 8-pin
RJ-45 style connector in the center of the
back panel.
+V IN (P1-5) [Red]
The PDE can be powered either by an optional wall
transformer or by the radio power supply. Connect this
wire to the radio power source provided it is between
12 and 15 VDC.
If using a wall transformer, make sure the voltage is
between 12 and 15 VDC and the current rating is at
least 500mA. Also, be certain that positive is
connected to the center pin (inside sleeve).
GROUND (P1-6) [Black]
Connect to radio ground.
JUMPER SETTINGS
There are two user configurable jumpers, JU1 and
JU4. Both are installed at the factory. JU1 allows
signaling audio to be heard in the local speaker. If this
is not desired, cut JU1.
JU4 controls the output impedance of transmit audio.
See OUTPUT LEVEL below to determine if JU4 will
need to be cut.
3.3
ADJUSTMENTS
Once the unit has been connected to the radio, several
adjustments must be made to achieve proper
operation. It will be necessary to open the unit. Use the
pictorial to identify the location of the following trim
pots: R32 near connector P3, R51 near IC U6, and
R105 near the volume control.
MIDIAN ELECTRONICS INCORPORATED
PAGE 5
OUTPUT LEVEL
Use a service monitor to measure the modulation level
generated by the unit. Cause the unit to generate tones
by first pressing <SEND> at the CALL A UNIT prompt
and then typing in 1000010000 and pressing <SEND>.
Adjust R51 so that the modulation level is at 2/3 of the
maximum system modulation (typically 3.3 kHz).
If the output level cannot be adjusted low enough, it will
be necessary to cut JU4. This changes the output from
low impedance to high impedance.
MICROPHONE GAIN
If an optional microphone is installed, the microphone
audio level must be adjusted. Cause the unit to go into
transmit mode by holding down the <SEND> key.
Speak loudly into the microphone at a normal distance.
Adjust R105 such that maximum system modulation is
achieved at peak voice.
SPEAKER PRE-AMP
SCROLL INDICATORS – An arrow appearing on
either side of the display indicates more choices are
available by pressing the corresponding <SCROLL>
button.
<SEND> Button – Selects the item shown on the
display. Press <SEND> when CALL A UNIT is
displayed and you will enter Call Mode. In Call Mode,
you will be prompted for CAP code (or a User Name).
As shipped from the factory, you can place a Motorola
general 1+1 page right now by typing a 3-digit CAP
code, followed by <SEND>. If you press <SEND>
without typing in a CAP code, it will act like the PTT
button of the radio.
Though the PDE has a volume control knob, it also has
an input audio pre-amplifier. While listening to audio on
the channel, adjust R32 so that the minimum and
maximum volume control settings are at desired levels.
<#> POUND Button – This button is used any time
you wish to escape the current selection or abort data
entry. Press this key to escape the Call Mode and
return the PDE to the Main Menu. Repeatedly pressing
the <#> button will always return the PDE to the Main
Menu.
PRINTER OPTION
4.1.2
With an optional cable, the PDE can log paging activity
to a serial printer or even a PC equipped with a COM
port. The PDE printer port configuration is fixed at 9600
baud, 8 data bits, 1 stop bit, and no parity. To use the
printer, you will have to turn the printer option on in the
CONSOLE SETUP. Next, plug the modular plug of the
cable into P4 (closest to the volume control). You may
need a 9 to 25-pin adapter to connect to your printer. If
you choose to log to a PC, you will need a null modem.
<MONITOR> - This button always controls the monitor
function of the radio (if monitor output connected).
Press <MONITOR> to toggle the state of the monitor
output to the radio.
4 OPERATION
4.1 BASIC OPERATION
4.1.1
Navigating the PDE
The PDE starts off at the Main Menu as illustrated
below.
Other Controls and Indicators
POWER / ALARM LED – Glows red when power is
turned on.
TRANSMIT / BUSY LED – This LED is off when there
is no activity. It glows red during transmit. It blinks
green any time the radio channel is busy (provided
COR input is active and connected).
NUMBER Keys – The number keys are used for both
numeric and alphanumeric data entry. They may also
be used as Speed Dial buttons if the feature is
enabled.
<*> STAR Button – Pressing the <*> will toggle the
data entry mode between numeric and alphanumeric
where this is appropriate (such as when entering
POCSAG messages). It can also be used to enter
special DTMF characters *,#,A,B, and C (‘D’ is not
supported).
4.1.3
Data Entry
The PDE supports two modes of data entry: numeric
and alphanumeric. When numeric entry is called for
such as when entering a CAP code, simply press the
appropriate number keys. Alphanumeric entry is called
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MIDIAN ELECTRONICS INCORPORATED
for when entering User Names or messages for
POCSAG alpha pagers.
Entering alphabetic characters using the numeric
keypad is easy. All of the letters of the alphabet appear
above the numbers on the keypad. For example, the
letters ‘A’ ‘B’ and ‘C’ appear on the <2> key.
Alphabetic characters are entered by pressing 2 digits.
The first digit is the key with the desired letter
appearing on it. The 2nd digit is the position of the letter
on that key. For example, the code for the letter ‘C’ is
23 since it is the 3rd letter on the <2> key. The letter ‘T’
is the 1st letter on the <8> key, so its code is 81.
To enter numeric characters in alphanumeric mode,
press the <0> key followed by the desired digit.
Punctuation characters such as comma <,> and <-> do
not appear on the keypad. Special codes have been
assigned to allow entry of those characters. Please
refer to the following chart.
During data entry, the left <SCROLL> button acts as
backspace, and the <#> button aborts data entry. In
some cases, you can use the <*> button to toggle
between numeric and alphanumeric entry (more on this
later on).
4.2 CALLING A UNIT
4.2.1
Automatic Pager Profile Selection
At this time, you may wish to connect the audio output
(green wire) of the PDE to an amplified speaker so you
can hear the paging tones go out. Select CALL A
UNIT from the Main Menu. Type in 3 digits and press
<SEND>. You should hear a 1 second tone followed by
a 3 second tone. You have just sent a Motorola
General Plan 1+1 page.
Now try typing in a 4-digit number. You should hear
DTMF tones. You may ask, how does the PDE know
which paging format to use? Later on, when there are
entries in the User Database, the PDE will determine
the format based on the information in the database.
Right out of the box, the PDE database is blank so
another method is used.
The PDE picks the Pager Profile automatically based
on the number of digits entered. Enter 3 digits and
profile 3 is chosen. Enter 10 digits and profile 10 is
used. This was done so that the PDE would work right
out of the box. Each of the 10 pager profiles were
initialized at the factory with examples. Try entering 7
digits and you can do a POCSAG page.
4.2.2
Changing Pager Profiles
A=21
I=43
Q=72
Y=93
7=07
- =15
B=22
J=51
R=73
Z=94
8=08
+ =16
C=23
K=52
S=74
1=01
9=09
] =17
D=31
L=53
T=81
2=02
0=00
* =18
Say you have pagers that work with Motorola code
plan ‘L’. You can change profile 3 to match this format.
Navigate to SETUP->PAGER SETUP->Profile 3
and press <SEND>. You will first be prompted for a
Profile Name. You can call it whatever you want, let’s
say MOT L:
E=32
M=61
U=82
3=03
. =11
/ =19
61 63 81 10 53 <SEND>
F=33
N=62
V=83
4=04
, =12
G=41
O=63
W=91
5=05
?=13
H=42
P=71
X=92
6=06
[=14
=10
Space
The code 10 is used to insert a space between
characters.
4.1.4
Entering Special DTMF Digits
The PDE supports the following special DTMF 'digits'
in numeric entry mode: *, #, A, B, and C (D is not
supported). These are entered using 2-key sequences
as follows:
*=**
#=*#
A=*1
B=*2
C=*3
These special digits can only be entered when adding
a User ID to the database. They cannot be dialed
directly from the call mode (unless the database is
empty). Also, these special sequences should not be
used unless you are using DTMF as the encode
format.
Next you will be prompted for pager type. It should
already say ‘2-Tone’, just press <SEND>. Next you
will be prompted for the pager Format. Scroll right until
you find ‘MOTOROLA L’ and press <SEND>. Next you
will be prompted for the 1st and 2nd tone times. They
have already been set for 1000 and 3000 milliseconds
respectively, which is correct for Motorola. Press
<SEND> for each one. You will hear a confirmation
signal. Changes do not take effect until the
confirmation beeps are heard. Now all 3-digit pages
will be in the Motorola L format.
This was just one example of a pager profile. The
information prompted for will be depend on pager type.
For example, a POCSAG pager profile includes a baud
rate setting. Please refer to section 5.5.4, PAGER
SETUP.
4.3 USER DATABASE
The user database makes day-to-day operation of the
PDE much easier. You can use easy-to-remember
names instead of just numbers. It is advised that the
pager profiles be setup before setting up the user
database.
MIDIAN ELECTRONICS INCORPORATED
4.3.1
User Database Features
The primary purpose of the user database is to
associate a name (or alias) with a pager profile and
CAP code. This way, when you go to place a page, the
name of the person can be selected from the
database. The PDE can store up to 155 aliases in its
database. The PDE retains the database memory even
when switched off.
