Midian VS-110-IC1, VS-115-IC1, VS-1200-IC1, VS-1000-IC1, VS-1100-IC1 Installation Manuals

Installation Manual

VS-1200-IC1

Frequency Domain Scrambler with Multi-Format ANI

VS-110-IC1

Rolling Double Inversion Scrambler

VS-115-IC1

Rolling Double Inversion Scrambler with Multi-Format ANI

VS-1100-IC1

Double Inversion Scrambler

VS-1150-IC1

ouble Inversion Scrambler with Multi-Format ANI

D

VS-1000-IC1

Voice Inversion Scrambler

VS-1050-IC1

Voice Inversion Scrambler with Multi-Format ANI

Manual Revision: 2018-07-02 Rev B

Covers Software Revisions:
VS-1XXX: 01.86.00 & Higher

This manual & product supports the following radios:

Portables: F-3, F-3G, F-4, F-4G, F-14, F-24, F-30, F-30G, F-40, F-40G, F-33G, F-43G, F-70, F-80

Mobiles: F-110, F-120, F-210, F-220, F-310, F-320, F-410, F-420, F-520, F-620, F-1020, F-2020, F-1720, F-1820

1

HARDWARE SPECIFICATIONS

Operating Voltage 4.75-9.5 VDC
Operating Current – VS-1200, VS-110 & VS-1100:
Power Save Mode (COR Operation) 2.5 mA typical
Power Save Mode (VOX Operation) 10 mA typical
Clear or Inversion Operation 29 mA typical
FFT Scrambling Operation 83 mA typical
Average w/COR Power Save (80-10-10 cycle) <17 mA*
Average w/COR Power Save (90-5-5 cycle) ~10.5 mA*
Operating Current – VS-1000 & VS-1050:
Power Save Mode (COR Operation) 2.5 mA typical
Power Save Mode (VOX Operation) 10 mA typical
Clear or Inversion Operation 17.5 mA typical
Average w/COR Power Save (80-10-10 cycle) <5 mA*
Average w/COR Power Save (90-5-5 cycle) <4 mA*
Operating Temperature -30 - +60 C
Frequency Response 300-3000 Hz**
Input Impedance >47 kΩ
Input Level (TX) 0.05-2.5 VPP
Input Level (RX) 0.05-2.5 VPP
Audio Output Impedance < 1200 Ohm

* - The transmit and receive cycles are based on scrambled mode. When using clear mode, the consumption will decrease.
** - This is based on FFT scrambling. When using voice inversion this will vary.

SECURITY SPECIFICATIONS

VS-1200:

Total Code Combinations ~6.2 x 10^23
Actual Code Combinations ~4 Billion
Number of Selectable Keys 3
Levels of Security 4
Inversion 2100-4100 Hz (0-15 Hz resolution)
Level 1 16 bins
Level 2 32 bins
Level 3 64 bins

VS-1100 & VS-1150:

Total Number of Codes 32
Number of Selectable Codes 4

VS-1000 & VS-1050:

Number of Selectable Keys 4
Inversion Frequency Range 2100-4100 Hz (0-15 Hz resolution)

VS-110 & VS-115:

Total Number of Codes 1020
Number of Codes 255
Number of Groups 4
Number of Selectable Codes 4

2

ANI SPECIFICATIONS

DTMF ANI Length Up to 6-digits
DTMF ANI Timing 60/40 msec (Programmable)
5-Tone ANI Length Up to 6-digits
5-Tone ANI Timing Programmable
G-Star ANI Range 0001-9999
G-Star ANI Timing 320 msec
Motorola’s MDC-1200 ANI Range 0000-FFFF
Motorola’s MDC-1200 ANI Timing ~180 msec
Kenwood’s FleetSync Unit ID Range 1000-4999
Kenwood’s FleetSyncUnit ID Timing ~100-150 msec
FMP ID length 5 Digits
FMP Group length 3 Digits
Midian’s FMP length ~264msec

Midian’s FMP ID and Group range 0-9 and A-F

Note: For more information on Midian’s FMP and the VS-115, VS-1150 and VS1050 please see the VS-series
Technical Reference Manual.

GENERAL INFORMATION

VS-1200:

The VS-1200 is a Digital Signal Processor (DSP) based Frequency Domain voice scrambler offering a high level
of voice privacy. The DSP converts the analog signal into quantized digital data. It then converts the “Time
Domain” signal into the “Frequency Domain”. This results in an audio “frequency spectrum”, which is then
partitioned into bins that are encrypted by the non-linear key generator. The digitized data is converted back to
the analog realm using a digital to analog converter.

The above technique and the lack of synchronization result in excellent audio quality, high security and enable the
VS-1200 to be used in virtually any type of radio system. These systems include HF SSB, Conventional Two­Way, Trunking, Voting and Simulcast.

In addition to the scrambling functions the VS-1200 offers ANI and Emergency ANI encode in the following
formats:

• Motorola’s MDC-1200

• Kenwood’s FleetSync

• Harris’ G-Star (aka GE-Star)

• DTMF

• 5-Tone (all formats)

• Midian’s FMP (encode and decode) with auto descramble

VS-110 & VS-115:

Midian’s VS-110 is a rolling double inversion scrambler that offers 1020 possible codes (4 groups with 255 codes
per group). Of these codes the scrambler may be programmed with up to 4 of these codes. The VS-110 series is
compatible with Icom’s UT-110.

