Midian DDU-100, DDU-200 Instruction Manual

DDU-100

Local Remote Controller with DTMF Encode & ANI Decode

DDU-200

Local Remote Controller with 5-Tone Encode & ANI Decode

INSTRUCTION MANUAL

Model Features

 10 entry ANI recall memory
 137 entry alias database
 Auto-mute leading ANI
 Alternate function as a repeater access controller

MANUAL REVISION: 2013-07-22
COVERS PRODUCT SOFTWARE VERSION(S):

1.1 _____ _____ _____ _____
WITH EN

1.7 _____ _____ _____ _____

CODER/DECODER VERSION(S):

 Programmable encode/decode format
 Supports DTMF and several 5-tone formats
 Easy to read backlit LCD display
 Serial printer logging (w/optional cable)

COPYRIGHT 2001-2004 MIDIAN ELECTRONICS INC. ALL RIGHTS RESERVED.

MIDIAN ELECTRONICS, INC.
To Order: 1-800-MIDIANS

DDU-100/200

2030 N. Forbes Blvd. #101

Telephone: [phone]

Tucson, Arizona 85745

Email: [e-mail]

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 JU4 cut

Speaker Audio Output ..................................... 1 W into 8

Mechanical

Dimensions: ..................................... .2⅞"H x 6½W x 8¾"L

Operating Temp ................................................ 0° to 50° C

Encode/Decode Formats

DTMF, CCIR, EEA, EIA, ZVEI, DZVEI, DDZVEI, NATEL,
and MODAT.

Other

Max ANI Length ..................................................... .8 digits

ANI Recall Stack Size .................................................. .10

Alias Database Size ................................................... .137

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MIDIAN ELECTRONICS INCORPORATED PAGE 3

TABLE OF CONTENTS

1 SPECIFICATIONS ........................................................................................................................... 2

2 OVERVIEW ................................................................................................................................ 4

3 INSTALLATION INSTRUCTIONS .............................................................................................. 4

3.1 RADIO INTERFACE................................................................................................................................. 4

3.2 JUMPER SETTINGS ................................................................................................................................ 5

3.3 ADJUSTMENTS ...................................................................................................................................... 5

3.4 CONFIGURATION SETTINGS ................................................................................................................... 5

4 BASIC

4.1 DISPLAY MODE ..................................................................................................................................... 5

4.2 MENU MODE ......................................................................................................................................... 6

4.3 USER DATABASE .................................................................................................................................. 7

4.4 STATUS DISPLAY FEATURE ................................................................................................................... 8

OPERATION .................................................................................................................. 5

5 MENU SYSTEM .......................................................................................................................... 8

5.1 CALL COMMAND ................................................................................................................................... 8

5.2 LOCK OR UNLOCK COMMAND ............................................................................................................. 8

5.3 ACTIONS MENU................................................................................................................................... 8

5.4 USERS MENU ...................................................................................................................................... 8

5.5 SETUP MENU....................................................................................................................................... 9

6 SYSTEM ERROR MESSAGES ................................................................................................ 14

7 MENU SYSTEM MAP ............................................................................................................... 15

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PAGE 4 MIDIAN ELECTRONICS INCORPORATED

impedance of the DDU can be adjusted if necessary by

2 OVERVIEW

The DDU provides the optimal ANI display decoder
solution for small and medium sized radio systems
such as those used by taxi fleets, police departments,
construction crews, etc. It offers many features
normally found only in large and expensive Computer
Aided Dispatch (CAD) systems in one compact
desktop unit.

It can encode and decode most popular tone signaling
formats. The last 10 ANI's received can be reviewed at
any time. It can store up to 137 aliases in its user
database. The user friendly menu system makes it as
easy to use as a cell phone. Additional features include
status display and the ability to automatically mute
incoming leading ANI's

replacing leaded resistor R81 with an appropriate
value.

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.

This output may also be assigned to be the repeater
access control output. See REPEATER SETUP for
more information.

COR INPUT (P1-1) [Gray]

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 RADIO INTERFACE

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 DDU 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 800mA. Also, be certain that positive is
connected to the inside ring.

GROUND (P1-6) [Black]
Connect to radio ground.

AUDIO INPUT/RX IN (P1-8) [Blue]
Connect to a point in the radio where receive audio is

present at a constant level. If using PL or CTCSS, be
sure to connect to a point after the CTCSS high pass
filter. If using the Squelch Output of the DDU, be sure
the RX audio point is not muted when the radio is
squelched.

AUDIO OUTPUT/TX OUT (P1-4) [Green]
Connect to the mic-hi input of the radio. The output

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.

Note that it is required that the COR Input be in the
active state in order to decode all formats except
DTMF. If COR is not to be connected, make sure it is
programmed to be active HIGH. A COR connection is
required in order to use busy lockout, auto ANI mute,
and repeater access control features.

MONITOR OUTPUT (P1-7) [Orange]

This output can be used to control the monitor function
of the radio using the <MONITOR> button on the DDU.
This is an open collector output which changes state
each time the <MONITOR> button is pressed.

This output may also be assigned to be the repeater
access control output. See REPEATER SETUP for
more information.

SQ OUT/LTR IN (P1-2) [Brown]
This wire may be either a Squelch Output or a

Trunking Delay (LTR) input, but not both. To use as a
squelch output, install jumper R85 and make sure
jumper JU5 is not installed. To use as a trunking delay
input, remove R85 and install JU5.

When used as a Squelch Output, connect to a point in
the radio which will mute the speaker when brought to
ground (or left floating). Program the appropriate
polarity in the RADIO SETUP menu.

When used as an LTR Trunking Delay Input, connect
to a point in the radio which changes state between 0
and 5 VDC when a channel has been acquired on the
LTR trunking system. The active (channel acquired)
state of this input is programmable in the RADIO
SETUP menu.

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MIDIAN ELECTRONICS INCORPORATED PAGE 5

3.2 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: R2 and R32 near connector P3, R51 near IC U6,
and R105 near the volume control.

INPUT LEVEL (when using decode feature)

Use a service monitor to generate a 1000 Hz test tone
at 2/3 of maximum system modulation (typically 3.3
kHz). Measure the voltage appearing at TP1 and
adjust R2 such that TP1 is at 250mV RMS.

It is also important to program COR Polarity to match
that of the radio. If this is not set properly, the DDU will
not decode some of the formats.

Be sure to set the time of day via TIME SETUP once
the DDU is operating as desired. Once the time is set,
be sure to leave the unit on at all times or else the time
will have to be reset. The time can only be set to the
nearest minute. Seconds are kept track of internally
and start running the instant the unit is turned-on. It is a
good idea to check the time clock monthly as crystal
and temperature variances affect the accuracy.

4 BASIC OPERATION

4.1 DISPLAY MODE

The DDU operates either in Display Mode or Menu
Mode. In display mode, the DDU normally displays the

OUTPUT LEVEL (when using encode feature)

Use a service monitor to measure the modulation level
generated by the DDU. Cause the DDU to generate
tones by typing in a few digits 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.

Tip: EIA format tone 3 is 1023 Hz. Programming the
encode format to EIA and setting encode time to 2000
milliseconds provides a handy test tone. Simply enter
the digit 3 and press <SEND> for 2 seconds of test
tone.

SPEAKER PRE-AMP
Though the DDU 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.

last ANI received.

4.1.1 Reading the Display

ID (ANI) – This is the numeric ID (or ANI) of the user
who last transmitted on the channel. When the Status
Feature is enabled, this area will alternate between

displaying the ANI and the status message every 2
seconds.

TIMESTAMP – This is the time of day that the last ANI
was received. The timestamp is in 24-hour format. In
24-hour format, 4 A.M. is displayed as 04:00 and 4
P.M. is displayed as 16:00. Note that the timestamp

changes only when a new ANI comes in, it is not a
time-of-day clock.

3.4 CONFIGURATION SETTINGS

Once adjustments have been made, it will be
necessary to configure the DDU to meet the system
requirements. This is done via Menu Mode. The most
crucial settings include Decode Format and Encode

Format (if using encode feature). Refer to ENC/DEC
SETUP menu item. Pay close attention to Encode
Time 1 & 2 and Decode Time as well.

USER NAME – This is the name of the user

associated with the numeric ID that was received. User
names are stored in a database. The database must
be configured before names can be displayed.

SCROLL LEFT INDICATOR – Indicates that there are
other ANI’s previously logged. Press the left
<SCROLL> button to view the previously logged items.

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PAGE 6 MIDIAN ELECTRONICS INCORPORATED

POWER / EMERGENCY LED – Glows red when
power is turned on. Blinks between orange to indicate
that an emergency status message was received
recently. This indicator remains blinking until the
operator presses any key.

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.

4.1.2 Keypad Operation in Display Mode

<SCROLL> LEFT - When in Display Mode, the keypad

<SCROLL> keys are used to scroll through the
previously logged ANI’s. The scroll left indicator
remains present on the screen so long as there are
more previous entries to be viewed. The scroll left
indicator disappears when the oldest entry is reached.

<SCROLL> RIGHT - A scroll right indicator will appear
on the right side of the screen when there are newer
entries available for viewing. Press the right
<SCROLL> button to view the newer entries. When the
last entry is reached, the right scroll indicator
disappears.

<#> POUND KEY – Repeatedly pressing the <#> key
will always return the DDU to display mode with the
last ANI received being shown.

menu mode). Upon selection, the name of the item will
appear on the top line of the display. The bottom line
will present additional items for selection. Press the
<#> key to return to the previous selection.