4.3.2
Setting Up the User Database
Begin by compiling a list of names along with the pager
profiles and CAP codes. Give some thought on how
you are going to abbreviate the names since only 14
characters per name are available. To begin entering
data, select Add User from the USERS menu. See the
description of these items in the USERS menu section
5.3 for more information.
4.3.3
Calling a Unit in the Database
To place a call to a unit in the database, first select
CALL A UNIT from the Main Menu. Press the right
<SCROLL> button to display the first user in the
database. Either the CAP code will be displayed, or the
User Name (alias) will be displayed.
This is determined by the Call Entry Mode setting.
Once there are entries in the database, you should
navigate to:
SETUP->CONSOLE SETUP->Call Entry Mode
and change this setting to ALPHA. By doing this, you
will automatically be prompted for a User Name
instead of a CAP code. You can always use the <*>
button to toggle the entry mode between numeric (CAP
code) and alphanumeric (User Name). The <*> button
can also be used to see which CAP code is assigned
to the User Name shown in the display.
In either case, after pressing the right <SCROLL>
button, the left and right scroll indicators will appear on
the bottom line. This indicates that the PDE is in the
Select Mode. Use the <SCROLL> keys to locate the
desired user within the database. When the name is
located, press the <SEND> key to place the call. The
<#> key may be used at any time prior to pressing
<SEND> to cancel the call.
To locate a user in the database more quickly, you can
enter one or more of the first few letters of the User
Name code prior to pressing the right <SCROLL>
button. The PDE will search the database for users
matching the first few letters. You can also do the
same thing in numeric entry mode, but with numbers.
4.4
SPEED DIAL FEATURE
When the speed dial feature is enabled, you can
simply press and hold any of the digits 0-9 for 1.5
seconds to place a call (when in Call Mode only). First,
you must enter each user assigned to a speed dial
button into the database. Then, navigate to
PAGE 7
SETUP->SPEED DIAL SET->Speed Dial
And turn the feature on. Next, scroll right and select the
speed dial button you wish to assign to a user. Locate
the user in the database in the same manner as if
placing a call.
4.5
SAVED MESSAGES FEATURE
The PDE can stored up to 10 ‘pre-canned’ messages
of up to 25 characters each for use with POCSAG
paging. See section 5.4 on SAVED MESSAGES for
information on entering the messages. See section
5.1.1 on POCSAG Message Entry for how to recall
saved messages when doing a POCSAG page.
4.6
SECURITY FEATURE
The menu system incorporates a lock feature to
prevent unauthorized personnel from changing the
PDE configuration. The lock feature also serves to
simplify day-to-day operation of the unit.
When the LOCK command is selected, all of the
menus are disabled. The only items available will be
CALL A UNIT and UNLOCK. Selecting UNLOCK
makes all of the menu items available again.
When locked, the unit is password protected so only
authorized personnel may unlock the menus. As
shipped from the factory, the security feature is
disabled and the LOCK/UNLOCK options do not
appear. To enable the feature and select a password,
see the SECURITY SETUP menu item.
Remember your password! Once security is enabled
and the menus are locked, the only way to unlock will
be to use the password. If you do forget the password,
contact Midian for the reset procedure.
5
MENU SYSTEM
The following sections describe the various functions of
the menu system. Factory default settings are
underlined.
5.1
CALL A UNIT COMMAND
Places the unit into Call Mode. All pages are done
from Call Mode. Selecting a unit to call may be done in
several ways.
Speed Dial mode – If speed dial is enabled, simply
press and hold the number key associated with the unit
you wish to call. If the speed dial key continues to be
held after the page is complete, it will serve to keep
PTT asserted for voice-over paging.
For the following four modes, the <SEND> key is
pressed to send the page. If doing voice-over paging,
keep the <SEND> key pressed to hold up PTT.
Direct Numeric Entry mode – Simply key in the CAP
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MIDIAN ELECTRONICS INCORPORATED
Code of the unit you wish to call.
Direct Alphanumeric Entry mode – Key in the User
Name as it appears in the user database.
Numeric Select mode – Press the right <SCROLL>
button to enter select mode. Now you can use both left
and right <SCROLL> buttons to select a CAP code
from the database. Also, you may enter a partial CAP
code prior to pressing right <SCROLL> to find the 1st
entry in the database matching the partial code.
Alphanumeric Select mode – Press the right
<SCROLL> button to enter select mode. Now you can
use both left and right <SCROLL> buttons to select a
CAP code from the database. Also, you may enter a
partial name prior to pressing right <SCROLL> to find
the 1st entry in the database matching the partial name.
Remember, you can use the <*> to toggle between
numeric and alphabetic entry modes. Press <SEND>
to make the call. When sending to a POCSAG pager,
you will then be prompted for a numeric or
alphanumeric message. Entering a message may be
done in several ways.
5.1.1
POCSAG Message Entry
Numeric Entry mode – Simply key in the numeric
message up to 14 digits.
Alphanumeric Entry mode – Key in an alphanumeric
message up to 25 characters.
Select mode – Press the right <SCROLL> button to
enter select mode. Now you can use both the left and
right <SCROLL> buttons to select a message from the
list of 10 ‘pre-canned’ messages in the Saved
Messages list.
Press <SEND> after message entry to place the page.
Note: Numeric POCSAG pagers can decode the
following special non-numeric characters: space ? U - [
]. Alphanumeric entry mode is required to enter these
special ‘numeric’ characters. Note that the U character
is typically understood to mean ‘urgency’.
Press <#> to escape the Call mode and return to the
Main Menu.
5.2
LOCK OR UNLOCK COMMAND
Note The LOCK and UNLOCK menu options do not
appear unless enabled in SECURITY SETUP.
Selecting LOCK will disable access to the parts of the
menu system described in the following sections.
Select UNLOCK to enable the entire menu system.
You must enter a 4-digit password to unlock the menu
system. See SECURITY SETUP for more information.
5.3
5.3.1
USERS MENU
Add User menu
Allows the system administrator to add a new user to
the database. When ADD USER is selected, you will
be prompted to fill in the information for that user such
as User Name and CAP Code. See EDIT USER for
more information.
5.3.2
Delete User menu
Allows you to delete a user record from the database.
When DELETE USER is selected, you will be able to
select the user you wish to delete in the same manner
as if placing a call to a unit. Use the scroll buttons to
find the user you wish to delete. Press <SEND> to
delete the selected user. You will have to press
<SEND> a second time to confirm. Press <#> to
cancel if you change your mind.
5.3.3
EDIT USER menu
Allows you to change information about a user. Select
the user you wish to edit in the same manner is if
placing a call to that user. Use the scroll buttons to find
the user you wish to edit. Press <SEND> to edit the
information for the selected user.
You will be prompted to fill out each field in turn. After
entering the data for a field, press <SEND> to go on to
the next field. To leave a field unchanged, simply press
<SEND> without entering data.
5.3.3.1 User Name field
This alphanumeric field contains the name of the user
associated with a unit. A maximum of 14 characters
may be used. A name already in the database will not
be accepted. See the Data Entry section for more
information.
Range:
0-14 characters
Default:
blank
5.3.3.2 Pager Profile setting
Select from among the 10 pager profiles by name
using the <SCROLL> buttons.
Range:
0-14 characters
Default:
N/A
5.3.3.3 CAP Code field or Frequency fields
If the pager type is 2-tone, 5-tone, DTMF, or POCSAG,
You will be prompted for a numeric CAP code to be
associated with the unit. If using AVCALL, see the
section 6.2.1 for entry instructions. If using Motorola
Quick Call 1 (2+2), see section 6.2.2 for entry
instructions.
Range:
1-10 digits depending on pager format
Default:
blank
If the pager type is ‘any 2-tone’ you will be prompted to
enter two 5-digit frequencies. The 1st digit is the 1000’s
place and the last the 1/10’s place. For example 615.8
Hz is entered as 06158, 1985.0 Hz is entered as
19850. Technically, you can enter anything from
0000.0 to 9999.9 Hz, however the practical maximum
is about 3000.0 Hz.
Range:
5 digits
MIDIAN ELECTRONICS INCORPORATED
Default:
5.4
blank
SAVED MESSAGES MENU
Allows you to edit each of the 10 saved alphanumeric
messages used in POCSAG paging, These messages,
each up to 25 characters in length, are saved even
when power is turned off. Though these entries are
alphanumeric, they can also be used with numeric only
pagers provided the message is limited to the
characters 0123456789?U-][ and space.
5.4.1
Message 1
Range:
0-25 characters
Default:
blank
5.4.2
Message 2
Range:
0-25 characters
Default:
blank
5.4.3
Message 3
Range:
0-25 characters
Default:
blank
5.4.4
Message 4
Range:
0-25 characters
Default:
blank
5.4.5
Message 5
Range:
0-25 characters
Default:
blank
5.4.6
Message 6
Range:
0-25 characters
Default:
blank
5.4.7
Message 7
Range:
0-25 characters
Default:
blank
5.4.8
Message 8
Range:
0-25 characters
Default:
blank
5.4.9
Message 9
Range:
0-25 characters
Default:
blank
5.4.10 Message 10
Range:
0-25 characters
Default:
blank
5.5
5.5.1
SETUP MENU
SPEED DIAL SETUP menu
Allows you to configure the speed dial feature. The
PAGE 9
speed dial entries 0-9 correspond to the number keys
0-9. To associate a unit to a speed dial number, it must
be in the user database. For each speed dial, simply
locate the user in the database much in the same way
as placing a call to a unit.