VS-1100 & VS-1150:

Midian’s VS-1100 is a double inversion scrambler (aka split-band scrambler) that offers 32 possible codes. Of
these 32 codes the scrambler may be programmed with up to 4 of these codes. The VS-1100 series is compatible
with Midian’s VPU-6, Icom’s UT-109 or Inysa’s XPTO.

3

VS-1000 & VS-1050:

Midian’s VS-1000 voice inversion scrambler provides an entry level of voice security for two-way radio
communications. The VS-1000 provides up to 4 different inversion frequencies that are button selectable. These
inversion frequencies are programmable using Midian’s MPS. The VS-1000 is compatible with Midian’s VPU
series voice inversion scramblers.

Note: For more information on Midian’s FMP and the VS-115, VS-1150 and VS1050 please see the VS-series
Technical Reference Manual.

INSTALLATION OVERVIEW

1. Test the radio for functionality.

2. Program the scrambler per the Product Programming Section of this manual.

3. Install the scrambler into the radio per the Hardware Installation Section of this manual.

4. Program the radio per the Radio Programming Section of this manual.

*** Midian is not responsible for any damage/loss resulting from the use of Midian’s products.

4

PRODUCT PROGRAMMING

The VS-1xxx IC-1 is programmed using Midian’s KL-4F and the MPS software. Please reference the KL-4 manual
for setup instructions of the KL-4 hardware.

Go to our website midians.com and under downloads> software download the latest MPS software version. If
using the supplied CD-ROM insert it into the PC’s CD-ROM drive. In the browser that will pop-up, install the MPS
programming software. Be certain that the “Install KL-4 USB Driver” box is checked during the installation
process.

Open Windows’ Control Panel and go to Device Manager.

Open Ports (COM& LPT) to identify the port assignment issued by computer. Plug in the KL4 programmer to the
USB port and the screen will flash and show the device location.

Open the software and choose product from product tree then set appropriate comport selection in the MPS
software as needed. Set the parameters of the scrambler software to fit the application. If any clarifications on a
feature are required, move the mouse cursor over the feature name until the question mark appears and right
click, a definition of the feature will be shown.

After the latest MPS has been installed default programming files for specific radio models can be found at:
C:\Apps\Midian\MPS\MPS_vX_xx\Additional Default Files\VS-1xxx\Icom\VS-1xxx

After entering the parameters, save the file by going to File - Save As. Enter the file name in the File Name block
and click Save. Saving the file will allow for quick and easy reprogramming of units.

Programming: Plug the board onto the KL-4 P-2 connector. Push and hold the power button on the KL-4 and
click “Program Unit” in the MPS software. The LED on the KL4-F will flash if programmed successfully.

Reading: Plug the board onto the KL-4 P-2 connector. Push and hold the power button on the KL4 and click
“Read Unit” in the MPS software.

Note: The security pass phrases can use any 8-bit ASCII keyboard characters. These include the characters on a
typical English keyboard such as 0-9, A-Z (upper and lower case), *, #, @, $, etc. Spaces are also allowed.
Midian does not recommend using international language character such as ñ, ä, ß, ü, é, etc. as these have not
been tested. Please also note that the pass phrases are case sensitive.

Important Note: Do not attempt to ‘clone’ the scrambler by reading one and then programming another. When
the scrambler is read, the pass phrases will be read out as “<undefined>”. If another scrambler is then cloned
with this information, the scramblers will be incompatible because they have different pass phrases. To ensure
scramblers communicate with each other, program them from a saved file.

5

HARDWARE ALIGNMENT

This section describes how to determine and set the audio levels.

Audio Levels Overview:

To ensure the best audio quality, the scrambler must be configured to match the audio levels used by the radio.
The scrambler uses programmable gain amplifiers to accomplish this. Determining the gain settings for these
amplifiers is an involved process, so Midian simplified this process by developing an algorithm that requires the
technician to make only four voltage measurements. From these four measurements, all of the many internal
settings are determined.

Still, getting the best audio quality will likely require a bit of trial and error. The scrambler only has control of audio
voltage levels, not input and output impedances. These impedances can dramatically influence the levels.

After the latest MPS has been installed default programming files for specific radio models can be found at:
C:\Apps\Midian\MPS\MPS_vX_xx\Additional Default Files\VS-1xxx\Icom\VS-1xxx

Voltage Measurements:

An oscilloscope and a communications test set/service monitor are required for the measurements. It is
recommended that the measurements be recorded in units of mV peak-to-peak. Each measurement must be
taken with system modulation at either 60% or 100%, but Midian recommends using 60%

1. A method for controlling transmitter modulation is required for accurate measurements in the TX mode. A
small speaker held in place near the microphone by a rubber band can serve this purpose in most cases. Use
a sine-wave generator to inject a 1000 Hz tone into the speaker. Adjust the output of the sine wave generator
so that the transmitter produces 60% of rated modulation while PTT is pressed. Note that if the audio source
(such as a speaker) is moved even slightly, the TX modulation may change significantly. Care must be taken
to avoid changing the TX modulation while taking the measurements

2. Using a service monitor send a fully quieting signal (-50 dBm) to the receiver with a 1000 Hz tone at 60%
modulation, adjust the volume of the receiver to a comfortable listening level and measure the audio level at
the speaker using an AC coupled oscilloscope.