4.2.2 Calling a Unit in the Database

To place a call to a unit in the database, first select
CALL from the Main Menu. Press the right <SCROLL>

button to display the first user in the database. Either
the User ID will be displayed, or the User Name (alias)
will be displayed. This is determined by the Call Entry

Mode setting.

<MONITOR> - This button always controls the monitor

function of the radio. Press <MONITOR> to toggle the
state of the monitor output to the radio.

<SEND> - Activates the radio PTT switch, placing the
radio in transmit mode. This is especially useful if your
DDU is equipped with an optional gooseneck
microphone.

NUMBER KEYS – Pressing one of the number keys
<0> through <9> causes the DDU to jump directly into
call mode. See Calling a Unit for more information.

<*> STAR KEY – Pressing the <*> will place the DDU
in Menu Mode at the main menu.

4.2 MENU MODE

The Menu Mode provides the ability to place calls to
radio users and configure the DDU.

4.2.1 Navigating the Menus

Press the star key <*> while in Display Mode to place
the unit into Menu Mode. Upon entry to Menu Mode,
you will be in the Main Menu. The top line of the
display indicates this. The bottom line displays an item
available for selection, in this case the CALL
command.

The scroll right symbol on the right side of the display
indicates that additional items are available. Press the
right <SCROLL> button to view the next available item.
The scroll left symbol will then appear, indicating that
the left <SCROLL> button may be used to go back to
the previous item.

To select the displayed item, press the <SEND> button
(the <SEND> button acts like an ENTER key when in

The left and right scroll indicators will appear on the
bottom line. This is 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 digits/letters of the
User ID/Name prior to pressing the right <SCROLL>
button. The DDU will search the database for users
matching the first few digits/letters.

4.2.3 Calling a Unit Not in the Database

To place a call to a unit which is not in the database,
start by selecting CALL from the Main Menu or by
pressing a number key while in display mode. Instead
of pressing the right <SCROLL> button, simply key the
numeric ID of the user to be called using the keypad.
Press <SEND> to initiate the call. The left <SCROLL>
key may be used as a backspace key to correct any
errors made during entry. The <#> key may be used at
any time prior to pressing <SEND> to cancel the call.

4.2.4 Numeric vs. Alphanumeric Entry

There are two different data entry modes available on
the DDU. As shipped from the factory, Numeric entry
is the default mode when calling a unit. As numbers
are entered, they appear on the bottom-left of the

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MIDIAN ELECTRONICS INCORPORATED PAGE 7

display. Pressing the <*> key while in numeric entry
mode changes the mode to Alphanumeric.

In alphanumeric mode, you may type in letters and
numbers as described in the next section. This allows
you to type the name of a user in the database without
having to scroll through the names. Alphanumeric data
appears on the bottom line of the display as it is
entered. You may make alphanumeric call entry the
default mode by changing the Call Entry Mode setting
in the CONSOLE SETUP menu.

4.2.5 Entering Alphanumeric Data

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 2
on that key. For example, the code for the letter ‘C’ is
23 since it is the 3
is the 1

st

letter on the <8> key, so its code is 81.

nd

digit is the position of the letter

rd

letter on the <2> key. The letter ‘T’

To enter numeric characters in an alphanumeric field,
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

Note: Alphanumeric mode cannot be used to enter
user ID's (ANI's). In alphanumeric mode, numbers are
treated the same as letters.

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
E=32 M=61 U=82 3=03 , =11 # =19
F=33 N=62 V=83 4=04 . =12 Spc=10
G=41 O=63 W=91 5=05 _=13
H=42 P=71 X=92 6=06 +=14

The code 10 is used to insert a space between
characters.

4.2.6 Entering Special DTMF Digits

The DDU 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 menu. Also, these special
sequences should not be used unless you are using
DTMF as the encode or decode format.

4.2.7 Locking and Unlocking the Menus

The menu system incorporates a lock feature to
prevent unauthorized personnel from changing the
DDU 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 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.

4.2.8 Repeater Access Control

The DDU can be interfaced to a repeater to limit
access only to those users who are authorized. This is
accomplished by requiring an ANI of the proper format
before granting access. Access can be further
restricted by requiring that the ANI match a User ID
stored in the database. See REPEATER SETUP for
more information.

4.3 USER DATABASE

The user database makes day-to-day operation of the
DDU much easier. You can use easy-to-remember
names instead of just numbers.

4.3.1 User Database Features

The primary purpose of the user database is to
associate names with numbers. This way, when an
ANI comes in, the name of the person can be
displayed along with the ANI. Having a user database
simplifies the calling of units allowing you to scroll
through a list of names.

Another feature of the database is the ability to assign
Kill and Spy ID’s to a user. These features are
designed to work with Midian’s encoder/decoder
products such as the UED-1 series. They allow the
operator of the DDU to disable a radio in the field or
listen in on it.

The DDU can store up to 137 names and ID numbers
in its database. The DDU retains the database memory
even when switched off.

4.3.2 Setting Up the User Database

Begin by compiling a list of names and ID numbers.

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PAGE 8 MIDIAN ELECTRONICS INCORPORATED

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 for more
information.

4.4 STATUS DISPLAY FEATURE

4.4.1 How Status Display Works

The status display feature treats the last digit of an ANI
as a status digit. This digit can be translated to a
status message that can be displayed on the DDU. Up
to 10 status messages can be configured,
corresponding to the digits 0-9.

Say for example that the ANI of a particular unit is
1234X where X is the status digit. If you are running a
taxi fleet, you may wish to specify status information as
follows:

CODE STATUS MSG MEANING

12340 <blank> Normal ANI, no status
12341 OFF DUTY Off duty, not available
12342 ON DUTY On duty
12343 FLAG UP Beginning fare
12344 FLAG DN End of fare
12345 EN ROUTE En-route to pickup fare
12346 NO FARE Nobody at pickup location
12347 REPEAT Repeat last call
12348 BREAKDOWN Car broke down
12349 EMERGENCY Emergency, need help

You can configure the status messages as you see fit
using the STATUS SETUP features. If the Emerg
Status feature is turned on, the status digit 9 is used
for emergency ANI. This will cause the emergency
LED to blink and an alarm siren to sound (if enabled).

Status messages are not displayed by default, this
must be enabled via the STATUS SETUP menu. When
the Status Feature is enabled the last digit of the ANI
is automatically blanked out. Instead, the ANI and the
status message are placed on the 1
display, alternating every 2 seconds.

st

line of the

enter the numeric ID of the unit you wish to call. If the
user database is set up, you may use the right
<SCROLL> buttons to go into Select Mode and find
the name of the user to be called using the left and
right <SCROLL> keys.

Alternatively, you can enter the User ID or User name
in part or in whole. When entering the complete name
or ID, simply press <SEND> to place the call. When
entering a partial name or ID, press the right
<SCROLL> button and find the user you wish to call.
Remember, you can use the <*> to toggle between
numeric and alphabetic entry modes.

5.2 LOCK OR UNLOCK COMMAND

Note The LOCK and UNLOCK menu options do not

appear unless enabled in SECUIRTY 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 ACTIONS MENU

5.3.1 Spy command

Allows you to remotely key up and listen to a unit. This
feature is designed to work with Midian’s UED-1 series
encoder/decoders. The code for spying on a unit must
be in the user database to use this function.

5.3.2 Kill command

Allows you to remotely disable a unit. This feature is
designed to work with Midian’s UED-1 series
encoder/decoders. The code for killing a unit must be
in the user database to use this function.

5.3.3 Clear ANI Log command

Allows you to clear the ANI log without having to turn
the unit off and back on.

5.4 USERS MENU

5.4.1 Add User menu

Allows you 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 ID and User
Name. See EDIT USER for more information.

5 MENU SYSTEM

The following sections describe the various functions of
the menu system. Factory default settings are
underlined.

5.1 CALL COMMAND

Allows you to place a call to units equipped with ANI
selective call decoders. You will be given the option to

5.4.2 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. 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.

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MIDIAN ELECTRONICS INCORPORATED PAGE 9

5.4.3 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.

5.4.3.1 User ID field

This numeric field contains the primary ANI number
assigned to the user’s radio. This will be the number
used when calling a unit. ID’s may be 1 to 8 digits
depending on the ANI format used.

Range: 0-8 digits
Default: blank

5.4.3.2 User Name field

This alphanumeric field contains the name of the user
associated with the user ID. A maximum of 14
characters may be used. See the Entering

Alphanumeric Data section for more information.
Range: 0-14 characters
Default: blank

5.4.3.3 Spy ID setting

Specify the code required to spy on this unit. Leave
blank if not using this feature.

Range: 0-8 digits
Default: blank

5.4.3.4 Kill ID setting

Specify the code required to disable this unit. Leave
blank if not using this feature.

Range: 0-8 digits
Default: blank

5.5 SETUP MENU

5.5.1 SOUNDS SETUP menu

5.5.1.1 Keypad Beep option

Turning this option on causes a beep to be heard for
each key press.

OFF Keypad beeps off.
ON Keypad beeps on.

5.5.1.2 Beep On ANI option

Turning this option on will cause an alert beep to be
heard every time a new ANI is received.

OFF Do not beep when ANI comes in.
ON Beep when ANI comes in.

5.5.1.3 Emerg Siren option

This causes a siren sound to be heard when an
emergency ANI is received. This requires turning on
the Emerg Status option in the STATUS SETUP
menu.

OFF Do not sound siren on emergency ANI.
ON Sound siren on emergency ANI.