5.5.1.1 Speed Dial feature
As shipped, speed dial is disabled. Change this setting
to ON to begin using the speed dial feature.
OFF
Disable speed dial feature.
ON
Enable speed dial feature.
5.5.1.2 Speed Dial 0 setting
Range:
0-14 characters
Default:
blank
5.5.1.3 Speed Dial 1 setting
Range:
0-14 characters
Default:
blank
5.5.1.4 Speed Dial 2 setting
Range:
0-14 characters
Default:
blank
5.5.1.5 Speed Dial 3 setting
Range:
0-14 characters
Default:
blank
5.5.1.6 Speed Dial 4 setting
Range:
0-14 characters
Default:
blank
5.5.1.7 Speed Dial 5 setting
Range:
0-14 characters
Default:
blank
5.5.1.8 Speed Dial 6 setting
Range:
0-14 characters
Default:
blank
5.5.1.9 Speed Dial 7 setting
Range:
0-14 characters
Default:
blank
5.5.1.10 Speed Dial 8 setting
Range:
0-14 characters
Default:
blank
5.5.1.11 Speed Dial 9 setting
Range:
0-14 characters
Default:
blank
5.5.2
TIME SETUP menu
Note: It is necessary to set the time only if using
optional printer. In order for the correct time to be
PAGE 10
MIDIAN ELECTRONICS INCORPORATED
displayed on the print logs, the time clock must be set.
The unit must remain switched-on at all times in
order to keep track of the time. The clock must be set
each time the unit is powered up.
5.5.2.1 Hour setting
Set the hour of the day in 24-hour format. Enter two
digits.
5.5.3.5 Contrast setting
Allows the display contrast to be adjusted for best
viewing.
LOW
Low contrast setting.
HIGH
High contrast setting.
5.5.3.6 Mic. Option setting
5.5.2.2 Minute setting
Selects which type of optional microphone accessory is
attached to the PDE. This is necessary so that the
PDE knows how to treat the external inputs (for
example off-hook or monitor).
Set the minutes past the hour. Enter two digits.
NONE
Range:
00-59
GOOSENECK Gooseneck style microphone.
Default:
00
PADDLE
Paddle style desktop microphone.
HANDSET
External handset.
Range:
00-23
Default:
00
5.5.3
CONSOLE SETUP menu
No microphone.
5.5.3.7 Printer Option
Determines if numeric entry or alphanumeric data entry
is the default mode when placing a call. The mode of
entry can be toggled by pressing the <*> key during
data entry.
The PDE, if ordered with the printer cable option, can
log the ANI traffic to a serial printer. The printer must
have a print buffer and a standard RS-232 port. It must
be configured for 9600 baud, 8 data bits, 1 stop bit and
no parity. In order to send data to the printer, this
option must be on.
NUMERIC
Start in numeric only mode.
OFF
Do not send data to printer.
ALPHA
Start entry in alphanumeric mode.
ON
Send data to printer.
5.5.3.1 Call Entry Mode setting
5.5.3.2 Fast Scrolling setting
Fast Scrolling allows for faster navigation through the
menu system. The PDE can also animate the scrolling
of the screen from side-to-side. This provides positive
feedback in response to scrolling through menus and
the ANI log. If this effect is desired, Fast Scrolling can
be disabled.
5.5.4
PAGER SETUP menu
Allows you define up to 10 different pager types. There
are 10 pager Profiles consisting of the fields described
below. Each profile has a factory default setting
intended as examples to follow.
OFF
Animate scrolling from side to side.
5.5.4.1 Profile Name field
ON
Scroll at fast speed.
Turning this option on causes a beep to be heard for
each key press. If this option is off, only error and
confirmation tones will be heard.
This can be any alphanumeric string up to 14
characters. The name should be chosen based on the
pager description such as ‘MOT PLAN L’ or ‘POC
ALPHA 12’. When a user is added to the database,
you will be able to scroll through the 10 profile names
and select the appropriate one.
OFF
Keypad beeps off.
5.5.4.2 Pager Type field
ON
Keypad beeps on.
Select the basic pager type. You will then be prompted
for more information based on the pager type. The
following pager types are available:
5.5.3.3 Keypad Beep option
5.5.3.4 Internal Speaker setting
If audio input of the PDE is connected to the radio, it’s
audio may be heard from the PDE speaker. If this is
not desired, turn this setting off. Note that if this setting
and the Keypad Beep option are both turned off, error
and confirmation beeps can still be heard. If it is
desired that absolutely no sound be heard from the
console speaker, simply disconnect it from the main
circuit board.
OFF
Internal speaker disabled.
ON
Internal speaker enabled.
2-Tone
5/6-Tone
Pulse Tone
Any 2 tones
DTMF
POCSAG
MIDIAN ELECTRONICS INCORPORATED
PAGE 11
5.5.4.3 2-Tone type
EIA
5.5.4.3.1 Format field
EUROSIGNAL
Select the format matching the pager from among the
following:
ZVEI
AVCALL/QC1 2+2
GE
DZVEI
DDZVEI
CCIR
REACH
EEA
MOT GENERAL
MOTOROLA A
NATEL
MODAT
MOTOROLA B
5.5.4.4.2 1st Tone Time field
MOTOROLA C
Enter the duration of the 1st tone in milliseconds. For
EIA pagers, this is typically 33 milliseconds. All 4 digits
must be entered.
MOTOROLA D
MOTOROLA E
Range:
MOTOROLA F
0000 to 9999 milliseconds
5.5.4.4.3 Nth Tone Time field
MOTOROLA G
MOTOROLA J
Enter the duration of for each of the tones that follow
the 1st tone in milliseconds. For EIA pagers, this is
typically 33 milliseconds. All 4 digits must be entered.
MOTOROLA K
Range:
MOTOROLA H
MOTOROLA M
0000 to 9999 milliseconds
5.5.4.5 Pulse Tone type
MOTOROLA N
5.5.4.5.1 Format field
MOTOROLA P
Choose the tone frequency.
MOTOROLA Q
2805
MOTOROLA R
1500
MOTOROLA S
5.5.4.5.2 Make Time field
MOTOROLA T
Enter the make time (on-time) of each pulse. The
‘break’ time (off-time) will be 1.5 times the make time.
For example, if the make time is 40 ms, the break time
is 60 ms. All 4 digits must be entered.
MOTOROLA U
MOTOROLA V
MOTOROLA W
Range:
0000 to 9999 milliseconds
st
5.5.4.3.2 1 Tone Time field
Enter the duration of the 1st tone in milliseconds. For
Motorola pagers, this is typically 3 seconds (3000
milliseconds). All 4 digits must be entered.
Range:
0000 to 9999 milliseconds
5.5.4.3.3 2nd Tone Time field
Enter the duration of the 2nd tone in milliseconds. For
Motorola pagers, this is typically 1 second (1000
milliseconds). All 4 digits must be entered.
Range:
0000 to 9999 milliseconds
5.5.4.4 5/6-Tone type
5.5.4.4.1 Format field
Select the format matching the pager from among the
following:
5.5.4.5.3 Tail Time field
Enter the duration that tone should remain on after
dialing. All 4 digits must be entered.
Range:
0000 to 9999 milliseconds
5.5.4.6 Any 2 Tones type
Note that this format is provided to support
PLECTRON and other formats which do not conform to
a standardized code plan.
5.5.4.6.1 1st Tone Time field
Enter the duration of the 1st tone in milliseconds. In the
PLECTRON fast format, this is 750 ms. All 4 digits
must be entered.
Range:
0000 to 9999 milliseconds
PAGE 12
MIDIAN ELECTRONICS INCORPORATED
5.5.4.6.2 2nd Tone Time field
nd
Enter the duration of the 2 tone in milliseconds. In the
PLECTRON fast format, this is 250 ms. All 4 digits
must be entered.
Range:
0000 to 9999 milliseconds
follows:
Profile Name:
Pager Type:
Format:
Make Time:
Tail Time:
PULSE 2805
Pulse Tone
2805
0040
1000
5.5.4.7 DTMF type
5.5.4.9.2 Profile 2
5.5.4.7.1 On Time field
The factory default settings for this profile are as
follows:
Enter the tone on-time. All 4 digits must be entered.
Range:
0000 to 9999 milliseconds
5.5.4.7.2 Gap Time field
Enter the gap time between tones. All 4 digits must be
entered.
Range:
0000 to 9999 milliseconds
5.5.4.8 POCSAG type
Profile Name: REACH 2-TONE
Pager Type: 2-Tone
Format:
REACH
1st Tone Time: 2000
2nd Tone Time: 0700
5.5.4.9.3 Profile 3
The factory default settings for this profile are as
follows:
NUMERIC
Numeric only pager.
Profile Name: MOT GENERAL
Pager Type: 2-Tone
Format:
MOT GENERAL
1st Tone Time: 1000
2nd Tone Time: 3000
ALPHA
Alphanumeric pager.
5.5.4.9.4 Profile 4
5.5.4.8.1 Pager Display field
Set the display type of the pager.
5.5.4.8.2 Baud Rate field
Set the baud rate of the pager.
The factory default settings for this profile are as
follows:
Profile Name:
Pager Type:
On Time:
Off Time:
512
1200
2400
5.5.4.8.3 Invert field
If Invert is on, the POCSAG data bits are inverted.