3. Measure the TX and RX audio levels at the jumper break points. This will be the preliminary Voice Audio
Level set in the MPS for TX out and RX out.

4. Break the RX, TX and PTT jumpers

5. Install the VS-1xxx and power up the radio, using the EXACT set up as in step 1 and while in transmit mode
measure the signal level at TP-1*.

6. While in receive mode, and using the EXACT set up as in step 2, measure the signal level at TP-2*.

7. In the MPS under audio levels set the TX IN to the same level as measured in step 5, for a preliminary
adjustment set the TX OUT for the level measured in step 3. Set the RX IN to the same level as measured in
step 6 and for a preliminary adjustment set the RX OUT for the level measured in step 3. Program the VS­1xxx.

8. Using the EXACT set up as in step1 and while in transmit mode verify the modulation is still at 60%, if not
adjust the TX OUT level accordingly.

9. While in receive mode, and using the EXACT set up as in step 2 verify the audio level at the speaker is the
same level that was measured in step 2, if not adjust the RX OUT level accordingly.

*Please reference the pictorial at the end this manual for location of test points.*

6

Radio Model

RX In

TX In

RX Out

TX Out

Programming the Audio Levels:

After determining the audio levels at the audio hookup points, it will be necessary to program the scrambler to
match these levels. In the programming software, there is a slider control on the Audio Levels Screen for each of
the of four audio hookup points. Locate the column that corresponds to the modulation and units of measurement
for each of the audio hookup points. Adjust the slider bar such that the value appearing in the appropriate column
matches what was measured as closely as possible. Midian recommends the following values based on 60%
modulation:

The following table shows Midian’s recommended levels in mVpp for the VS-1xxx at 60% modulation for tested
models of radios:

F-3, F-4 408 70 480 48
F-3G, F-4G 1335 48 1395 48
F-14, F-24 576 42 684 48
F-30, F-40
F-30G, F-40G
F-33G, F-43G
F-70, F-80
F-110, F-120, F-210, F-220 684 180 684 222
F-310, F-320, F-410, F-420
F-520, F-620
F-1020, F-2020
F-1720, F-1820

7

HARDWARE INSTALLATION

Be certain to follow standard anti-static procedures when handling any of Midian’s products.

Only open the PTT path of the radio if you will be using the ANI/ENI functions of the VS-1200 & VS-1050.

F-3:

Remove W2 to open the radio’s TX path, W10 to open the radio’s RX path, and W1 to open the radio’s PTT path.
Plug the unit into the options connector located behind the rubber stopper under the battery. These instructions
are for radio serial numbers 50,000 and higher.

F-4:

Remove W2 to open the radio’s TX path, W12 to open the radio’s RX path, and W1 to open the radio’s PTT path.
Plug the unit into the options connector located behind the rubber stopper under the battery. These instructions
are for radio serial numbers 50,000 and higher.

F-3G, F-4G:

Open jumper C to open the radio’s TX path, jumper F to open the radio’s RX path, and Jumper D to open the
radio’s PTT path. Plug the unit into the options connector located behind the rubber stopper under the battery.

F-14, F-24:

The unit plugs into the options connector under the battery. Before plugging the unit in, open jumper MIC to open
the radio’s TX path, jumper DISC to open the radio’s RX path and jumper PTT to open the radio’s PTT path.

F-30, F-40:

Open jumper CP C to open the radio’s TX path, jumper CP A to open the radio’s RX path, and jumper CP B to
open the radio’s PTT path. The unit plugs into the options connector located on the main board.

F-30G, F-40G:

Open jumper B to open the radio’s TX path, jumper A to open the radio’s RX path, and jumper G to open the
radio’s PTT path. The unit plugs into the first options connector (labeled as Option One) located on the main
board.

Note: Some F-30G, F-40G radios have an issue that when jumper G is cut, the radio still does not open the PTT
path. If this occurs it will be necessary to program the scrambler as PTT Common with a low negative logic.

F-33G, F-43G:

The unit plugs into the options connector under the battery. Before plugging the unit in, open jumper C to open
the radio’s TX path, jumper F to open the radio’s RX path, and jumper D to open the radio’s PTT path.

F-70, F-80:

Before installing the unit, open the radio’s TX path by opening CP-1, open the RX path by opening CP-2, and
open the PTT path by opening CP-4. The unit plugs into the options connector located on the main board.

F-120, F-220:

Before installing the unit, open the radio’s TX path by opening the MIC jumper, open the RX path by opening the
DISC jumper, and open the PTT path by opening the PTT jumper. The unit plugs into the options connector
located on the main board.

F-320, F-420, F-520, F-620:

8

Open jumper A to open the radio’s TX path, jumper B to open the radio’s RX path, and jumper C to open the
radio’s PTT path. The unit plugs into the options connector located on the main board.