5.5.1.4 Internal Speaker setting

Normally, the internal speaker is on. This is required in
order for key beeps, error beeps, confirmation beeps,
and other system sounds to be heard. This also allows
audio received from the radio to be heard at the
console. If it is desired that absolutely no sound be
heard from the console speaker, this setting allows it to
be switched off.

OFF Internal speaker disabled.
ON Internal speaker enabled.

5.5.1.5 Auto Mute Speaker feature

This feature is designed to mute the internal speaker
while an ANI is being received. It works in conjunction
with the Auto Mute Time in the RADIO SETUP menu.
When this feature is enabled, the internal speaker
remains muted so long as there is no COR indication
coming from the radio. When the COR indication goes
active, the internal speaker will automatically unmute
after the Auto Mute Time expires. Note: System
sounds can still be heard during the mute period.

OFF Do not mute the internal speaker.
ON Mute/unmute speaker automatically.

5.5.2 TIME SETUP menu

In order for the correct time to be displayed, 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.

Range: 00-23
Default: 00

5.5.2.2 Minute setting

Set the minutes past the hour. Enter two digits.

Range: 00-59
Default: 00

5.5.3 CONSOLE SETUP menu

5.5.3.1 Call Entry Mode setting

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

DDU-100/200 Manual

PAGE 10 MIDIAN ELECTRONICS INCORPORATED

data entry (except when entering ANI's).

NUMERIC Start in numeric only mode.
ALPHA Start entry in alphanumeric mode.

5.5.3.2 Fast Scrolling setting

Fast Scrolling allows for faster navigation through the
menu system. The DDU 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.

OFF Animate scrolling from side to side.
ON Scroll at fast speed.

5.5.3.3 Contrast setting

Allows the display contrast to be adjusted for best
viewing.

LOW Low contrast setting.
HIGH High contrast setting.

5.5.3.4 Mic. Option setting

Selects which type of optional microphone accessory is
attached to the DDU. This is necessary so that the
DDU knows how to treat the external (for exmpale off­hook or monitor).

NONE No microphone.
GOOSENECK Gooseneck style microphone.
PADDLE Paddle style desktop microphone.
HANDSET External handset.

5.5.3.5 Printer Option

The DDU, 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.

OFF Do not send data to printer.
ON Send data to printer.

Default: 0000

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 DDU 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: 0005 to 4000 milliseconds
Default: 0400 milliseconds

5.5.5.2 COR Polarity setting

Determines which state of the COR (carrier detect)
input is considered the active state. When COR is
active, the radio channel is busy. Important Note: The

DDU will not decode 5-tone formats unless the COR
input is active. If not connecting the COR Input to the

DDU, this setting should be HIGH. If the radio is using
PL/CTCSS, it is recommended that the COR Input be
connected to a point which goes active when PL is
detected.

The COR input is used in conjunction with the Busy
Lockout feature. If not connecting the COR input, do
not enable Busy Lockout .

LOW Channel is busy when COR is 0V.
HIGH Channel is busy when COR is 5V.

5.5.5.3 Busy Lockout option

This option prevents the DDU from transmitting on a
busy channel. If this option 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 DDU
will wait until the channel is clear and then transmit.
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.

5.5.4 SECURITY SETUP menu

5.5.4.1 Security setting

Allows the security option to be turned on and off. If
turned off, the LOCK/UNLOCK menus will not appear.

ON Enable security feature.
OFF Disable security feature.

5.5.4.2 Password setting

Sets the password required to UNLOCK the menu
system when the Security is turned on. Must be 4
numeric digits.

ON Do not transmit when channel busy.

5.5.5.4 Squelch Polarity setting

Determines the active state of the Squelch Output. The
Squelch Output is used in conjunction with the COR
Input and the Auto Mute Time to mute incoming ANI
packets.

LOW Radio is squelched when the Squelch

Output. Is brought to GND.

HIGH Radio is squelched when the Squelch

Output is not at GND (floating).

5.5.5.5 Auto Mute Time setting

Range: 4 digits

Specifies the amount of time after the COR Input

DDU-100/200 Manual

MIDIAN ELECTRONICS INCORPORATED PAGE 11

becomes active for the Squelch Output to go inactive.
This allows the Squelch Output to be used to mute
incoming ANI's if connected to a point which disables
the radio speaker. This value should be set to allow for
any key-up delay of the transmitting unit as well as the
time it takes for the ANI to complete.

Range: 0000 to 4000 milliseconds
Default: 0300 milliseconds

5.5.5.6 Trunk Delay Polarity setting

When using with trunked radios, this setting
determines the active state of the Trunking Delay Input
(a.k.a. LTR in). This input is used to hold-off
transmitting a call until a channel is acquired on the
trunking system. If a channel is not acquired within 4.5
seconds, a timeout will occur and the call will be
canceled. Important note: The Trunking Delay Input
shares the same wire as the Squelch Output. Normally
the wire acts as the Squelch Output. The DDU must be
jumpered correctly to configure this wire for trunking.
Please see the installation instructions.

When not using the Trunking Delay Input, this setting
should be HIGH.

LOW Trunking signal goes to 0V when a

channel is acquired.

HIGH Trunking signal goes to 5V when a

channel is acquired.

Range: 0005 to 1000 milliseconds
Default: 0050 milliseconds

5.5.6.3 Encode Time 2 setting

When using 5-tone formats (non-DTMF): This is the
duration of each of the remaining tones (or digits) of
the encode sequence. Normally, this should be the
same as Encode Time 1.

When using DTMF format: This is the tone OFF time
(between digits) when using DTMF format.

Range: 0005 to 1000 milliseconds
Default: 0050 milliseconds

5.5.6.4 Decode Format setting

The tone-signaling format of the incoming ANI's. The
Encode and Decode formats may be different if
desired. Select from one of the following formats:

DTMF
CCIR
EEA
EIA
ZVEI
DZVEI
DDZVEI

5.5.6 ENC/DEC SETUP menu

5.5.6.1 Encode Format setting

The tone-signaling format used to encode outgoing
calls. Select from one of the following formats:

DTMF
CCIR
EEA
EIA
ZVEI
DZVEI
DDZVEI
NATEL
MODAT

5.5.6.2 Encode Time 1 setting

When using 5-tone formats (non-DTMF): The
amount of time for the first tone (or digit) of the encode
sequence (may also be a preamble). This is also
known as tone width. Each ANI format has standard
tone widths. Non-standard tone widths are permitted,
allowing for faster encode.

When using DTMF format: This is the tone ON time
for DTMF format.

NATEL
MODAT

5.5.6.5 Decode Time setting

When using 5-tone formats (non-DTMF): The
minimum amount of time a single tone must be present
before it is decoded. This time can be as little as 5
milliseconds. This time should be set between 1/2 and

th

of the encode timing. For example, if the encode

1/5
timing is 50 milliseconds per digit, then the Decode
Time should be set between 5 and 25 milliseconds.
The lower the number, the more sensitive the unit will
be. When the number is higher, the unit will be less
susceptible to falsing on noise.

When using DTMF fo rmat: The amount of time after
the last digit is received for decode to take place. This
value should be at least twice that of the digit OFF
time.

Range: 0005 to 9999 milliseconds
Default: 1000 milliseconds

5.5.6.6 Ignore Nonuser option

Turning on this option helps prevent the display of false
decodes by ignoring ID’s which do not appear in the
user database. This can also be used to restrict access
to a repeater to only those ID’s in the database. See

REPEATER SETUP for more information.
OFF Display ID’s not in database.

DDU-100/200 Manual

PAGE 12 MIDIAN ELECTRONICS INCORPORATED

ON Ignore ID’s not in database.

5.5.7 REPEATER SETUP menu

5.5.7.1 Repeat Control option

Allows the DDU to control access to a repeater.
Causes the DDU to assert a PTT ou tput to a repeater
upon receipt of either: (1) any ANI in the format
decoded by the DDU or (2) a valid User ID in the user
database. To restrict repeater access to valid User ID’s
only, the Ignore Nonuser option in the ENC/DEC
SETUP must be turned ON. Otherwise, any incoming
ANI of the proper format will be considered valid.

Other possible uses of the Repeat Control option
include operation of a horn relay or the enabling of a
PA speaker. Repeater control output can either be the
PTT output, or the MONITOR output (see below).

OFF Repeater control disabled.
ON Repeater control is enabled.

5.5.7.2 Validate Time setting

This sets how long after COR becomes active, that the
repeater will be keyed prior to receiving a valid decode.
This allows time for the incoming ANI to be broadcast
by the repeater before it has been validated. If no ANI
(or valid User ID) has been decoded during this time,
the repeater will be un-keyed. The repeater will remain
un-keyed until COR goes inactive.

If set to 0, the repeater will not be keyed until after the
ANI (or valid User ID) has been decoded.

Range: 00 to 99 10ths of a second (0.0 - 9.9 s)
Default: 10 10ths of a second (1.0 second)

5.5.7.3 PTT Hang Time setting

Once validation has occurred, this sets how long the
repeater will remain keyed after COR goes inactive.
Once the hang timer expires, a new validation will be
required to access the repeater.

Range: 00 to 99 10ths of a second (0.0 - 9.9 s)
Default: 20 10ths of a second (2.0 seconds)

5.5.7.4 Hang Reset setting

This setting specifies what is required to reset the PTT
hang timer before it expires. This can either be COR
or COR+ANI. When set to COR, the hang timer will be
reset if COR goes active prior to expiration, allowing
the conversation to continue without a new validation.
When set to COR+ANI, a new valid ANI will also be
required to keep the repeater open.