Whether or not this needs to be done will depend on
the radio and installation point. Determine this setting
by experiment.
OFF
Do not invert bits.
ON
Invert POCSAG data bits.
DTMF
DTMF
0050
0050
5.5.4.9.5 Profile 5
The factory default settings for this profile are as
follows:
Profile Name: EIA 5-TONE
Pager Type: 5/6-Tone
Format:
EIA
1st Tone Time: 0033
Nth Tone Time: 0033
5.5.4.8.4 Function Bits field
5.5.4.9.6
Profile 6
The way a pager handles the function bits depends on
the specific pager. In some instances, they control
which sound the pager makes when it goes off.
The factory default settings for this profile are as
follows:
10
Profile Name: EUROSIGNAL
Pager Type: 5/6-Tone
Format:
EUROSIGNAL
1st Tone Time: 0100
Nth Tone Time: 0100
11
5.5.4.9.7
5.5.4.9 Pager Profiles and Defaults
The factory default settings for this profile are as
follows:
00
01
The following shows the factory default pager profile
settings that allow the PDE to function ‘out of the box’.
Please refer to section 4.2.1 for more information.
5.5.4.9.1 Profile 1
The factory default settings for this profile are as
Profile 7
Profile Name: POCSAG-NUMERIC
Pager Type: POCSAG
Pager Display: NUMERIC
Baud Rate:
1200
Invert:
OFF
MIDIAN ELECTRONICS INCORPORATED
Function Bits: 00
5.5.4.9.8
Profile 8
The factory default settings for this profile are as
follows:
Profile Name: QUICK CALL 1
Pager Type: 2-Tone
Format:
AVCALL/QC1 2+2
1st Tone Time: 1000
2nd Tone Time: 1000
5.5.4.9.9
Profile 9
PAGE 13
New calls cannot be placed until the pending call is
completed or canceled. When this option is OFF, the
unit will transmit regardless of the state of the COR
input.
OFF
Transmit regardless of COR input.
ON
Do not transmit when channel busy.
5.5.6
SECURITY SETUP menu
5.5.6.1 Security setting
The factory default settings for this profile are as
follows:
Allows the security option to be turned on and off. If
turned off, the LOCK/UNLOCK menus will not appear.
Profile Name: GE 2-TONE
Pager Type: 2-Tone
Format:
GE
1st Tone Time: 1000
2nd Tone Time: 1500
OFF
Disable security feature.
ON
Enable security feature.
5.5.4.9.10 Profile 10
The factory default settings for this profile are as
follows:
Profile Name: PLECTRON-FAST
Pager Type: Any 2-Tones
1st Tone Time: 0750
2nd Tone Time: 0250
5.5.6.2 Password setting
Sets the password required to UNLOCK the menu
system when the Security is turned on. Must be 4
numeric digits.
Range:
4 digits
Default:
0000
5.5.7
UTILITIES menu
5.5.7.1 Reset Defaults
5.5.5
RADIO SETUP menu
5.5.5.1 Keyup Delay setting
This sets the Key-Up Delay, also known as Front
Porch Time. This is the amount of time the PDE will
wait after asserting PTT before sending tones over the
air. This time allows for delays introduced by repeaters
and decoding of squelch control signals such as
CTCSS.
Range:
01 to 99 * 100 milliseconds
Default:
04 * 100 milliseconds
This will reset all the parameters listed above to the
factory default settings. The contents of the user
database will not be affected.
5.5.7.2 Clear Database
This will completely clear the user database. The
contents of the other parameters listed above will not
be affected.
5.5.7.3 Factory Debug
This is used by the factory for product testing. Do not
select this function unless directed to do so by
Midian Technical Support.
5.5.5.2 COR Polarity setting
Note: If not using the Busy Lockout feature, you may
leave the COR input unconnected.
The COR input is used in conjunction with the Busy
Lockout feature. Change this setting to match the
state of the COR (carrier detect) input when the radio
channel is busy.
LOW
Channel is busy when COR is 0V.
HIGH
Channel is busy when COR is 5V.
5.5.5.3 Busy Lockout feature
This feature prevents the PDE from transmitting on a
busy channel. If this feature is ON, the unit will not
transmit when the COR input is in the active state.
When making a call and the channel is busy, the PDE
will wait until the channel is clear and then transmit.
6
APPENDIX
6.1 SYSTEM ERROR MESSAGES
CHANNEL BUSY
Reason: An attempt was made to transmit or make a
call on a busy channel with busy lockout enabled.
Solution: Wait until the channel is clear before
transmitting.
DATABASE EMPTY
Reason: An attempt was made to edit or delete a user
PAGE 14
when the database was empty.
Solution: These functions do not apply when the
database is empty.
DATABASE FULL
Reason: An attempt was made to add a user to the
database and there is no more room. The maximum
number of user aliases of 155 cannot be exceeded.
Solution: Remove any old user names that are no
longer in service. If this is not possible, contact Midian
for possible alternative products.
MIDIAN ELECTRONICS INCORPORATED
This can happen in the if the total time of the key-up
delay and encoding exceeds 20 seconds. This is not
likely to happen unless non-standard encode timings
and encode lengths are used. It is also possible that
there could be a hardware failure.
Solution: If total time of the key-up delay and signaling
tones exceeds 20 seconds, simply press <SEND> to
clear the message from the display. The page will still
be sent. In the event of a hardware failure, contact
Midian technical support to determine if that is the
cause.
INVALID CAP CODE
DATABASE ERROR
Reason: The number of digits in the CAP code are
incorrect for the pager format being used.
Reason: One or more entries in the user database has
been corrupted. This can happen if power is lost at the
exact time the database is being updated. Any
corrupted records will be blanked-out and must be reentered.
Solution: Enter the correct number of digits. Most builtin 2-tone formats require exactly 3 digits. POCSAG
requires 7 digits, and ‘any 2-tone’ requires 10 digits.
The other formats can accept 1-10 digits.
Solution: Cycle power to the unit. This should clear the
error. If the error message continues to come up,
contact Midian technical support.
NOT FOUND
Reason: There is no entry in the user database that
matches the data entered.
Solution: Choose a unique user name for each user. If
it is necessary to edit the user record, use the edit
menu.
Solution: When selecting a user to call, the name or
the CAP code can be entered in whole or in part. When
entering a partial name or CAP code, press the right
<SCROLL> button to search the database for the first
partial match. Press <SEND> only if the whole CAP
code or name has been entered. There may be no
entry in the database that matches in whole or in part.
In that case, the user must be added to the database.
EE CHKSUM ERR
NOT NUMERIC MESSAGE
Reason: The configuration settings stored in EEPROM
have been corrupted. This can happen if power is lost
at the exact time a parameter is being updated. All
configuration settings will be set back to defaults. The
user database should not be affected.
Reason: You are trying to send a message containing
non-numeric characters (other than those below) to a
POCSAG pager designated as being numeric only.
DUPLICATE NAME
Reason: An attempt was made to add a user name to
the database which is already in the database. Each
user name in the database must be unique.
Solution: Cycle power to the unit. This should clear the
error. If the error message continues to come up,
contact Midian technical support.
Solution: Restrict your entry to POCSAG ‘numeric’
characters only. These are 0123456789?U-][ and
space.
PROFILE IN USE
EE WRITE FAIL
Reason: The EEPROM chip or connections to it have
failed.
Solution: Contact Midian for instructions on getting the
unit repaired.
ENCODER TIMEOUT
Reason: The PDE expects a page to be completed
within 20 seconds and this time has been exceeded.
Reason: You have selected a pager profile to edit that
is associated with a user in the database. This
message is provided as a warning so that you do not
change a user’s profile unintentionally.
Solution: You may either press <#> to cancel your
selection, or press <SEND> to proceed to view or edit
the selected profile. Changing an already assigned
profile may cause problems if the profile changes, say,
from POCSAG to 2-Tone because 2-Tone users
cannot have 7-digit CAP codes! Please keep this in
mind if you proceed to do this.
MIDIAN ELECTRONICS INCORPORATED
SPEED DIAL EMPTY
Reason: You have pressed a speed dial number, but
there is no user associated with it. The user may have
been deleted, or no association was ever made.
Solution: Go to speed dial setup and associate a user
in the database to the speed dial number.
6.2
TONE CHARTS
Below are tone charts for some selected formats
provided for your convenience. For an extensive
collection of full-size tone charts, please view our online tone charts at:
http://www.midians.com/pdf/tone_signaling.pdf
6.2.1
AVCALL CAP code entry
AVCALL is not like the other tone formats in that the
CAP code consists of alphabetic characters instead of
numbers. To overcome this, AVCALL CAP codes must
be entered as 2 digits per letter. A total of 8 digits must
be entered. Refer to the following conversion chart.