F-1020, F-2020:

Open jumper MIC to open the radio’s TX path, jumper AFO to open the radio’s RX path, and jumper PTT to open
the radio’s PTT path. The unit plugs into the options connector located on the main board.

F-1720, F-1820:

Open jumper “IO MIC” to open the radio’s TX path, jumper “AF OUT” to open the RX path. Additionally close CP-

37. The unit plugs into the options connector located on the main board.

RADIO PROGRAMMING

F-3, F-4, F-30, F-40, F-320, F-420, F-1020, F-2020:

For mode select, program the radio’s option button (P0-P3) as Opt 1 Momentary/Active Low.

F-3G, F-4G, F-14, F-24, F-33G, F-43G, F-70, F-80, F-120, F-220, F-520, F-620, F-1720, F-1820:

For mode select, program the radio’s option button under Common > Key & Display as OPT1 Momentary/L
(Active Low).

F-30G, F-40G:

For mode select, program the radio’s option button under Common>Key & Display as OPT11 Momentary/L
(Active Low). If you use the second options connector, program as OPT21 Momentary/L (Active Low).

OPERATION

Scrambler Operation:

Mode Select: Press the radio key that was assigned in the radio programming. A tone followed by a high tone

will be emitted when entering scramble mode. A tone followed by a low tone will be emitted when entering clear
mode.

Code Select: Press and hold the radio key that was assigned in the radio programming. One to four tones will
be emitted as the scrambler toggles through the codes. The number of codes available depends on programming.

ANI Operation:

Transmitting ANI: When the PTT button is pressed and/or released the VS-1200 or VS-1050 will key the radio

and transmit the programmed ANI.

Transmitting Emergency ANI: When the Emergency button on the radio is pressed (if programmed) the VS­1200 or VS-1050 will key the radio and transmit the programmed ENI for the programmed number of times.

9

TECHNICAL NOTES

Radio Compatibility: Midian has taken the utmost care to ensure the option board integrates into the radio with

minimal impact to the features of the radio. However, some features may not be available in the radio when an
option board is used. If a feature is not available, please contact Midian to see if the feature can be added.

MIDIAN CONTACT INFORMATION

Midian Electronics, Inc.

2030 N. Forbes Blvd. #101
Tucson, Arizona 85745 USA

Orders: 1-800-MIDIANS
Phone: [phone]
Fax: [phone]
E-mail: [e-mail]
Web: www.midians.com

10

1

1

2

2

3

3

4

4

5

5

6

6

D D

C C

B B

A A

P3-4

TCK

-

+

2

3

1

U7:1

P3-3

TMS

Y1

161342

11

9

4
3

37

8

47

28

24

27

20

18

36

43

46

48

45

41

644

1

2

38

40

39

34

21

22

7

35

17

19

29

25

23
26

12

10

5

15

14

33

32

30

31

49

U1

P3-2

TDI

IN1

1

ENA

3

GND

2

LVF

4

OUT

5

VR2

VDD

P2-5

P3-1

TDO

-

+

13

12

14

411

U7:4

-

+

9

10

8

U7:3

PROG OUT

PAD2

748

2 5

1

6

3

U4

-

+

6

5

7

U7:2

PROG IN

PAD1

SDATA

P2-2

CLK

P2-1

IN1

1

ENA

3

GND

2

LVF

4

OUT

5

VR1

P3-6

GND

3

1

2

4

5

6

U5

IN1

1

ENA

3

GND

2

LVF

4

OUT

5

VR3

XRES

P2-3

16

15

33

3

11

12

20
46

21

2

39
40
41
42

3231131045

17

43

30

29

26

27

28

51434

44

U3

P3-5

RST

GND

P2-4

VAN

VAN

VAN

VAN

VAN

IN SYSTEM

SERIAL PROGR.

(SOURCE)