COR Reset hang timer if COR goes active

before the hang time expires.

COR+ANI Require both COR and an ANI (or

valid User ID) to reset the hang timer
before expiration.

5.5.7.5 Repeater Out setting

This setting specifies which output is used to put the
repeater into transmit mode when Repeat Control is
enabled.

PTT PTT output used to key repeater in

Repeat Control mode.

MONITOR MONITOR output used to key repeater

in Repeat Control mode.

5.5.8 STATUS SETUP menu

5.5.8.1 Status Feature option

When enabled, the Status Feature always treats the
last digit of an incoming ANI as a status digit. The last
digit of the ANI is not actually displayed. Instead the
user's ANI and Status Message are displayed
alternately (every 2 seconds).

When the Status Feature is enabled, it will be required
that all units send an extra digit after their ANI. See the
section on Status Display Feature for more
information.

OFF Disable status feature.
ON Enable status feature.

5.5.8.2 Emergency Status option

When enabled, the Emergency Status option treats
any ANI with 9 as the last digit as an Emergency ANI.
When an Emergency ANI comes in, the PWR-ALM
LED flashes rapidly between green and orange.
Optionally, the Emerg Siren sound can be enabled to
alert the system operator of the emergency situation.

The Emergency Status option may be used alone, or in
conjunction with the Status Feature option. When
used alone, the digit '9' will appear and the status
message is not displayed. Also, the User Name in the
database will not be properly displayed.

When used in conjunction with the Status Feature, the
'9' will not be displayed. Instead, Status 9 Msg will be
displayed (unless it is blank), alternating with the ANI.
The User Name in the database will be properly
displayed.

OFF Display ID’s not in database.
ON Ignore ID’s not in database.

5.5.8.3 Status 0 Msg setting

Allows you to specify the status message displayed
when using the Status Feature. When using this
feature, the last digit of the ANI will be used to
determine the status. There is a status message for
each of the digits 0 through 9. Each status message
may be up to 10 alphanumeric characters.

Range: 0-10 characters
Default: blank

DDU-100/200 Manual

MIDIAN ELECTRONICS INCORPORATED PAGE 13

5.5.8.4 Status 1 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.5 Status 2 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.6 Status 3 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.7 Status 4 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.8 Status 5 Msg setting

See Status 0 Msg setting above.

database will not be affected.

5.5.9.2 Clear Database

This will clear the user database of all ID's and User
Names. The contents of the other parameters listed
above will not be affected.

5.5.9.3 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. Damage to the unit may

result.

Range: 0-10 characters
Default: blank

5.5.8.9 Status 6 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.10 Status 7 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.11 Status 8 Msg setting

See Status 0 Msg setting above.

Range: 0-10 characters
Default: blank

5.5.8.12 Status 9 Msg setting

See Status 0 Msg setting above. Note that this status
message is associated with emergency status.

Range: 0-10 characters
Default: blank

5.5.9 UTILITIES menu

5.5.9.1 Reset Defaults

This will reset all the parameters listed above to the
factory default settings. The contents of the user

DDU-100/200 Manual

PAGE 14 MIDIAN ELECTRONICS INCORPORATED

6 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
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 137 cannot be exceeded.

Solution: Remove any old user names that are no
longer in service. If this is not possible, contact Midian
to learn about our Computer Aided Dispatch (CAD)
fleet management systems which can handle many
more users.

DATABASE ERROR
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: Cycle power to the unit. This should clear the
error. If the error message continues to come up,
contact Midian technical support.

DUPLICATE ID
Reason: An attempt was made to add a user ID to the

database which is already in the database. Each user
ID in the database must be unique.

Solution: Choose a unique user ID for each user. If it is
necessary to edit the user record, use the edit menu.

EE CHKSUM ERR
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.

Solution: Cycle power to the unit. This should clear the
error. If the error message continues to come up,

contact Midian technical support.

EE WRITE FAIL
Reason: The EEPROM chip or connections to it have

failed.
Solution: Contact Midian for instructions on getting the

unit repaired.

FIELD IS BLANK
Reason: An attempt was made to place a call, but the

user ID or name was blank. An a ttempt was made to
spy or kill and the respective field in the database is
blank.

Solution: When placing a call, be sure an ID number or
user name is displayed before pr essing <SEND>. The
spy and kill functions require there be an entry in the
respective field of the user database.

MODEM TIMEOUT
Reason: The DDU expects a call to be completed

within 4.5 seconds and this time has been exceeded.
This can happen if the total of the key-up delay and
tone widths exceed 4.5 seconds. This can also happen
when used in a trunking system and a channel cannot
be acquired. It is also possible that there could be a
hardware failure.

Solution: If total time of the key-up delay and signaling
tones exceeds 4.5 seconds, simply press <SEND> to
clear the message from the display. The call will still be
sent. If the timeout is caused by excessive channel
acquisition time in a trunking system, press <SEND> to
clear the error and try placing the call again. In the
event of a hardware failure, contact Midian technical
support to determine if that is the cause.

NOT FO

eason: There is no entry in the user database that

R

matches the data entered.
Solution: When selecting a user to call, the name or

the ID can be entered in whole or in part. When
entering a partial name or ID, press the right
<SCROLL> button to search the database for the first
partial match. Press <SEND> only if the whole ID 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.

UND

DDU-100/200 Manual

MIDIAN ELECTRONICS INCORPORATED PAGE 15

7 MENU SYSTEM MAP

DDU-100/200 Manual

1

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27K

R20

1M

R21

150K

R22

.001u

C19

.0022uC21

.0022u

C22

82K

R30

4.7K

R31

470K

R27

27K

R29

10K

R12

.047u

C20

.0047u

C24

15K

R23

240K

R24

240K

R25

.001u

C25

*

JU8

*JU6

*

JU7

.1u

C29

100K

R41

47K

R40B

*

R40A

2.7K

R39

10K

R59

20K

R58

10K

R61

20K

R60

10K

R63

20K

R62

10K

R65

20K

R64

10K

R67

20K

R66

10K

R69

20K

R68

10K

R71

20K

R70

20K

R72

20K

R73

.01u

C58

47K

R93

47K

R102

47K

R106

10K

R111

*

JU5

0R

R85

10K

R88

4.7K

R94

+

4.7u

C53

10K

R87

7.5K

R86

560p

C54A

.01u

C12

*

C48A

+

1u

C55

560p

C60

.47u

C56

560p

C2

560p

C3

4.7K

R83

47K

R103

22p

C8

22p

C9

4.7M

R55

+

1u

C51A

560p

C51

47K

R107

.1u

C64

.1u

C50

.1u

C49

4.7K

R36

560p

C26

*

R115

56K

R92

47K

R84

100K

R108

100K

R74

100K

R75

.001u

C42

100p

C41

240K

R76 27K

R89

10K

R112

10K

R90

100p

C66

100p

C67

100p

C68

100p

C69

100p

C70

100p

C71

100p

C72

0R

R95

*

R96

.001u

C57B

.01u

C57A

1K

R78

.001u

C73A

*

C73B

.01u

C38

*

R45

*

C31

22R

R114

22R

R46

47K

R104

4.7K

R33

10K

R52

*

R116

82R

R53

560p

C43

10K

R80

*

C46A

240K

R79

10K

R56

100p

C44

10K

R4

2.2K

R113

.022u

C37

62K

R50

4.7K

R48

7.5K

R47

560p

C39

+5V

+5V

560p

C47

47K

R43

Y25

Q7

47K

R57

+5V

EARPC

MIC

WHT

YEL

BLK

RED

PTT SW

HANDSET

[OPTIONAL]

TILT SW

COR

P1:1

SQ OUT
LTR IN

P1:2

PTT

P1:3

AUDIO OUTPUT

P1:4

+VIN

P1:5

GND

P1:6

MONITOR

P1:7

AUDIO INPUT

LOCAL REMOTE

P1:8

P1:9
P1:10

GOOSE NECK MIC

[OPTIONAL]

EXT PTT IN

SENSE/OFFHOOK & EXT MONITOR

3.58 MHz

Y2

22p

C32

22p

C33

4.7M

R35

+5V

KEYBOARD

LCD

DDU-100DTMF

DDU-2005 TONE

DDU-400

DDU-300

GSTAR FORMAT

ZAP FORMAT

DDU-500/600

FFSK

OPTION

MONITOR OUT

CP

CJS

2012-05-11

DML

2014-03-27

C-2

1 of 1

7749

MIDIAN ELECTRONICS, INC.