PAGE 15
PDE-1
CODE
00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
6.2.2
AVCALL 2+2
AVCALL
TONE
CODE
FREQ
A
0312.6
B
0346.7
C
0384.6
D
0426.6
E
0473.2
F
0524.8
G
0582.1
H
0645.7
J
0716.1
K
0794.3
L
0881.0
M
0977.2
P
1083.9
Q
1202.3
R
1333.5
S
1479.1
QUICK CALL 1 CAP code entry
Quick Call 1 (2+2) is not like the other tone formats in
that the CAP code consists of alphabetic characters
instead of numbers. To overcome this, Quick Call 1
CAP codes must be entered as 2 digits per code. A
total of 8 digits must be entered. Refer to the following
conversion chart
PAGE 16
MOTOROLA QUICK CALL 1
TWO PLUS TWO (2+2)
OR CODE TYPE “Y”
PDE-1
QC1
TONE
CODE
CODE
FREQ
SERIES A
16
DA
0398.1
17
EA
0441.6
18
FA
0489.8
19
GA
0543.3
20
HA
0602.6
21
JA
0668.3
22
KA
0741.3
23
LA
0822.2
24
MA
0912.0
25
CA
0358.9
26
NA
1011.6
27
PA
1122.1
B SERIES
28
DB
0412.1
29
EB
0457.1
30
FB
0507.0
31
GB
0562.3
32
HB
0623.7
33
JB
0691.8
34
KB
0767.4
35
LB
0851.1
36
MB
0944.1
37
CB
0371.5
38
NB
1047.1
39
PB
1161.4
Z SERIES
40
DZ
0384.6
41
EZ
0426.6
42
FZ
0473.2
43
GZ
0524.8
44
HZ
0582.1
45
JZ
0645.7
46
KZ
0716.7
47
LZ
0794.3
48
MZ
0881.0
49
CZ
0346.7
50
NZ
0977.2
51
PZ
1084.0
6.2.3
PLECTRON Chart
The PLECTRON format does not use CAP codes.
Instead, the frequencies of the tones must be entered
directly. Use the ‘Any 2-Tones’ format for PLECTRON.
MIDIAN ELECTRONICS INCORPORATED
6.2.4
Motorola 2-tone Charts
The following Motorola 2-tone information is provided
for your convenience.
6.2.5
GE 2-tone Charts
The following GE 2-tone information is provided for
your convenience.
MIDIAN ELECTRONICS INCORPORATED
PAGE 17
6.2.7
5/6-tone Chart
The following 5/6-tone information is provided for your
convenience.
6.2.6
REACH 2-tone Charts
The following REACH 2-tone information is provided
for your convenience.
6.2.8
Pager Timing Charts
The following timing information is provided for your
convenience.
PAGE 18
6.3
MENU SYSTEM MAP
MIDIAN ELECTRONICS INCORPORATED
3
4
3
COU10:1
U10:1
PIU1002
2
16
2A
5
3
4
PIU1004
6
PIU705
COMPin
PIU803
VCOout
*
PIU8012
PIR2801
1
PIR2601
PIR2602
PIR2501
240K
14
9
PITP401
.022u
PIC2801
*
100K
47K
D
P1:1 PIP101
COP1:1
COR
PIQ10C
2.7K
PIR3901
PIR3902
PIQ10B
PIR40A01
PIQ10E
COR40A
R40A
*
Q1
COQ1
B25
14
PIU9014
RX IN
6
PIJU602
PIU906
PIJU702
16
PIU9016
19
PIU9019
COC29
C29 PIC2901
.1u
PIC2902
+5V
PIC7 01
+
PIR4101
PIR40B01
R39
COR39
4800
NOTE
C77[1uF] USED ONLY FOR
SPECIFIC PROD DATES OF U9
5
PIU1205
MISO
34
PIU1034
6
PIU1206
PIR9301
VDD
SK
N/C
8
PIU1208
SI
N/C
1
PIU1201
VSS
7
PIU1207
SO
6
8
PIC6201 PIC5802 C58
COC58
COC62PIC5801 .01u
PIC6202 C62
.1u
D7
40
PIU1040
NC3
WP
VSS
COU13
U13
25C320
47K
39
PIU1039
3
PIU1303
4
PIU1304
PIR9302
COU2
U2
68705C9
PIR10602 19
CS
SCK
6
PIU1306
36
PIU2036
SCK
SI
5
PIU1305
35
PIU2035
MOSI
SO
2
PIU1302
34
PIU2034
MISO
PIU2019
PIR10202
32
PIU2032
32
33
PIU2033
PIU1033
RDI
PIU1032
C2
PIU1029
CKD
CD
PIU9013
27
PIU1027
13
30
PIU1030
28
C4
PIU2027
26
27
24
PIU2024
25
C6
PIU2025
C2
PIU2029
C1
PIU2030
29
30
NC1
B4
PIU2017
17
15
RX SYNC PIU9015
25
PIU1025
5
38
PIU1038
PIU905
C6
A2
PIU1010
PIU105 PIU101
PIC3402
PIC57B01
.001u
PIP704
+5V
+5V
COR95
R95
0R
PIR9502
PIR9601
PIR9501
PIR9701
*
9
PIU909
VBIAS
TDO
10
3
T1_IN
12
PIU16012
R1_OUT
OSC1
43
PIU2043
COC9
C9
22p
PIC901 PIC902
PIR5 02
PIR5 01
42
PIY101
COY1
Y1
1
PIU1601 C1+
COC49
C49 PIC4902
.1u PIC4901
3
PIU1603 C1-
PIY4.032
102 MHz
PIU202
PIU201
B6
COD2:2
D2:2
1PID201A6PID2033
20
PIU2020
COP4B:1
P4B:1
COP4B:2
P4B:2
PIP4B01
COP4B:3
P4B:3
T1_OUT
R1_IN
PIU16013
C2+
PIU1604
MAX232A
+5V
1
*
10
PIU6010
+
8
PIR40A02
PIC5201+
VAN
SOURCE
2
PIC52A02 COC52A
C52A
PIC52A01 *
PIC520
COC52
C52
1u
COU6:3
U6:3
LM324
9
PIU609
-
PIC5301+
PIC5302
COC53
C53
4.7u
3
COR86
R86
7.5K
PIR8602
PIR401
PIC5401
+
PIC5402
COC54 PIC54A02
C54
COC54A
C54A
1u
560p +5VLCD
2
COVR2
VR2
PIVR205 MIC2951
PIVR102
4
PIVR104
PIC54A01
1
PIVR201
PIC4801+
PIC1201 C12
COC12 PIC48A02 C48A
COC48A
PIC1202 .01u PIC48A01 *
PIC4802
COC48
C48
1u
2
PIVR202
4
PIVR204
OUT
SENSE
GND
SHDN
3
PIVR203
IN
8
PIVR208
FDBK
VTAP
7
PIVR207
6
PIVR105
OUT
SENSE
4
GND
IN
PIVR108
PIVR103
VTAP
PIVR106
FDBK
PIVR107
C2-
+
7
COU6:2
U6:2
LM324
COP4:3
P4:3
RED
COP4:4
P4:4
PIP404 GRN
COP4:1
P4:1
PIP407 GND
COP4:6
P4:6
PIP408 GND
5
PIU1605
PIU1606
PIC5902 C59
COC59
PIC5901 .1u
PIR4801
1 R105
COR1053
100K
PIR10501
COC37
C37
.022u
PIC3701
COR50
R50
62K
PIC3702
PIR5001
PIC3602
PIR4802
PIC3901
PIC3902
1
PIP201
COC39
C39
560p
PIP107
PIQ40C
PIR3601
PIQ40B
PIC2602 C26
COC26
PIC2601 560p
COQ4
Q4
B25
PIR1 101
PID601
PIR8301
PIR8302
COR83
R83
4.7K
COR103
R103
PIR10302 47K
PIR10301
COQ3
Q3
BSS
PIC202 C2
COC2
PIQ30S
560p
PIC201
PIQ30G
PIC301 C3
COC3
PIC302 560p
PIP102