+3.3V

+3.3V

+3.3V

+3.3V

+3.3VA

+3.3VDD+VIN

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3V

+3.3VA

+3.3VDD

+3.3V+3.3V+3.3V

+3.3V

+3.3V

+3.3VDD

47K

R10

10K

R17

10K

R16

+5 VIN

+5 VIN

+5 VIN

+5 VIN

3.3KR20

4001

Q4

4001

Q3

4001

Q2

4001

Q1

100KR12

1KR24

1KR27

3.3KR28

75KR35

1.2M

R36

36KR40

56KR37

4.7KR6

47K

R3

*

R34

*

R38

8.2K

R41

27K

R32

10K1%R30 10K1%R31

10KR26

10KR25

4.7KR21

47K

R18

100K

R33

100K

R42

4.7K

R19

1KR11

47KR8

47KR9

47KR5

47KR14

47KR13

2RR23

2RR29

2RR39

TP1

TP2

TP3

TP4

TP5

TP6

TP7

TP8

TP9

TP10

TP11

TP13

TP14

TP15

TP16

TP17

TP18

.1u

C6

560p

C7

560p

C19

.01u

C24

.1u

C29

.1u

C37

.1u

C46

.01u

C48

10u

C44

560p

C43

.0068u

C45

.0068u

C39

*

C40

.001u

C47

.01u

C36

.1uC32

2.2u

C42

560p

C41

.1u

C33

.1u

C31

560p

C27

100p

C38 39p

C35

.1u

C34

.1u

C28

220p

C30

.1uC21

.1uC18

.1uC17

.1u

C15

10u

C16

2.2uC26

2.2uC25

560p

C22

560p

C23

.1u

C10

.1u

C11

10u

C12

10u

C13

12p

C8

100p

C5

.1u

C2

2.2u

C4

.1u

C3

.01u

C20

CS

7

SO

12

SI

13

SCK

14

DVDD

1

INT2

9

INT1/DRDY

8

GND

2

*

AVDD

6

GND

5

IADDR0

4

N/C

3

GND

10

GND

11

U8

*R10R

R2

*

R4

.1uC1+3.3V

EMER_IN

P1-10

EMER_IN

P1-10

MODE_IN

P1-9

MODE_IN

P1-9

COR_IN

P1-6

COR_IN

P1-6

TX_IN

P1-4

TX_IN

P1-4

RX_IN

P1-23

RX_IN

P1-23

+5 VIN

P1-29

+5 VIN

P1-29

+VIN

P1-28

+VIN

P1-28

GND

P1-12

GND

P1-12

GND

P1-30

GND

P1-30

PTT IN

P1-1

PTT IN

P1-1

RX_OUT

P1-22

RX_OUT

P1-22

TX_OUT

P1-3

TX_OUT

P1-3

PTT_OUT

P1-2

PTT_OUT

P1-2

AUDIO_ENABLE

P1-26

AUDIO_ENABLE

P1-26

N/C

P1-11

N/C

P1-11

BEEP OUT

P1-25

BEEP OUT

P1-25

PROG_OUT

P1-7

PROG_OUT

P1-7

PROG_IN

P1-5

PROG_IN

P1-5

N/C

P1-8

N/C

P1-8

N/C

P1-13

N/C

P1-13

N/C

P1-14

N/C

P1-14

N/C

P1-15

N/C

P1-15

N/C

P1-16

N/C

P1-16

N/C

P1-17

N/C

P1-17

N/C

P1-18

N/C

P1-18

N/C

P1-19

N/C

P1-19

N/C

P1-20

N/C

P1-20

N/C

P1-21

N/C

P1-21

N/C

P1-24

N/C

P1-24

N/C

P1-27

N/C

P1-27

LTR

TP22

4.7KR7

1N4735A

*

D5

NOTE
If Input Voltage, +VIN, is greater than +10 VDC:

- Cut SJ1 Jumper trace

- Install zener diode D5

TP12

CS

1

SO

2

SI

5

SCK

6

VCC

8

HOLD

7

WP

3

GND

4

*

U6

SJ1

MODE/CALL

PAD3

TP20

TP21

0R

R43

0R

R44

SB1

D1

SB1

D2

SB1

D3

SB1

D4

*

R22

CP

CJS

2010-12-24

DML

2013-07-24

B-3

1 of 1

7710

MIDIAN ELECTRONICS, INC.

DATE:

DESIGN:

DWN BY:

REV:

APPR

COPYRIGHT ©

REV

SHEET

PROJECT NUMBER

DOCUMENT NAME

SCHEMATIC

2013

VS1200/1100/110-IC1

VOICE OPTION

ACCELEROMETER OPTION

.01u

C14

.01u

R15

62K

R45

*

R46

*

R47

0R

R48

0R

R49

*

C49

2.2u

C9

* = NOT INSTALLED

NOTES

COTP11

PITP1101

COTP22

COP2:1

COP2:2

COP2:3

COP2:4

PITP2201

PIP1010

COP1:10

PIP109

COP1:9

PIP106

COP1:6

PIP104

COP1:4

PIP1023

COP1:23

PIP101

COP1:1

PIP108

COP1:8

PIP1011

COP1:11

PIP1013

COP1:13

PIP1014

COP1:14

PIP1015

COP1:15

PIP1016

COP1:16

PIP1017

COP1:17

PIP1018

COP1:18

PIP1019

COP1:19

PIP1020

COP1:20

PIP1021

COP1:21

PIP1024

COP1:24

PIP1027

COP1:27

PIP1029

COP1:29

PIP1028

COP1:28

PIP1012

COP1:12

PIP1030

COP1:30

PIC4301

COC43

PIC4302

COR43

PIR4301 PIR4302

COR44

PIR4401 PIR4402

COTP1

PITP101

COTP2

PITP201

COTP9

PITP901

COR19

COD5

PID50APID50K

COSJ1

PISJ101 PISJ102

COC7

COC14

PIC1401 PIC1402

PIR1901

COC19

PIR1902

COTP10

PIC4401

PIC4402

COTP20

PITP2001

COTP21

PITP2101

PIC701
PIC702

PIR4501

PIR4502

PIC1901
PIC1902

PITP1001

COTP17

PITP1701

PIVR101

PIVR103

PIVR201

PIVR203

PIVR301

COC44

PIVR303

PIR4201

COR42

PIR4202

COD1

COD2

COD3

COC6

PIC601 PIC602

COR45

COD4

COVR1

COVR2

COVR3

PID101PID102

PID201PID202

PID301PID302

PID401PID402

PIVR104

PIVR105

PIVR102

PIVR204

PIVR205

PIVR202

PIVR304

PIVR305

PIVR302

COR5

PIR501 PIR502

COR8

PIR801 PIR802

COR9

PIR901 PIR902

COR11

PIR1101 PIR1102

COR15

PIR1501 PIR1502

COR18

PIR1801 PIR1802

COR23

PIR2301 PIR2302

COR29

PIR2901 PIR2902

COR39

PIR3901 PIR3902

PIC2401

COC24

PIC2402

COTP5

COTP13

PITP1301

PIC2901

COC29

PIC2902

COTP16

PITP1601

PIC3701

COC37

PIC3702

PIR3302

COR33

PIR3301

COTP14

PITP1401

PIC4601

COC46

PIC4602

PIC4801

COC48

PIC4802

PIR1301 PIR1302

PIR1401 PIR1402

COR21

PIR2101 PIR2102

PITP601

PITP501

PIC3101

PIC3301

COC33

PIC3302

PIR3201

COR32

PIR3202

PIR4101

COR41

PIR4102

PIU1013
PIU1011
PIU109
PIU1037

PIU108

PIU1027

PIU1028

PIU1010

PIU1024

PIU503

PIU501

COR35

PIR3501

COR40

PIR4001

PIU1043

PIU1036

PIU1018
PIU1049

PIU1046

PIU1047

PIU1020

PIU1045

PIU1041

PIU1044

COTP15

PIU505 PIU506

COU5

PIU502

PIR3502

PIR4002

COC47

COR13

COR14

COTP6

COR22

PIR2201PIR2202

COC31

COR26

PIC3102

PIR2601 PIR2602

COR30

PIR3001 PIR3002

COC38

PIC3801

PIC3802

COC39

PIC3901

PIC3902

COC45

PIC4501

PIC4502

COC27

PIC2701 PIC2702

COR25

PIR2501

PIU709

COU7:3

PIU7010

COR31

PIR3101

PIU704

PIU7013

COU7:4

PIU7012

PIU7011

COC40

PIC4001 PIC4002

COR37

PIR3701 PIR3702

PIU706

COU7:2

PIU705

PIC901

COC9

PIC902

PIR2502

PIU708

PIR3102

PIU7014

PIU707

COC3

PIC301 PIC302

PIU1016

COU1

PIU101 PIU102

PITP1501

PIU504

PIC3501

COC35

PIC3502

COR36

PIR3601

PIR3602

PIU703

COU7:1

PIU702

PIC4701

PIC4702

PIC401 PIC402

PIU1042

PIU1048

PITP801

PIU701

COC4

PIU1031
PIU1030
PIU1032
PIU1033

PIU1012
PIU104
PIU103
PIU1014
PIU1015
PIU105
PIU1023
PIU1026
PIU1025

PIU1029
PIU1019

PIY101
PIY102

PIU1017

PIU1035
PIU107
PIU1022

PIU1021

COTP12

PIU1034

PIU106

PIU1038PIU1039PIU1040

PIU407

PIU408

PIU402

PIU401

COTP8

COtb0sch1

PIR301

COU6

COR3

PIR302

PIU601
PIU602
PIU605
PIU606

PIC501

COC5

PIC502

COY1

PIC801

COC8

PIC802

COC10

COR20

PITP1201

PIR2001 PIR2002

PIC2001

COC20

PIC2002

COC32

PIC3201

PIC3202

PIU404

PIU405

COU4

PIU403

PIU406

COTP18

PIC4101

COC41

PIC4102

COC11

COC12

PIC1001

PIC1101

PIC1002

PIC1102

PIU3033

PIU3016

PIU3015

PIU303

PIU3012

PIU3011

PIU3020
PIU3046

COR28

PIR2801 PIR2802