DATE:

DESIGN:

DWN BY:

REV:

APPR

COPYRIGHT ©

REV

SHEET

PROJECT NUMBER

DOCUMENT NAME

SCHEMATIC

2014

DDU-100/DDU-200

+5V

*

C52A

*

C78

*

C79

.022u

C28

+

2.2u

C63

.1u

C5

.1u

C7

.1u

C10

.1u

C23

.1u

C35

.1u

C61

.1u

C62

.1u

C74

.1u

C75

JUMPER

R82

C77[1uF] USED ONLY FOR
SPECIFIC PROD DATES OF U9

NOTE

10K

R42

.1u

C59

VAN

+5V

GND

P3:1

BLK

EARPC

P3:2

RED

SENSE/EXT MIC

P3:3

SHLD

GND

P3:4

YEL

MIC IN

P3:5

GND

P3:6

GND

P4:1

BLK

P4:2

RED

P4:3

GRN

P4:4

YEL

P4:5

GND

P4:6

PRINT RDY

PRINT DATA

A

B

B

A

CONNECTS TO

U15:1 & U15:2

MIC SENSITIVITY

OUTPUT LEVEL ADJUST

CONNECTS TO U9

11

33

22

1M

R2

11

33

22

1M

R32

1.5K

R97

5.1V

D7

2

1

3

DCJ

*

RJ1

D

D

CONNECTS
TO RJ1

CONNECTS
TO U1:43

FUSE

OSC2

42

TCAP

41

D7

39

OSC1

43

A5

7

A6

6

A7

5

A4

8

A3

9

A1

11

A0

12

C4

27

C1

30

C6

25

GND

22

TCMP

38

IRQ

2

VDD

44

VPP

4SS37

B3

16

B0

13

B1

14

A2

10

C5

26

C3

28

C0

31

C2

29

C7

24

B4

17

B7

21

B6

20

RES

1

B2

15

B5

19

SCK

36

MOSI

35

MISO

34

RDI

32

TDO

33

NC4

3

NC1

18

NC2

23

NC3

40

MC68HC705C8

U1

PIR7501

COR75

COR108

PIR7502

COTP1

COC1

COP1:8

PIP108

COR1

PIR102

COR38

PIR101

PIR3801

PIR3802

PIC101 PIC102

COC27

PIC2701PIC2702

PIC3001 PIC3002

PIR3202

PIR3203

PIR3201

COR32

PIU306

PIU305

COTP5

COC30

PITP501

COR42

PIR4201 PIR4202

PIU307

COU3:2

PIR201

COC4

PIR202

PIR203

COR2

PIU302

PIU303

PIC401PIC402

COR37

PIU308

PIU301

COU3:1

PIU304

PIR1401

COR14

PIR1402

PIU409

PIU4010

COU4:3

COR10

PIR1002

PIR1001

COR11

PIR1101 PIR1102

PIC1501

COC15

PIC1502

PIU4012

PIC6502

COC65

PIC6501

PIU4013

PIU4014

COU4:4

COR16

PIR1601 PIR1602

COR13

COC13

PIC1801PIC1802

COC18

COC17

COR18

PIR1802

PIR1801

PIC1701PIC1702

PIR1901

COR19

PIR1902

PIU7015

COU7:2

PIU709

PIU7010

PIU10013

PIU10012

COU10:4

PIU7011

PIU7012

PIU7013

PIU7014

PIU10011

COR20

PIR2002

PIU506

PIU505

PIR2001

PIU507

COU5:2

PIR2302

PIR2301

PIC2002

COC20

PIC2001

PIR2402

PIR2401

COR21

PIR2101 PIR2102

PIU502

PIU503

COU10:1

PIU504

COU5:1

PIU5011

PIU1003

COR23

COR24

COC24

PIC2401PIC2402

PIR2501 PIR2502

COR25

COR22

PIU1001

PIU1002

PIU501

PIU10014

PIU1007

PIU5013

PIU5012

PIC2502

COC25

PIC2501

PIC1301PIC1302

PIR2201PIR2202

PIU706

COU5:4

COC28

PIC2801PIC2802

PIR4102

PIR40B02

COR40B

COR39

COP1:1

PIP101

PIR3901

PIR3902

PIR40B01

PIQ10B

PIR40A01

COR40A

PIQ10C

COQ1

PIQ10E

COR41

PIR4101

PIR40A02

PITP101

PIR3701PIR3702

PIU408

PIR1301PIR1302

PIC1601

COC16

PIC1602

PIU1009

PIU1008

PIC1902

COC19

PIC1901

PIU702

PIU7016

PIU707 PIU708

PIU5014

PIJU601 PIJU602

PIJU701 PIJU702

COU7:1

PIC7501

COC75

PIC7502

COJU6

COJU7

COC29

COC6

PIC601

PIC602

COC7

PIC701

PIC702

PIU403

PIU402

COU10:3

PIU404

PIU4011

PIU10010

PIU1005

PIU705

PIU1006

COU10:2

COU5:3

PIU701

PIU509

PIU5010

PIJU801

COJU8

PIJU802

PIC2901
PIC2902

PIC7701

PIC7702
PIC3401

PIC3402

PIR802

COR8

PIR801

PIU401

COU4:1

PIU1004

PIU508

COC77

COC34

COR6

PIR601PIR602

PIR701 PIR702

COD1:1

PID102 PID103

COTP2

PITP201

COD1:2

PID103

COR91

PIR9101

COC14

PIU8014 PIU8016

PIU803

PIU804

COR26

COU9

PIU904

PIU9017

PIU9014

PIU906

PIU9016

PIU9019

PIU909

PIU11010

COR7

COTP8

PITP801

PIU1103

PIU1102

PIU11017

PIR902

COR9

PIR901

PID101

PIR9102

PIC1401
PIC1402

PIU11016

PIU1104

PIU1101

PIU1108

PIR1702

COR17

PIR1701

PIR10902

COR109

PIR10901

PIU405

PIU406

PIR11002

COR110

PIR11001

COC21

PIC2101 PIC2102

COC22

PIC2201 PIC2202

COU8

PIU8011 PIU8012

PIR2601

PIR2602

PIR2603

PIR2802

PIR2702

COR27

PIR2701

PIC6101
PIC6102

PIU9018

PIU9020

PIU9010

PIRJ101 PIRJ102

PIC7302

COC73

PIC7301

PIU806PIU807

PIR2801

COR28

PIR2803
PIR2902

COR29

PIR2901

COC61

PIU9012

PIU9013

PIU9015

PIU905

PIU901

CORJ1

PIU805

PIU11018

COU11

PIU1109

COR15

PIU1105 PIU1106

PIR1501PIR1502

PIU407

COU4:2

PIU808

PIR1201

COR12

COTP4

PITP401

PIR1202

PIU1107

PIU11011

PIU11012

PIU11013

PIU11014

PIU11015

COTP3

PIR4402

PITP301

COR44

PIR4401

PIR4902

COR49

PIR4901

PIU802

PIR3002

COR30

PIR3001

PIU809

PIR3102

COR31

PIR3101
PIC2301

COC23

PIC2302

PIC52A02
PIC52A01

PIU106

PIU108

PIU107

PIU109

PIU1011

PIJU202

COJU2

PIJU201

PIU1012

PIJU301

COJU3

PIJU302

PIU1041

PIU102

PIU1022

PIU1023

PIU1039

PIU1040

PIU1027

PIU1030

PIU1025

PIU1038

PIC5201

COC52A

PIC5202

COC52

COC33

PIC3301

PIC3302

COR35

PIR3502

PIY201PIY202

COY2

PIU1042

COU1

PIU608

COU6:3

COC32

PIC3201PIC3202

PIR3501

PIU1043 PIU1044

PIU105

PIU6010

PIU609

PIC5301

PIC5302

PIU103PIU104

PIU1037

PIU101

COC53

PIR10801 PIR10802

PIC1001

COC10

PIC1002

PIU1031

COR58

PIU1021

COR60

PIU1020

COR62

PIU1019

COR64

PIU1017

PIU1018

COR66

PIU1016

COR68

PIU1015

COR70

PIU1014

COR72

PIU1013

PIU1024

COU12

PIU1028

PIU1036

PIU1035

PIU1034

PIU1204

PIU1205

PIU1206 PIU1207

PIR9301

COR93

PIR9302

PIU1033

PIU1032

PIU1029

PIU1026

PIU1010

PIR8701

COR87

PIC7901
PIC7902

PIR8702
PIR8601

COR86

PIR8602

PIR7401

COR74

PIR7402

COTP6

PITP601

PIR5801PIR5802

PIR5902

COR59

PIR5901

PIR6001PIR6002

PIR6102

COR61

PIR6101

PIR6201PIR6202

PIR6302

COR63

PIR6301

PIR6401PIR6402

PIR6501

COR65

PIR6502

PIR6601PIR6602

PIR6701

COR67

PIR6702

PIR6801PIR6802

PIR6901

COR69

PIR6902

PIR7001PIR7002

PIR7101

COR71

PIR7102

PIR7201PIR7202

PIR7301

COR73

PIR7302

PIR8802

COR88

PIR8801

PIC5401

COC79

PIC5402

PIR9202

PIR9201

PIU1202PIU1203

PIU1208

PIU1201

COC54

COR76

PIR7601 PIR7602

PIC4201

COC42

PIC4202

COR115

PIR11501 PIR11502

COR92

PIC5802

PIC6201

COC62

PIC5801

PIC6202

PIC54A02

COC54A

PIC54A01

PIC4101

COC41

PIC4102

PIU6013

PIU6012

COU15:1

PIU1501

PIU1502

COU15:2

PIU1307
PIU1308

COC58

PIU1303