SW1
PWR/VOL
PIFUSE02
5
PISW1R505
PIC60 2
COC60
C60
560p PIC60 1
4
PISW1R504
PIR8501
PIQ20G
PIR8202
PID402
PID401
+
COC76
C76
COP1:2
P1:2
SQ OUT
LTR IN
COP1:5
P1:5
+VIN
PIP106
COP1:6
P1:6
GND
PIP109
PIP1010
COP1:9
P1:9
COP1:10
P1:10
CODCJ
DCJ
+12VDC IN
PID502
COD5 PID501
D5
4001
COP1:3
P1:3
PTT
PIP105
COSW1R5:1 PIC7601
PIC7602 470u
COP1:7
P1:7
MONITOR
PIDCJ02
PIDCJ03
PIDCJ01
PIJU501
PIQ20D COQ2
PIR9402
COD4
D4
4001
COR82
R82
JUMPER
PIR8201
COJU5
JU5
*
PIJU502
COP2
P2
MIC
C
PIP103
PIQ30D
PIC5602 C56
COC56
PIC5601 .47u
COD6:2
D6:2
A6 1
2
PIP202
VAN
COFUSE
FUSE
3 3PID603
GOOSE NECK MIC
[OPTIONAL]
PIR5002
5
+ PIU605
PIFUSE01
PID603
COC36
C36
4.7u
COR48
R48
4.7K
PIR10503
+VIN
COR111
R111
10K
PIR9401
Q2
BSS
R85
COR85
0R
PIR8502
D
PIQ20S
3
6
7
PID702 D7
COD7
PID701 5.1V
PIC5 01+
COtb0sch1
PIC5 02
DESIGN: CJS
PIVR206
4
PIR4701
6
- PIU606
7
PIP403
PIC50 2 C50
COC50
PIC50 1 .1u
8
SHDN
+5V
+
PIR402
COP4:2
P4:2
BLK
COP4:5
P4:5
PIP405 YEL
13
COP1:4
P1:4
AUDIO OUTPUT
COR47
R47
7.5K
PIP402
COD6:1
D6:1
A6
R94
COR94
4.7K
VR1
COVR1
MIC2951
PIP104
PRINTER
PIP4B03
14
B
PIR8101
COR81
R81
27K
PIQ40E
PIR12102PID602
PIU9010
COC79
C79
*
4
Z PIU1504
8
GNDPIU1508
7
VEEPIU1507
6
E\ PIU1506
+5V
A6 3
PID203
COJU4
JU4
1
PIJU401
PIR8102
PIR3602
COD2:1
D2:1
2PID202
2
2PIR10502
B
CONNECTS TO A
U15:1 & U15:2
PIR5302
PIC3601
PIU1602
COU16
U16
PIU16015
PIC801 PIC802
PIU2042
47u
PIR1 602
COR36
R36
4.7K
PIU16014
+
COC40
PIC40 2C40
PIC4402
COR4
R4
10K
C VCC
5
10K
PIC7901
10K
PIR8702 PIC7902
PIR8601
PIC4401
COU15:3
U15:3
PIP4B02
COR88
R88
PIR8701
+5V
COC64
C64
.1u
PRINT RDY
PIC40 1
COR53
R53
82R
PIR4702
PIR5601
PIU1505Z0
PIU16016
PIR5301
MIC SENSITIVITY
COC44
C44
100p
PIR1 302
PIC5102
PIC51A01
COC51A
C51A +
PIC5101 1u
PIC51A02
PIR1 601
PIJU402
PIC4602
PIC6402 PIC6401
COC51
C51
560p
COQ6
Q6
COC46
C46
2.2u
LM324
COR113
R113
2.2K
41
PIU2041
PIC46A02
PIC4601
PIU607
11
PIU16011
B2
1
PIU601
COU6:1
PIU601 U6:1
PIR1 301
PRINT DATA
TCAP
PIU604
EARPC
PIP307 GND
VAN
COR56
R56
10K
PIU1503Z1
PIR8 02
COR87
R87
PIR5602
PIR9702
COC8
C8
22p
1
XTAL PIU901
COC34
C34
3
PIU15099 PIU1516016 74HC4053
PIR8 01
COC77
C77
2
COR97
R97
1.5K
15
PIU2015
COC46A
C46A
*
PIR5103
PIC46A01
COP7:1
P7:1
CTR
PIP701
PIR5101
RED
COP3:1
P3:1
PIQ60EB25
COR116
R116
*
1 R51
COR51 3
+5V
100K
PIU603+
PIP702
COR96
R96
*
PIR5201 PIQ60B
2PIR5102
PIR8001
PIU602-
COP7:2
P7:2
PIC7802 C78
COC78
PIC7801 *
PIR9602
COR79
R79
240K
COP7:3
P7:3
COP7:4
P7:4
PIP703
COR107
R107
47K
+5V
CDRC
PIC57A01
.01u
PIR7901
MONITOR OUT
14
PIU2014
PIVR101
+
PIP601
RDI
TCMP
1200/2400
PIC57B02 C57B
COC57B
PIR8002
EARPC
COP3:6
P3:6
PIC4301
COR80
R80
10K
PIR7902
COP6:5
P6:5
COP6:1
P6:1
COP6:3
P6:3
PIP605
21
PIU2021
26
C5
PIC57A02 COC57A
C57A
COP6:2
P6:2
COP6:4
P6:4
18
PIU2018
PIR107 2
C4
TX EN
PIC7 02
PIC3401
KEYBOARD
ROW1
PIP6010 P6:10
COP6:10
ROW2
PIP6011 P6:11
COP6:11
ROW3
PIP6012 P6:12
COP6:12
ROW4
PIP6013 P6:13
COP6:13
COL1PIP606 P6:6
COP6:6
COL2PIP607 P6:7
COP6:7
COL3PIP608 P6:8
COP6:8
COL4PIP609 P6:9
COP6:9
31
PIU2031
PIU2026
OSC2
C1
COP7:5
P7:5
COP7:6
P7:6
BLK
TILT SW
4
9
PIU209
+5V
29
PIU1026
PIC4302
+5V
20
18
12
PIR5202
COP3:2
P3:2
PIP302 BLK
PIP308 GND
PIQ60C
OUTPUT LEVEL ADJUST
COC43
C43
560p
+5VLCD
B5
PIR10201
PIP304 SHLD
COR104
R104
47K
10K
PIR107 1
33
TDO
12
PIU2012
PTT SW
COP3:4
P3:4
GND
PIR10402
MIC
YEL
PIP303 RED
SENSE/EXT MIC
+5V
PIR5701
WHT
MIC IN
COP3:3
P3:3
+VIN
PIP604
1
PIU1301
COR102
R102
47K
1
3
2
14
7
PIU1307
HOLD
8
PIU1308
VCC
COP3:5
P3:5
PIP305 YEL
PIR4301
COC47 PIC4702
C47
560p PIC4701
COR57
R57
47K
PIR10601
+5V +5V
PIQ70B PIR4302
COR52
R52
PIP603
2
PIU1202
HANDSET
[OPTIONAL]
COR43
R43
47K
PIR5702
11
PIU2011
PIU2028
B1
A
+5V
10
PIU2010
NC2
COR106
R106
47K
PIC502 C5
COC5
PIC501 .1u
2
PIP502
PIR10401
PIP602
+5V
COR93
R93
10K
PIU608
1
35
PIU1035
PIP7013
1
PIP501
PIC4502
8
PIU208
C5
B7
PIR4601
PIC3501 C35
COC35
PIC3502 .1u
PIQ70E
11
7
42
68705C9
NC2
SCK
MOSI
PIP7012
+5V
23
PIU2023
PIR1 401
7
PIU207
C3
C7
GND
COC45
C45
COR114 R46
COR46 47u
R114
22R
22R
PIR4602
6
PIU206
COR55
R55
4.7M
PIU9012
TXD IN
VSS
COR41
R41
R40B
COR40B
COJU7
JU7
*
PIR4102
PIR40B02
PIJU701
TX OUT
17
PIU9017
22
PIU2022
10
PIJU601
COU1
U1
NC4
C0
*
4
PIU1204
PIP701
PIP705
PIP706
PIR7102
PIR7301
CS
COP7:13
P7:13
RS
VPP
A3
PIR7302
36
PIU1036
5
PIU205
COP7:12
P7:12
R/W
E
PIP7010
PIR6301
PIR6501
COR71
R71
10K
24
C3
PIP707
SS
PIR6902
PIR7101
PIU1024
3
PIU1203
PIP708
COP7:11
P7:11
PIC6 02 C66
COC66 PIC6702 C67
COC67 PIC6802 COC68
COC70 PIC7102 C71
COC71 PIC7202 C72
COC72
C68 PIC6902 COC69
C69 PIC70 2 C70
PIC6 01 100p PIC6701 100p PIC6801 100p PIC6901 100p PIC70 1 100p PIC7101 100p PIC7201 100p
2
C
PIJU802
4
PIU904
3
PIU203
PIP709
VDD
PIR7201
28
PIU1028
A7
*