PITP1801

PIC4201

COC42

PIC4202

COC2

PIC201 PIC202

PIU608
PIU607
PIU603
PIU604

PIP205

PIP204

PIP203

PIP202

PIP201

COC13

PIC1201

PIC1301

PIC1202

PIC1302

PIU305

COU3

PIU3021

PITP701

PIC3601

COC36

PIC3602

PIR3402

COR34

PIR3401
PIR3801

COR38

PIR3802

PIU3014

PIU3034

PIU3044

PIU3010

PIU3013

PIU3031PIU3032

PIU3045

COTP7

COU8

PIU8012
PIU8013
PIU8014
PIU807
PIU808
PIU809

PIU3030

PIU3029

PIU3026

PIU3027

PIU3028

PIU3043

PIU3017

PIU3039
PIU3040
PIU3041
PIU3042
PIU302

PIR101

COR1

PIU801
PIU806
PIU803
PIU804
PIU8010
PIU8011
PIU805
PIU802

COR6

PIR601

PIR102

PIR602

PIR4802

COR48

PIR4801

PIR4601 PIR4602

COR12

PIR1201 PIR1202

PIC1501

PIC1601

COC15

COC16

PIC1502

COC17

PIC1701

COC18

PIC1801

COC21

PIC2101

COC25

PIC2501

COC26

PIC2601

PIC1602

PIC1702

PIC1802

PIC2102

PIC2502

PIC2602

COR24

PIR2401 PIR2402

COR27

PIR2701 PIR2702

PIC2201

COC22

PIC2202

PIC2801

PIC3401

COC1

PIC101

PIR201

COR2

PIR202
PIR401

COR4

PIR402

COR46

PIQ10G

COQ1

PIQ20G

PIR4902

COR49

PIR4901

PIQ30G

PIQ40G

COC28

PIC2802

COC30

COC34

PIC3402

PIC102

COR7

PIR701

PIR702

PIR1001

COR10

PIR1002

PIQ10D

PIR4702

COR47

PIQ10S

PIR4701

PIQ20D

COQ2

PIQ20S

PIQ30D

COQ3

PIR1701

PIQ30S

PIR1702

PIQ40D

COQ4

PIQ40S

COTP3

PITP301

PIC3001
PIC3002

COTP4

PITP401

PIP105

COP1:5

COPAD1

PIPAD101

PIP107

COP1:7

COPAD2

PIPAD201

PIP1025

COP1:25

COPAD3

PIPAD301

PIR1602

COR16

PIR1601

PIP1026

COP1:26

COR17

PIP102

COP1:2

PIC2301

COC23

PIC2302

COP3:4

PIP304

COP3:3

PIP303

COP3:2

PIP302

COP3:1

PIP301

COP3:5

PIP305

COP3:6

PIP306

PIP103

COP1:3

PIP1022

COP1:22

PIC4901PIC4902

COC49

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COfid2

PAC2702

PAR2502

COC27

COR25

PAC2701

PAR2501

COR30

PAR3001 PAR3002

PATP601

COU5

PAU504 PAU505 PAU506

COC35

PAU708 PAU707
PAU709

PAU7010
PAU7011

COTP6

PAU7012
PAU7013

PAU7014

PAU501PAU502PAU503

COR18

PAR1801 PAR1802

COTP15

PATP1501

COU7

PAR2101

COR21

PAR2102

PAC3501PAC3502

COTP18

COU4

PAU405 PAU406 PAU407 PAU408

PAR2201

COR22

COR6

PAR2202

PAPAD101

PATP1801

PAU401PAU402PAU403PAU404

PAR602

PAU1047

PAU1048

PAU101

PAU102

PAU103
PAU104

PAU105

PAU106

PAU107

PAU108

PAVO1049

PAU1049

PAU109

PAU1010
PAU1011

PAU1012

PAU1013

PAU1014

PAU1015 PAU1016

PAR601

PAC801

COY1

PAPAD201

COC8

PAC802

PAY102 PAY101

COPAD2

COTP8

PAC402

COC4

PAC401

PAU1043

PAU1044

PAU1045PAU1046

COU1

PAU1017

PAU1018

PAU1019 PAU1020 PAU1021

PAU706
PAU705

PAU704
PAU703
PAU702

PAU701

COTP7

PAU1040PAU1041PAU1042

COTP12

PAU1022 PAU1023

PAR4001

COR40

PAR4002

PAVO1037

PAU3037

PAVO1038

PAU3038

PAVO1039

PAU3039

PAVO1040

PAU3040

PAVO1041

PATP801

PAR2402

COR24

PAR2401

PATP701

PATP1101

PAU1037

PAU1038PAU1039

COTP11

PAU1036

PAU1035

PAU1034
PAU1033

PAU1032

PAU1031

PAU1030

PAU1029

PAU1028

PAU1027
PAU1026

PAU1025

PAU1024

COC5

PAU3041

PAVO1042

PAU3042

PAVO1043

PAU3043

PAVO1044

PAU3044

PAVO1045

PAU3045

PAVO1046

PAU3046

PAVO1047

PAU3047

PAVO1048

PAU3048

PATP1201

PAC502PAC501

PAVO1033

PAVO1034PAVO1035PAVO1036

PAU3036

PAU3035

PAU3034

PAU3033

PAU3032 PAU3031

PAU3030

COTP9

COU3

PAVO102 PAVO103 PAVO104

PAU303

PAU302PAU301

PAC101

PAR101

COC1

COR1

COTP14

PAC102

PAR102

PAR202

PAR401

COR4

COR2

PAR201

PAR402

COTP3

COTP5

PAVO105 PAVO106

PAVO107

PATP1401

PAU801

COU8

PAU802

PAU803

PAU804

PAU805

PAU806

PAC3702

PAR2901

PAVO1025PAVO1026

PAVO1027PAVO1028PAVO1029PAVO1030PAVO1031PAVO1032

PAU3029 PAU3028

PAU3027