PIU1304

COU13

PIC1201

COC12

PIC1202

PIC48A02
PIC48A01

PIR8902

PIU6014

COU6:4

PIU15014

PIU15013

PIU15012

PIU15011

PIR8402

COR84

PIR8401

PIU15010

COTP7

PITP701

PIU15015

PIU2038

PIU2044

PIU2037

PIU204

PIU203

PIU2022

PIU2023

PIR10601

COR106

PIR10602

PIU1301

PIU1306

PIU1305

PIU1302

PIU2019

PIU2036

PIU2035

PIU2034

PIR10202

COR102

PIR10201

PIU2032

PIU2033

PIC4801

COC48A

PIC4802

COR89

PIR8901

PIVR201

COC48

PIVR202

PIVR204

COJU1

PIJU101 PIJU102

COU2

PIU202

COVR2

PIVR205

PIR11201

COR112

PIR11202

PIVR203

PIVR208

PIVR207

PIVR206

PIR9001

COR90

PIR9002

PIU2016

PIU2013

PIU2039

PIU2040

PIU205

PIU206

PIU207

PIU208

PIU2010

PIU2011

PIU2012

PIU209

PIU2031

PIU2028

PIU2026

PIU2027

PIU2024

PIU2025

PIU2029

PIU2030

PIU2018

PIU2017

PIU2021

PIU2014

PIU2015

PIU201

PIU2041

PIU2043

PIU2042

PIU2020

PIVR101

PIVR102 PIVR103

PIVR104

COP7:7

COC67

PIP707

PIC6802

COC68

PIC6801

COP7:9

PIP709

PIC6602
PIC6601

COP7:8

PIP708

COC66

PIC6702
PIC6701

PIP6010

COP6:10

PIP6011

COP6:11

PIP6012

COP6:12

PIP6013

COP6:13

PIP606

COP6:6

PIP607

COP6:7

PIP608

COP6:8

PIP609

PIP602

PIP604

PIP605

PIP601

PIP603

COP6:9

COP6:2
COP6:4

COP6:5
COP6:1
COP6:3

COC51

PIR10702

COR107

PIC5102

COC51A

PIC5101

PIC51A01

PIC51A02

PIR10701

PIR5502

COR55

PIR5501

COC9

PIC901 PIC902

PIY101

COY1

PIY102

PIC801 PIC802

COC8

COVR1

PIVR105

PIVR108

PIVR106

PIVR107

COC49

PID702
PID701

PIC4902
PIC4901

PID201 PID203

COD2:1

PID202 PID203

COD7

PIC5501

COC55

PIC5502

COP7:10

PIP7010

PIC6902

COC69

PIC6901

PIC57A02

PIC57A01

COR95

PIU16011

PIU16012

PIU1601

PIU1603

COD2:2

COP7:11

PIP7011

PIC7002

COC70

PIC7001

COC57A

PIR9602

COR96

PIR9601

PIR9501PIR9502

PIR9701

PIR9702

PIU16016

COU16

PIU16015

COP7:12

PIP7012

PIC7102

COC71

PIC7101

PIP705
PIP706

PIC57B02

COC57B

PIC57B01

PIP703

PIP704

PIP702

PIC7802

COC78

PIC7801

PIP701

COR97

COC64

PIC6401PIC6402

PIU1602

PIU1606
PIC5902
PIC5901

COC59

PIR11101

COR111

PIR11102

COR94

PIR9401 PIR9402

COP7:13

PIP7013

PIC7202

COC72

PIC7201

COP7:5
COP7:6

PIR7902

COR79

PIR7901

COP7:3
COP7:4

PIR5602

COP7:2

COR56

PIR5601

COP7:1

COP4B:1

COP4B:2

PIP4B01

PIU16014

PIU16013

PIU1604

PIC5002

COC50

PIC5001

PIU1605

PID602 PID603

COD6:1

COP4B:3

PIP4B02

COD6:2

PID601PID603

PIQ20G

COtb0sch1

COC63

PIC6301 PIC6302

PIU1509

PIU15016

PIU1505

PIU1503

PIP4B03

COJU5

PIJU501PIJU502

PIR8501 PIR8502

PIQ20D

COQ2

PIQ20S

COSW1R5:2

PISW1R503

PISW1R502

PISW1R501
PIR7802

COR78

PIR7801

PIR3301

COR33

PIR3302

COU15:3

PIU1504

PIU1508
PIU1507

PIU1506

COP4:2

PIP402

COP4:5

PIP405

COP4:3

PIP403

COP4:4

PIP404

COP4:1

PIP407

COP4:6

PIP408

COR85

PIC7401
PIC7402

PIC73A02

COC73A

PIC73A01

PIC3801
PIC3802

COR80

PIU602

PIU603

COR113

PIC73B01

COC73B

PIC73B02

PIQ50C

COQ5

PIQ50B

COC38

COC43

PIC4301PIC4302

PIR5101

PIR8001PIR8002

PIU604

PIU601

COU6:1

PIU6011

PIR401 PIR402

PIU607

PIR11301

PIQ50E

PIR5102

PIR5103

COR51

COC44

PIC4401 PIC4402

COR4

COU6:2

PIR11302

PIC5602
PIC5601

COC74

PIU1406

PIU1408

PIU1403

COU14

PIU1402

PIU1404

PIC502

COC5

PIC501

COQ7

COR52

PIQ60B

PIR5201PIR5202

COR116

COC46A

PIC46A01 PIC46A02

PIC4601 PIC4602

COC46

PIR10502

PIR10501

PIR10503

COR105

PIU606

PIU605

COR36

PIR8301 PIR8302

COR83

PIR10301

COR103

PIR10302

PIFUSE01 PIFUSE02

COFUSE

COC60

COC56

COR45

PIR4502

PIU1401

PIU1405

PIU1407

PIQ70E

PIQ70B

PIQ70C
PIR5702

COR57

PIR5701

PIR4501

PIC3101
PIC3102

PIR11402

COR114

PIR4602

PIR11401

PIR4601
PIC3501

PIC3502

COR43

PIR4301PIR4302

COC47

PIR10402

COR104

COC31

PIC4501

COC45

COR46

COC35

PIC4702
PIC4701

PIC4502

PIR10401

PIQ60C

COQ6

PIQ60E

PIR11601

PIR5301

COR53

PIR11602

PIR8102

PIR5302

COJU4

COR81

PIJU401PIJU402

PIR8101

PIC4001

COC40

PIC4002

PIR4702

COR47

PIR4701

PIC3601

PIC3602

COC39

PIC2602

COC26

PIC2601

PIR8202

COC37

PIC3701 PIC3702

PIR3601PIR3602

PIC202
PIC201

PIR5001 PIR5002

PIQ40B

PIQ30G

COC2

COSW1R5:1

PIC6002
PIC6001

COR50

PIQ40C

COQ4

PIQ40E

PIQ30D

COQ3

PIQ30S

PIC301
PIC302

PISW1R504PISW1R505

PIC7601

PIC7602

PIR4801

COR48

PIR4802

PIC3901
PIC3902

COC3

COR82

PIR8201

COC76

PIP305

PIP303

COP3:4

PIP304

PIP302

PIP307

PIP308

COC36

COD4

PID502

COD5

PID501

COP3:5

COP3:3

COP3:2

COP3:1
COP3:6

PID401PID402

COP5

PIP501

PIP502

PIP104

COP1:4

PIP201

PIP202

PIP107

COP2

COP1:7

COP1:3

PIP103

COP1:2

PIP102

COP1:5

PIP105

PIDCJ01

PIDCJ03

PIDCJ02

PIP106

PIP109

PIP1010

CODCJ

COP1:6

COP1:9
COP1:10

COVO1

PAVO104

PASW1R504

PASW1R503

PAVO103

COSW1R5

PASW1R501

PAVO105

PASW1R505

PAC6002

COC60

PAC6001

PAFUSE02

PAD702

COFUSE

PAFUSE01

PAVO10G

COD7

PAD701

PAC5501

COC55

PAC5502

COC48A

COC12

PAC1202

COC48

PAQ20G

COR94

PAR9402 PAR9401

PAVR208

PAVR207 PAVR206 PAVR205

COVR2

PAVR204PAVR203PAVR202

PAVR201

PAC5302

PAC48A02PAC48A01

COC53

PAC5301

PAC1201

PAC4801

PAC5401

COC54

PAC4802

PAC5402

PAR11302

COR113

PAC3702

PAC4402

PAR11301

COC44

COC37

PAC3701

PAC4401

COR4

PAC6302

PAR402 PAR401

COC63

PAC6301

PAR10501

COR105

PASW1R502

COR78

PAR7802 PAR7801

PAR8502

COR85

PAR8501

PAQ20D

PAVO10D

COQ2

PAVO10S

PAQ20S

PAC5602

COC56

PAC5601

PAR8602

COR86

PAR8601

COR87

PAR8702 PAR8701

PAR10503

PAC5201

PAC52A02

PAC73A02

COC52A

PAC52A01

PAC73A01

COR33

PAR3302

PAR3301

COC38

PAC3802 PAC3801

PAQ50B

PAQ50E

COQ5

PAVO10E PAVO10B

PAVO10C

PAQ50C

PAVR105

PAC7401

PAVR104

PAVR103PAVR102PAVR101

COC74

PAC7402

PAC7902

PAC54A02

COC54A

PAC54A01

COP5

COC52

PAC5202

PAU1405 PAU1404

PAU1406
PAU1407

PAU1408

COC73A

PAC501

COC5

PAC502

PAVR108 PAVR107 PAVR106

COVR1

COC79

PAC7901

PAU606PAU607

COU6

PAR10502

PAU608 PAU609

COR92

PAR9202 PAR9201

COR74

PAR7402

PAR7401