COJU6
JU6
23
PIU1023
5
COJU8
JU8
PIU9020 PIU9018
VDD
CLK RATE
PIJU801
4
PIU204
GND
PIC6101 COC61
C61
PIC6102 .1u
COU9
U9
*
37
PIU2037
COU12
U12
+5V
+5V
COC28
C28
22
PIU1022
C7
A0
44
PIU2044
COR69
R69
10K
20K
COR12
R12
PIR1202
+5V
COR73
R73
20K
PIR1201
8
VAN
PIC2802
PIR2901
COTP4
TP4
PIC7501 C75
COC75
PIC7502 .1u
OPTION
DDU-500/600
FFSK
COR31
R31
PIU508
10
PIU5010 +
LM324
PIC2502 COC25
C25
PIC2501 .001u
PIR30 1
PIR3102
+5V
27K
LM324
PIU509 -
PIU5014
COU5:4
U5:4
B0
A1
PIR7001
PIU1013 PIR7202
4.7K
COU5:3
U5:3
12
PIU5012 +
PIR30 2
A2
74HC4053
PIR6702
PIR6901
20K
PIU1014 PIR7002
13
COU15:2
U15:2
PIR6801
COR72
R72
PIR3101
PIC2301 COC23
C23
PIC2302 .1u
COR29
R29
PIR2701
PIR2502
COR25
R25
PIU805 PIU808
PIR2902
470K
PIC2401
9
VCOin PIU809
COR28
R28
PIR2803 100K
COR27
R27
13
PIU5013 -
2
PC1out PIU802
3
3
PIC2402
+5V
PIR2802
PIR2603
PIR2702
PIC20 2 COC20
C20
COR24
R24
PIC20 1 .047u 240K COC24
C24
.0047u
PIR2401
PIU1015 PIR6802
14
COR92
R92
56K
COR67
R67
10K
IRQ
B1
A4
PIR6101
PIR6302
82K
PIU801
COR26
R26
100K
PIR2301
PIR2402
+5V
2
A5
PIR6502
PIR6701
20K
15
TCMP
PIR6601
COR30
R30
R2
COU7:1
U7:1
4
PIU804
15K
DDU-300 ZAP FORMAT
DDU-400 GSTAR FORMAT
B2
PIU806 PIU8016
12
PIU707 PIU708
*
1
PIU701
COR23
R23
*
20K
16
PIU1016 PIR6602
PIU1502Y0
A6
COP7:7
P7:7
COR65
R65
10K
COR70
R70
COU8
U8
*
PIU1006
PIR2302
COU10:4
U10:4
18
PIU1018
COR68
R68
+5V
PIC2202
PIU807
COU10:2
U10:2
GND
MRA
5
PIU1005
CPA
7
+5V
C
3A
PIC2201
PIU8014
+5V
CPA
VCC
6
PIU706
*
12
PIU10012
B3
+5V
PIR4901
+5V
PIR6401
COR66
R66
10K
PIU702 PIU7016
11
PIU10011
COU4:2
U4:2
*
1
PIU10 7
*
NC1
TCAP
PIR4902
COC22
C22
.0022u
COU7:2
U7:2
13
PIU10013
41
PIU1041
COR49
R49
2
7
15
MRB
CPB
CPB
10
9
PIU701 PIU709
B4
38
PIU2038
Y PIU15015
2
A7
COR63
R63
10K
20K
17
PIU1017 PIR6402
COC21
C21
.0022u
PIC2101 PIC2102
3
PIU1003
11
0B PIU7011
12
1B PIU7012
13
2B PIU7013
14
3B PIU7014
7
PIU1008
1
PIU1001
PIR6201
16
14
PIU10 14
20K
19
PIU1019 PIR6202
COR64
R64
PIU102
+5V
PIU7015
PIR4 01
PIC1902 COC19
C19
PIC1901 .001u
+5V
VAN
PIR1 0 1
10
PIU10010
8
PIR2201
7
VAN
PIR2202
U5:1
PIU501 COU5:1
LM324
PIU503 +
LM324
PIR1902
150K
1
PIU501
C1B
7.5K
COR22
R22
PIU504
B5
PIR9201
PITP701
COQ5
Q5
B25
2
2
PIU502 -
COU5:2
U5:2
R1
7
PIU507
5
PIU505 +
0R
PIJU302
PIR5901
PIR6102
15
COR61
R61
10K
COR62
R62
10K
PIU407
-
PIC7302 C73
COC73
PIC7301 .01u
11
PIC1701
2
PIC1702
PIR1901
8
PIR1801
COR19
R19
COR110
R110
7.5K
*
9
PIU1009
11
PIR1802
6
PIU506 -
COU10:3
U10:3
+5V
A0
COR44
R44
PITP301
+
6
PIU406
PIR1 0 2
PIR2001
B6
PIR6001
PIR4 02
PIR1501
5
PIU405
PIR109 1
27K
PIR2002
PIR1502
PIR2102
14
10K
COR109
R109
10K
SIGin
COR18
R18
COTP3
TP3
COR15
R15
1M
6
.01u
COC17
C17
.01u
PIR2101
+5V
PIR1701
PIR109 2
1M
COR20
R20
PIJU301
PIR1702
PIC1301
12
PIU1012
20K
COTP7
TP7
B
1
PIR11502 PIU1501 Y1
PIR9202
COR59
R59
10K
COR60
R60
COJU3
JU3
COR17
R17
+5V 200K
COR21
R21
PIC1801
COC18
C18
4
PIC1802
PIJU201
PIR11501
PIR5801
PIR5902
20PIR6002
PIU1020
COR115
R115
*
PITP601
20K
COP7:8
P7:8
DB6
PIC4501
PIR1 402
V+
PIC1302
OSC2
PIU1 09 PIU1 05 PIU1 06
.022u
21PIR5802
PIU1021
PIU15010
LCD
COP7:10
P7:10
DB5
DB4
COP7:9
P7:9
DB7
16
COC13
C13
B7
0R
PIR9102
COC14 PIC1401
C14
.001u PIC1402
A1
10
PIU1407 BYP
COP5
P5
INTERNAL SPEAKER
COC31
C31
*
5
PIU1405
PIQ70C
VCC
COU4:1
PIU401 U4:1
*
COR58
R58
A3
40
PIU2040
PIR8401
B
COTP6
TP6
NC3
PIQ50E
SENSE/OFFHOOK & EXT MONITOR
39
PIU2039
PIC3101
PIC3102
PIU1401
COQ7
Q7
Y25
V-
2
PIU402 -
PIR9101
31
PIU1031
D7
COR84
R84
47K
PIU1501
PIC3801 C38
COC38
COR33
R33
PIC3802 .01u
4.7K
EXT PTT IN
13
PIU2013
PIR4501
PIU1404
PIR3 02
16
PIU2016
GND
1
PIU401
C0
A5
COJU2
JU2
IN+
COR91
R91
39K
PITP201
PIU404
PIU403 +
PIC1601 COC16
C16
PIC1602 100p
*
B
PIQ50C
5
3
PIR1301
9
PIU109
11
PIU1011
A4
11
RES
100K
PIR1302
COU4:4
U4:4
-
PIR7801
1
PIR1602
7
PIU107
PIR8402
A
A
B0
5
PIR1601
8
PIU108
A6
13
X1 PIU15013
ERR
14
PIU4014
6
PIU106
PIU1043 PIU104 PIU1037 PIU104 PIU103
RES
+
COR90
R90
10K
B3
1
13
PIU4013
PIC6502 COC65
C65
PIC6501 560p
PIC73A02 C73A
COC73A PIC73B01 C73B
COC73B
PIC73A01 .001u PIC73B02 *
PIR90 2
12
X0 PIU15012
PIJU202
9
12
PIU4012
PIR1102
3.58 MHz
PIU1042
11
Q1 PIU11011
12
Q2 PIU11012
13
Q3 PIU11013
14
Q4 PIU11014
15
StD PIU11015
COU11
U11
*
C1A
PIR1101
PIC1501 COC15
C15
PIC1502 .01u
2
PIR1001
+5V
COR13
R13
4
PIR1002
DDU-200
COR16
R16
15K
PIU15014
PIC10 1 C10
COC10
PIC10 2 .1u
PIY201
COY2
Y2
VRef
8
PIU1108
COTP2
TP2
COU15:1
U15:1
74HC4053
+5V
+ U14
COU14
_ LM386
2
PIU1402
6
4
PIU1104
11
5 TONE
200K
COR112
R112
10K
IRQ
COU4:3
U4:3
PIU1 07
St/GT
COR8
COR9
R8
R9
1M D1:1
COD1:1
COD1:2 470K
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CONNECTS TO U9 C
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MIDIAN ELECTRONICS, INC.