PAU3026 PAU3025

PATP1601

PAVO1024

PAU3024

PAVO1023

PAU3023

PAVO1022

PAU3022

PAVO1021

PAU3021

PAVO1020

PAU3020

COTP16

PAVO1019

PAU3019

PAVO1018

PAU3018

PAVO1017

PAU3017

PAVO1016

PAU3016

PAVO1015

PATP501

PAVO108 PAVO109

PAVO1010 PAVO1011 PAVO1012

PAU309PAU308PAU307PAU306PAU305PAU304

PAU3015

PAVO1014

PAU3014

PAVO1013

PAU3013

PAU3012PAU3011PAU3010

COVO5

COVO4

COTP1

COR29

COC37

PAC3701

PAR2902

PAR1902

COR19

PAR1901

COC30

PAC3002 PAC3001

COC7

PAC702 PAC701

COD3

PAD301

COR7

PAU8014

PAU8013

PAU8012

PAU8011

PAU8010

PAU809

PAU808

PAU807

COTP4

COD2

PAD201

COD1

PAD101

COC14

COTP2

PAC4602

PAR3301

COR33

COC46

PAC4601

PAR3302

COC23

PAC1902

COC19

PAC1901

PAD302

PAR702PAR701

PAD202

COTP20

PAD102

COTP13

PAC1401PAC1402

PAC2302 PAC2301

PATP901

PATP301

PAP101

PAP102

PATP101

PAP103

COTP21

PAP104
PAP105

PAVO101

PATP2101

PAP106
PAP107

PAP108
PAP109

PAP1010

PAP1011

PATP2001

PATP201

PAP1012

COTP17

PAP1013

PATP1301

PAP1014
PAP1015

PAR3901

COR39

PAR3902

PATP401

COP1

PAVO10K

PAfid200

COR17

PAR1702

PAR1701

COVO1

COTP10

PATP1001

COfid1

PAVO10A

PATP1701

PAVO10BL

PAP10BL

PAP1030

PAP1029
PAP1028

PAP1027
PAP1026

PAP1025
PAP1024

PAP1023
PAP1022

PAP1021

PAP1020
PAP1019

PAP1018

PAP1017
PAP1016

PAVO10BR

PAP10BR

PAPAD301

PAfid100

COPAD3

PAVO100

COPAD1

COtb0sch1

COfid2

PAVO200

COSJ1

COR42

PAfid200

PAR4201 PAR4202

PAC4402

COC44

PAVO20A

PAD50A

PAC4401

PAVO202

PASJ102

COVR3

PAVO205

PAVR305

PAVR301

COR16

PAR1601PAR1602

PAVO20BL

PAVO201

PASJ101

COC43

COR12

PAR1001

PAR1202

COR10

PAC4301 PAC4302

PAR1002

PAR1201

PAQ10D

COQ1

PAQ10G

COD5

PAQ10S

PAQ30S

PAQ30D

COVO7

COQ3

COfid1

PAQ30G

PAVR101

COVR1

PAVR102
PAVR103

PAVR105

PAVR104

PAQ20D

PAVO204

PAVR304

PAVO203

PAVR303PAVR302

PAC4801

COC48

PAC4802

COVO6

COC22

PAC2202PAC2201

PAVO20D

PAQ40D

COQ4

PAVO20S

PAVO20G

PAQ40S

PAQ40G

COVR2

PAVR205

PAVR201

PAVR202

COD4

PAD402 PAD401

COC28

COC6

PAC601 PAC602

COC34

PAC3402 PAC3401

COR27

COVO9

COR44

COR43

PAR4301 PAR4302

COR23

COC29

COVO8

PAQ20S

PAQ20G

COQ2

COR9

PAR901 PAR902

PAR4402PAR4401

COR8

COR5

PAR2302PAR2301

PAR501 PAR502

PAC2901PAC2902

COR15

PAVR204

PAVO206

PAVR203

PAC2801PAC2802

COVO10

PAR2701PAR2702

PAR802PAR801

PAR1501PAR1502

PAC1701

PAC1801

COC18

COC17

PAC1702

COC26

COC21

PAC1802

PAC2602PAC2601

COC11

PAC1101

COR11

PAC1102

PAR1102PAR1101

COC10

PAU606

PAVO207

PAU607

PAVO208

PAU608

COC2

PAP304PAP306 PAP303PAP305

COP3

PAC1501

PAC2101

COC15

PAC1502

PAC2102

COC25

PAC2501PAC2502

PAC1001PAC1002

COU6

PAC201PAC202

PAC1601

COC12

COC16

PAC1602

PAC1302 PAC1301

COC20

PAC2002 PAC2001

COR3

PAR301 PAR302

PAC4002

PAP302

PAP301

PAC1201

PAC1202

COC13

COR20

PAR3702

COR37

COC40

PAC4001

PAR3701

PAR3601

COR36

PAR3602

PAR2001PAR2002

COC9

PAC902 PAC901

PAU604PAU605
PAU603

PAU602
PAU601

COC39

PAC3902 PAC3901

COC45

PAC4501PAC4502

COR35

PAR3502 PAR3501

COC47

PAC4702PAC4701

COC24

COR41

PAR4102 PAR4101

COR32

PAR3201PAR3202

PAR3101

COR31

PAR3102

PAC2402 PAC2401

COC33

PAC3301 PAC3302

PAR1401

COR13

PAR1301 PAR1302

COP2

COR14

PAR1402

PATP2201

COC3

PAC302 PAC301

PAC3102

PAR2601

COR26

COC31

PAC3101

PAR2602

COC38

PAC3801

PAC3802

PAC3201

COC32

PAC3202

COC41

PAC4101 PAC4102

COC42

PAC4202PAC4201

COR38

PAR3802PAR3801

PAR3401

COTP22

COR34

PAR3402

PAC3602

COC36

PAC3601

COR28

PAR2802 PAR2801

PAVO20BR

PAfid100

PAVO20K

PAD50K

PAP204 PAP203

PAP205 PAP202

PAP201

COtb0sch2