COR114

PAR11402 PAR11401

COC35

COR46

PAC3501 PAC3502

PAR4602

PAR4601

COU14

PAC4501

COC45

PAC4502

PAP501PAP502

PAP6013 PAP6012 PAP6011 PAP6010

PAVO1011PAVO1012PAVO1013

COP6

COP4

PAC7601

COC76

PAC7602

COC39

PAC3902 PAC3901

PAP201 PAP202

COP2

PAR4802

PAR5002

COC36

PAC3601

COR48

COR50

PAR4801

PAR5001

COR47

PAR4702 PAR4701

PAU601PAU602PAU603PAU604

PAU605

PAU6010

PAU6011 PAU6012 PAU6013 PAU6014

COC41

PAC4202

PAR7602

PAC4102 PAC4101

COC42

COR76

COR75

PAC4201

PAR7601

PAR7502

COR108

PAR10802 PAR10801

PAP402

PAP408

PAP404

PAP403

PAP405

PAR5302

PAC4002

COC40

COR53

PAR5301

PAC4001

PAQ60E

COR116

PAR11602 PAR11601

PAC3602

COR56

PAR5602

PAR5601

COC43

PAC46A02

PAC4302 PAC4301

COC46A

PAC46A01

PAR5103

COR51

PAR5102

PAR5101

COR80

PAR8002 PAR8001

COR79

PAR7902 PAR7901

COR89

PAR8902 PAR8901

PAR7501

PAJU101

COJU1

PAJU102

COY2

PAR5202

COR52

PAR5201

PAQ60B

COQ6

PAQ60C

PAC4602

COC46

PAC4601

PAR11202

COR112

PAR11201

PAU1403

PAC73B01

PAU1402

COC73B

PAC73B02

PAU1401

PAC3102

PAR4502

COR45

COC31

PAC3101

PAR4501

COR8

PAC701

PAR802 PAR801

COR9

PAR902 PAR901

COC7

PAC702

PAU11018

PAC602

COC6

PAC601

PAR602

COR6

PAR601

PAU11017 PAU11016 PAU11015

COTP8

COU11

PATP801

PAR702

COR7

PAR701

PAU1101

PAD102

COD1

PAD103

PAD101

PAU11014 PAU11013

PAU1106PAU1105

PAU1104PAU1103PAU1102

PAP609 PAP608 PAP607 PAP606 PAP605 PAP604 PAP603 PAP602 PAP601

PAP407

COR90

PAR9002

PAVO101

PAJU401

PAR8101

COP4B

PAR9001

COJU4

COR81

PAVO102

PAJU402

PAR8102

PAU1505

PAU1506PAU1507PAU1508

COU15

PAU1509

PAU15010 PAU15011

PAU15012

PAU15013 PAU15014 PAU15015 PAU15016

PAR40A02

PAR40B02

PAQ10E

COQ1

PAQ10C

COR40A

COR40B

PAR40A01

PAR40B01

PAQ10B

COR39

PAR3902

COC33

PAC3302 PAC3301

PAY202

PAY201

COC32

PAC3202

COR49

PAR4902

COR41

PAR4102

PAU11012 PAU11011

PAU1108PAU1107

PAR3901

PAR3502

COR35

PAR3501

PAVO1040

PAU1040

PAU1041

PAVO1041

PAU1042

PAVO1042

PAC3201

PAVO1043

PAU1043

PAVO1044

PAU1044

PAR4901

PAU101

PAU102

PAR4101

PAU103

PAU11010

PAU1109

PAU104
PAU105

PAU106

COC10

PAC1001

PAC1002

COP1

PAP102

PAP104

PAP106

PAP108

PAP101

PAP103

PAVO106

PAP105

PAP107

PAP109

PAP4B03
PAP4B02

PAP4B01

PAC5901

COC59

PAC5902

COR115

PAR11502 PAR11501

PAU1501PAU1502PAU1503PAU1504

PAR8402

COR84

PAR8401

PATP701

COTP7

PAU1201
PAU1202

PAU1203
PAU1204 PAU1205

PAU1039 PAU1029

PAU1038 PAU1037 PAU1036

COU1

PAU107

PAU109PAU108

PAU1010

PAJU202

PAJU302

PAJU201

PAJU301

COJU2

COJU3

COC49

COC50

PAC5002

PAC5001

PAU1605

PAU1606PAU1607PAU1608

COU16

PAU1609

PAU16010 PAU16011

PAU16012

COR107

PAR10702 PAR10701

COC62

PAC6202PAC6201

PAU1208

COU12

PAU1207

PAU1206

PAU1035

PAU1034 PAU1033 PAU1032 PAU1031

PAU1011

PAVO1014 PAVO1015 PAVO1016

PAR7202

PAR7302

COR72

COR73

PAR7201

PAR7301

COR71

PAR7102 PAR7101

COC3

PAC4901

PAC4902

PAC302 PAC301

PAU1601PAU1602PAU1603PAU1604

PAU16013 PAU16014 PAU16015 PAU16016

PAC51A01

COC51A

PAC5102

PAC51A02

COC51

PAC5101

PAQ30D

COQ3

PAQ30G

COC2

PAC202

PAC201

PAR8302

PAR9302

PAR10302

COR83

COR103

COR93

PAR8301

PAR9301

PAR10301

PAU1030

PAVO1030PAVO1031PAVO1032PAVO1033PAVO1034PAVO1035PAVO1036PAVO1037PAVO1038

PAVO1029PAVO1039

PAVO1028

PAU1028

PAU1027

PAVO1027

PAU1026

PAVO1026
PAVO1025

PAU1025

PAVO1024

PAU1024

PAVO1023

PAU1023

PAU1022

PAVO1022

PAU1021

PAVO1021

PAU1020

PAVO1020

PAVO1019

PAU1019

PAVO1018

PAU1018

PAU1017

PAU1016

PAU1015PAU1014PAU1013PAU1012

PAVO1017

PAR6802

PAR7002

COR68

COR70

PAR6801

PAR7001

COR67

COR69

PAR6702 PAR6701

PAR6902 PAR6901

PAC6401

COC64

PAC6402

PAQ30S

PAD203

COD2

PAD202

PAR6602

COR65

COR66

PAR6502 PAR6501

PAR6601

PAP1010

PAVO1010

COC26

PAC2602 PAC2601

PAQ40C

COR36

PAR3602 PAR3601

PAQ70C

PAR5702

COR57

COR43

PAR5701

PAR4302 PAR4301

PAC1402

PAC1302

PAC1602

COC14

COC13

COC16

PAC1401

PAC1301

PAC1601

COR91

PAU401

PAR9102 PAR9101

PAU402

PAR1702

COTP2

PATP201

PAU403

COR17

PAU404

COU4

PAR1701

PAR4402

PAU405

PAR1502

COR44

PAU406

PAR4401

COR15

PAR1501

PAU407 PAU408

COTP3

PATP301

PAD201

PAR11102

PAD602

COD6

PAD603

COR111

PAR11101

PAD601

PAJU502

PAJU501

COJU5

PATP601

COTP6

COR58

PAR5802

PAR5801

PAR5902

COR60

COR59

PAR6002

PAR6001

PAR5901

COR62

PAR6202

PAR6201

COVO4

PAR6102

COR61

PAR6302

PAR6402

PAR6101

COR63

COR64

PAR6301

PAR6401

COP3

PAP304

PAP302

PAP308

PAVO108 PAVO107PAVO109

PAQ40E

COQ4

PAQ40B
PAQ70E

COQ7

PAQ70B

PAR1302

COR13

PAR1301

PAR10902

PAR11002

COR109

PAR10901

COR110

PAR11001

PAU2018

PAU2019

PAU2020
PAU2021
PAU2022
PAU2023

PAU2024

PAU2025
PAU2026
PAU2027
PAU2028

PAP305

PAP303

COR42

PAR4202

PATP501

COC30

PAC3002 PAC3001

COTP5

COU3

PAR1602

PAU301 PAU302 PAU303 PAU304

COR16

PAR1601

COC15

PAU4014

PAC1502 PAC1501

PAU4013

COR11

PAR1102 PAR1101

PAU4012
PAU4011

COC65

PAC6502 PAC6501

PAU4010
PAU409

COC73

PAC7302 PAC7301

PAU2017

PAU2016

PAU2015

PAU2014 PAU2013 PAU2012 PAU2011

COU2

PAU2031

PAU2030

PAU1301

PAU1302

PAR10602

PAU1303

COR106

PAU1304 PAU1305

PAR10601

PAP307

PAR4201

PAR3201PAR3203

COR32

PAC2702

COC27

PAC2701

PAR3202

PAU305PAU306PAU307PAU308

COC1

PAR202

PAC101

COR2

PAR201 PAR203

PAR3701

PAC402

PAR1002

PAR1802

COC4

PAC401

COR10

COR18

PAR1001

PAR1801

PATP101

COTP1

COC17

PAC1702 PAC1701

COC18

PAC1802 PAC1801

PAU207

PAU209 PAU208

PAU2010

PAU2039PAU2029

PAU2038PAU2037

PAU2036

PAU2035PAU2034PAU2033PAU2032

COR104

PAR10402 PAR10401

PAU1308

COU13

PAU1307

PAC5802

PAU1306

COC58

COR102

PAR10202 PAR10201

PAC5801

COR82

PAR8202

PAR8201

PAD402

COC47

PAC4702

PAC4701

COD4

PAR3802

PAD401

COR38

PAR3801

PAC102

PAR102

COU10

COR1

PAR101

PAR1402

PAR3702

PAU1001 PAU1002 PAU1003 PAU1004 PAU1005 PAU1006

COR37

COR14

PAR1401