DATE:2012-05-11 DWN BY:DML
5
REV: 2013-06-17
APPR
PDE-1
SCHEMATIC
COPYRIGHT © 2013
REV
DOCUMENT NAME
B-1
CP
SHEET
PROJECT NUMBER
1 of 1
6
7318B
- This page intentionally left blank -
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COR60
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COR62
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PAU204
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PAU202
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PAU2041
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PAC901 PAC801
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PAU2020
PAU2021
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COR30
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PAU506
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PAU1028
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PAP6011 PAP6010 PAP609 PAP608 PAP607 PAP606 PAP605 PAP604 PAP603 PAP602 PAP601
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PAU5012
PAU5011
PAU5010
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PAR1202
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COR23
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COC73
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COD2
PAU10 1 PAU10 2 PAU10 3 PAU10 4 PAU10 5 PAU10 6 PAU1007 PAU701 PAU702 PAU703 PAU704 PAU705 PAU706 PAU707 PAU708
PAR3701 PAR1401
PAC1502 PAC1501 PAR1002
COR10 PAC401 PAR1802COR18 PAR1902COR19 PAR2102COR21 PAU501
COR11
PAR1102 PAR1101 PAR1001
PAR1801 PAR1901 PAR2101 PAU502
COU5
PAU503
COC65
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PAC6502 PAC6501
PAU504
PAR10902
PATP301 COR1 0 PAR10901COR109 PAC7302
PAR11001
PAR11002
COU7
COC15
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PAU4011
PAU4010
PAU409
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PAR9302
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PAR9301 PAR10301 PAR8301
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PAR203
COC4
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PAU4014
PAU4013
PAU401
PAU402
PAR1701 PAR4402 PAU404
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COR15 PAR4401 PAU405
PAU406
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PAU407
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COR7
PAR602
PAR8702 PAR8701 PAC54A02
PAC54A01
PAR9102 PAR9101
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PAR10702 PAR10701
PAR201
COU10
PAC101 PAR101
PAR3702
COR37 PAR1402COR14
PAR1201
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PAVO1041
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PAU1402
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PAC7902
PAR3902 PAR3901
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PAR2 02 PAR2201 PCOC19
AC1902 PAC1901
PAU10 14 PAU10 13 PAU10 12 PAU10 1 PAU10 10 PAU10 9 PAU1008 PAU7016 PAU7015 PAU7014 PAU7013 PAU7012 PAU7011 PAU7010 PAU709
COC1 PAR102
COR1
PAC102
COR2
PADCJ02
COR22
PAC2701 PAR3801
PAR3202
PAR202
PAU301 PAU302 PAU303 PAU304
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COR32
PAC1401 PAC1601 PAC1301 PAR1301 PAR1601
PAQ30D
COR107
PAU1202
PAU1203
PAU1204
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COC73B
COVR1
PAVR101 PAVR102 PAVR103 PAVR104
COR40A COR40B
PAR40A01 PAR40B01
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COC14 PAC1602COC16 PAC1302COC13 PAR1302COR13 PAR1602COR16
PAC5101
PAR40A02 PAR40B02 COTP7 PAU1201COU12
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COR35
PAU1407
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PCOC48A
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PAQ10B
PAC6402
PAR3201 PAC2702 PAR3802
COC27 COR38
PAR3203
COU3
PAR5701 PAR4302 PAR4301
PAC51A02
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COY2
PAC73B02
PAC5102
COC51
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COR43
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COC62
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PAU1508 PAU1507 PAU1506 PAU1505 PAU1504 PAU1503 PAU1502 PAU1501
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PAR4202 PAR4201
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COTP5 COC30
PAC3002 PAC3001
PAU308 PAU307 PAU306 PAU305
PAQ40B
PAR3602 PAR3601
PAU1608 PAU1607 PAU1606 PAU1605 PAU1604 PAU1603 PAU1602 PAU1601
PAU1609 PAU16010 PAU1601 PAU16012 PAU16013 PAU16014 PAU16015 PAU16016
PAU1509 PAU15010 PAU1501 PAU15012 PAU15013 PAU15014 PAU15015 PAU15016
COQ4PAQ40E
COR36
PAR5702
COR57
COR115
PAC3302 PAC3301
PAY202
COC35
PAC302 PAC301
COQ7
PAC5902
PAVO102
PAR8102
PAJU402
COC33
COR114
PAD701
COJU4
COR80
COR79
COC52
COR81
COC3
PAQ70C
PAC5901
COC59
COU15
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PAU608 PAU609 PAU6010 PAU601 PAU6012 PAU6013 PAU6014
PAC5201
PAP4B01
PAVO101
PAR8101
PAJU401
PAQ60C
PAR10503
PAC73A02 PAC52A02
PAVO105
PASW1R505
PAR10501COR105
PAQ40C
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PADCJ01
PAD501
PAC2602 PAC2601
COC50
CODCJ
PADCJ03
COD4
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COC47
COC26
COR56
PAU607 PAU606 PAU605 PAU604 PAU603 PAU602 PAU601
PAR10502
PASW1R502
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COR4
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PAR9002 PAR9001
PAQ60ECOQ6 PAQ60B
COC36
PAR11301 PAC4402
COC4 PAC3702COC37 PAR5001 PAR4801
COR47
PAC4401 PAC3701
PAR4702 PAR4701
PAVO104
PASW1R504
COR90
PAP307
PAVO107
PAP302 PAP304
PAP303 PAP305
PAP101 PAP103 PAP105 PAP107
PAC3902 PAC3901
COP2
PAP308
PAVO108
PAP4B03
PAP4B02
COC39
PAC4002
PAP1010
PAVO1010
PAP102 PAP104 PAP106
PAVO106 PAP108
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2OVOC
102OVAP
202OVAP
302OVAP 402OVAP 502OVAP 602OVAP 702OVAP 802OVAP 902OVAP 0102OVAP 1102OVAP 2102OVAP 3102OVAP
2hcs0btOC
1
2
3
4
+5V +5V
COP6:2
P6:2
PIP602
+5V[RED]
PIC1 01
PIC1 02
COC11
C11
A
.01u
COP6:4
P6:4
PIR9801
PIR9 01
COR98
R98
PIP604
GND[BLK]
47K
PIR9802
COP6:10
P6:10
PIP6010
COP6:11
P6:11
PIP6011
PIR10 01
COR99
R99
47K
PIR9 02
PIR10101
COR100
R100
PIR10 02
A
COR101
R101
47K
47K
COSW1
SW1
PIR10102
1
PISW101
R1[GRY/W]
COSW2
SW2
PISW102
PISW201
COSW4
SW4
4
PISW401
R2[GRY]
PIP6012
COP6:13
P6:13
PIP6013
COP6:6
P6:6
PIP606
COP6:7
P6:7
PIP607
COP6:8
P6:8
PIP608
COP6:9
P6:9
PIP609
7
PISW701
R3[ORG/W]
PISW501
B
R4[VIO]
*
PISW301
5
PISW801
8
PISW601
PISW1101
0
PISW302
PISW1401
6
PISW901
9
COSW15
SW15
PISW602
PISW1502
PISW1201
#
PISW1501
INTER
COSW16
SW16
PISW902
PISW1601
PISW1602
MONITOR
COSW12
SW12
PISW1102
PISW1402
FREQ
COSW9
SW9
PISW802
COSW11
SW11
PISW1002
3
COSW14
SW14
COSW6
SW6
PISW502
COSW8
SW8
PISW702
COSW10
SW10
PISW1001
PISW202
COSW5
SW5
PISW402
COSW7
SW7
COP6:12
P6:12
2
COSW3
SW3
COSW17
SW17
PISW1202
PISW1701
PISW1702
B
SEND
C1[ORG]
C2[YEL]
C3[GRN/W]
C4[WHT]
+5V
COLED1:2
LED1:2
COR34A
R34A
GREEN
1K
PIR34A02
PIR34B02
PIQ80C
COP6:5
P6:5
PIP605
PIQ80B
ALARM[BLU]
+5V
C
PIQ80E
PIQ90C
PIP601
PIQ90B
BUSY[GRN]
+5V
PIQ10 C
COP6:3
P6:3
PIP603
PIQ100B
SEND[BRN]
PIQ10 E
PIQ90E
PILED103
PIR54A01
PIR54B01
PILED101
PIR3A01
PIR3B01
PILED201
PILED102
COR34B
R34B
COQ8
Q8
1K
B25
COLED1:1
LED1:1
COR54A
R54A
RED
1K
PIR54A02
PIR54B02
COP6:1
P6:1
PIR34A01
PIR34B01
C
PILED102
COR54B
R54B
COQ9
Q9
1K
B25
COLED2:1
LED2:1
COR3A
R3A
RED
1K
PIR3A02
PIR3B02
PILED202
COR3B
R3B
1K
COQ10
Q10
B25
COLED2:2
LED2:2
COR77A
R77A
GREEN
1K
PIR77A02
PIR77A01
PIR77B02
PIR77B01
PILED203
PILED202
COR77B
R77B
COtb0sch1
1K
MIDIAN ELECTRONICS, INC.
D
DATE:2000-05-01 DWN BY:DML
DESIGN: CJS
1
DDU KEYBOARD
APPR
SCHEMATIC
REV: 2013-06-17
2
COPYRIGHT © 2013
3
REV
DOCUMENT NAME
C-1
CP
SHEET
PROJECT NUMBER
7318A
1 of 1
4
D
- This page intentionally left blank -
COVO1
COR10
COC1
PAR10101
PAR10001
PAR9901
PAR9801
PAC1101
PAR10102
PAR10002
PAR9 02
PAR9802
PAC1102
COR101
COR9 COR98
PAR3A01
PAR3B01
PAR77B01
PAR77A01
PAR3A02
PAR3B02
PAR77B02
PAR77A02
COR3A COR3B
COQ9
PAQ90B
PAQ90C
COR7 B COR7 A
PAQ100C
COQ10
PAQ90E
PAQ100B
COQ8
PAQ100E
PAQ80B
PAVO10B
PAQ80C
PAVO10C
PAQ80E
PAVO10E
COR54B
PAR54B01
PAR54A01PAVO101
PAR54B02
PAR54A02PAVO102
COR54A
COR34A
PAR34A01
PAR34B01
PAR34A02
PAR34B02
COR34B
PAVO1013 PAVO1012 PAVO1011 PAVO1010 PAVO109 PAVO108 PAVO107 PAVO106 PAVO105 PAVO104 PAVO103
PAVO100
COVO4
COtb0sch1
2OVOC
101DELAP 201DELAP 301DELAP
302DELAP 202DELAP 102DELAP
1DELOC
2DELOC
6POC
110062OPVAAPP 20026OVPAAPP 3026OPVAP 440062POVAAP 550062POVAAP 660062OPVAAPP 770062OPVAAPP 80026OVPAAPP 9026OPVAP 01010062POVAP 111026OPVAAPP 2121026OPVAAPP 31002O6VPAAPP
2WSOC
1WSOC
3WSOC
41WSOC
102WSAP
51WSOC
202WSAP
0012WOSVAP
1051WSAP
003WSAP
002WSAP
101WSAP
103WSAP
201WSAP
203WSAP
2051WSAP
0041WSAP
0051WSAP
1041WSAP
2041WSAP
5WSOC
4WSOC
6WSOC
104WSAP
106WSAP
204WSAP
206WSAP
61WSOC
005WSAP
004WSAP
006WSAP
105WSAP
205WSAP
7WSOC
0061WSAP
1061WSAP
9WSOC
8WSOC
2061WSAP
108WSAP
208WSAP
007WSAP
009WSAP
008WSAP
107WSAP
109WSAP
207WSAP
209WSAP
01WSOC
11WSOC
71WSOC
1071WSAP
21WSOC
2071WSAP
1001WSAP
1021WSAP
2001WSAP
0071WSAP
2021WSAP
0011WSAP
0001WSAP
0021WSAP
1011WSAP
2011WSAP
2hcs0btOC