COR23

PAR1902

COR19

PAR1901

PAU206

PAU205

PAU204
PAU203
PAU202
PAU201

PAU2044

PAU2043
PAU2042
PAU2041
PAU2040

PAR2302 PAR2301

PAR2102

PAU501

COR21

PAU502

PAR2101

COU5

PAU503
PAU504
PAU505
PAU506

PAR2002

PAU507 PAU508

COR20

PAR2001

COTP4

PAC2901

COC29

PAC2902

PAR8802

COR88

PAR8801

PAC902

COC9

PAC901

PAR5502

COR55

PAR5501

PAP7013 PAP7012 PAP7011 PAP7010

COP7

PAC7002

PAC7102

PAC7202

COC72

COC70

COC71

PAC7001

PAC7101

PAC7201

CODCJ

PAD502

PADCJ02

COD5

PADCJ03

PAD501

PATP401

PAR1202

COR12

PAR1201

PAC802

COC8

PAC801

PAY101

PADCJ01

COR22

PAR2202

PAR2201

PAU7016

PAU1008

PAU1009

PAU10010PAU10011PAU10012PAU10013PAU10014

COU7

PAU701

PAU1007

COC24

PAU5014

PAC2401 PAC2402

PAU5013
PAU5012

COR25

PAC2502

PAR2502 PAR2501

PAU5011

COC25

PAC2501

PAU5010
PAU509

COC75

PAC7501 PAC7502

COC61

PAC6102PAC6101

PAU9018PAU9019PAU9020

COU9

PAU903PAU902

PAU901

COY1

COC19

PAC1902 PAC1901

PAU709

PAU7010

PAU7011

PAU7012PAU7013PAU7014PAU7015

PAU702 PAU703 PAU704 PAU705

PAU706

PAU707 PAU708

PAU801

PAC2002

PAR2402

PAU802

COC20

COR24

COU8

PAC2001

PAR2401

PAU803

PAU804

PAU805

PAC2102

PAC2202

PAU806
PAU807

COC22

COC21

PAC2101

PAC2201

PAU808

COC28

PAC2802 PAC2801

PAU9016

PAU9015 PAU9014 PAU9013

PAU908PAU907PAU906

PAU905PAU904

PAU9012 PAU9011

PAU909

PAU9017

PAY102

COR95

PAR9502

PAR9501

PAP709 PAP708 PAP707

PAP706 PAP705 PAP704 PAP703 PAP702 PAP701

COR96

PAC57A02

PAC6702

PAC6802

COC68

COC67

PAC6701

PAC6801

PAC57B02

PAC7802

PAR9602

COC57A

COC57B

PAC57B01

COR97

COC78

PAR9702 PAR9701

PAC57A01

PAC7801

PAR9601

PAC6602

PAC6902

COC66

COC69

PAC6601

PAC6901

PAU8016
PAU8015
PAU8014

PAU8013

COR28

PAR2802

PAU8012
PAU8011
PAU8010

PAR2601

PAU809

COR30

PAR3002 PAR3001

PAR2603

COR27

PAR2702

COC23

COR31

PAR3102

PAR3101

PAC2301

PAJU702 PAJU701
PAJU802

PAJU801

PAJU602 PAJU601

COC77

PAC7702PAC7701

PAU9010

COC34

PARJ102

PAC3402PAC3401

CORJ1

PARJ101

COR29

PAR2902PAR2901
PAR2803

PAR2801

COR26

PAR2602

PAR2701

PAC2302

COJU7

COJU8

COJU6

COtb0sch1

COVO2

PAVO201

PAVO202

PAVO209PAVO208PAVO207PAVO206PAVO205PAVO204PAVO203

PAVO2013PAVO2012PAVO2011PAVO2010

COtb0sch2

- This page intentionally left blank -

1

1

2

2

3

3

4

4

D D

C C

B B

A A

BUSY[GRN]BUSY[GRN]

P6:1

+5V[RED]+5V[RED]

P6:2

SEND[BRN]SEND[BRN]

P6:3

GND[BLK]GND[BLK]

P6:4

ALARM[BLU]ALARM[BLU]

P6:5

C1[ORG]C1[ORG]

P6:6

C2[YEL]C2[YEL]

P6:7

C3[GRN/W]C3[GRN/W]

P6:8

C4[WHT]C4[WHT]

P6:9

R1[GRY/W]R1[GRY/W]

P6:10

R2[GRY]R2[GRY]

P6:11

R3[ORG/W]R3[ORG/W]

P6:12

R4[VIO]R4[VIO]

P6:13

47K

R98

47K

R99

47K

R100

47K

R101

1K

R54A

1K

R34A

1K

R3A

1K

R77A

B25

Q8

B25

Q9

B25

Q10

+5V

.01u

C11

RED

LED1:1

GREEN

LED1:2

RED

LED2:1

GREEN

LED2:2

+5V

+5V

+5V

+5V

1

SW1

2

SW2

3

SW3

4

SW4

5

SW5

6

SW6

7

SW7

8

SW8

9

SW9

*

SW10

0

SW11

#

SW12

FREQ

SW14

INTER

SW15

MONITOR

SW16

SEND

SW17

CP

CJS

2000-05-01

DML

2013-06-17

C-1

1 of 1

7318A

MIDIAN ELECTRONICS, INC.

DATE:

DESIGN:

DWN BY:

REV:

APPR

COPYRIGHT ©

REV

SHEET

PROJECT NUMBER

DOCUMENT NAME

SCHEMATIC

2013

DDU KEYBOARD

1K

R34B

1K

R54B

1K

R3B

1K

R77B

PIP602

COP6:2

COP6:4

COP6:10

COP6:11

COP6:12

COP6:13

COP6:6

COP6:7

COP6:8

COP6:9

COP6:5

COP6:1

COP6:3

COC11

PIP604

PIP6010

PIP6011

PIP6012

PIP6013

PIP606

PIP607

PIP608

PIP609

PIP605

PIP601

PIP603

PIQ100B

PIC1101
PIC1102

PIR9801

COR98

PIR9802

PIQ100C

COQ10

PIQ100E

PIR9901

COR99

PIR9902

PIQ90C

COQ9

PIQ90B

PIQ90E

PIR10001

PIR10101

COR100

COR101

PIR10102

PIQ80C

PIQ80B

PIQ80E

COQ8

PIR10002

COSW1

PISW101 PISW102

COSW4

PISW401 PISW402

COSW7

PISW701 PISW702

COSW10

PISW1001 PISW1002

COR34A

PIR34A01PIR34A02
PIR34B01PIR34B02

COR34B

COR54A

COR54B

COR3A

COR3B

COR77A

COR77B

COtb0sch1

PILED101 PILED102

PIR54A01PIR54A02
PIR54B01PIR54B02

PILED201 PILED202

PIR3A01PIR3A02
PIR3B01PIR3B02

PIR77A01PIR77A02
PIR77B01PIR77B02

COLED1:2

COLED1:1

COLED2:1

COLED2:2

COSW2

PISW201 PISW202

COSW5

PISW501 PISW502

COSW8

PISW801 PISW802

COSW11

PISW1101 PISW1102

PILED102PILED103

PILED202PILED203

COSW3

PISW301 PISW302

COSW6

PISW601 PISW602

COSW9

PISW901 PISW902

COSW12

PISW1201 PISW1202

COSW14

PISW1401 PISW1402

COSW15

PISW1501PISW1502

COSW16

PISW1601 PISW1602

COSW17

PISW1701 PISW1702

COVO1

PAVO1013

PAR9901

PAR10001

PAR10101

COR99

COR101

COR100

PAR9902

PAR10002

PAR10102

PAVO1010PAVO1011PAVO1012

PAR9801

PAR9802

PAVO109

COR98

PAVO107PAVO108

PAC1101

COC11

PAC1102

PAVO103

PAVO104PAVO105PAVO106

PAQ90C

COQ9

PAQ90B PAQ90E

PAR3A01

PAR3B01

COR3A

COR3B

PAR3A02

PAR3B02

PAR77A01

PAR77B01

COR77A

COR77B

PAR77A02

PAR77B02

PAQ100C

COQ10

PAQ100B PAQ100E

PAQ80C

PAVO10C

COQ8

COR54B

PAQ80B PAQ80E

PAVO10E

PAVO10B

PAVO101

PAR54A01

PAR54B01

COR54A

PAVO102

PAR54A02

PAR54B02

PAR34A01

PAR34B01

COR34A

COR34B

PAR34A02

PAR34B02

PAVO100

COtb0sch1

COVO4

COVO2

PALED103 PALED101

PALED102

COLED1

PALED202

PALED201

PALED203

COLED2

PAP601PAP602

PAP603

PAP604PAP605PAP606PAP607PAP608

PAVO201

PAVO202PAVO203PAVO204PAVO205

COP6

PAVO206PAVO207

PAVO208PAVO209

PAP609

PAP6010PAP6011PAP6012PAP6013

PAVO2010

PAVO2011PAVO2012

PAVO2013

COSW1

PAVO200

PASW100

PASW101

PASW102

COSW4

PASW401

PASW402

PASW400

COSW7

PASW700

PASW701

PASW702

COSW2

PASW201

PASW202

PASW200

COSW5

PASW500

PASW501

PASW502

COSW8

PASW801

PASW802

PASW800

COSW3

PASW300

PASW301

PASW302

COSW6

PASW601

PASW602

PASW600

COSW9

PASW900

PASW901

PASW902

COSW14

PASW1400

PASW1401

PASW1402

COSW16

COSW17

COSW15

PASW1501

PASW1502

PASW1500

PASW1600

PASW1601

PASW1602

COSW10

PASW1001

PASW1002

PASW1000

COtb0sch2

COSW11

PASW1100

PASW1101

PASW1102

COSW12

PASW1201

PASW1202

PASW1200

PASW1701

PASW1702

PASW1700