Fiber-Span AC3101-BTR-4, AC3101-BTR-RM Installation Manual And User's Manual

Fiber-Span

Fiber-Span

Installation Guide and User Manual

AC3101-BTR-4

Fiber Optic Transmission System

1U, 19” Subrack Enclosure

AC3101-BTR-RM

Fiber Optic Transmission System

NEMA Type 4X Enclosure

One Possumtown Road

Piscataway, NJ 08854

732.564.9000

732.564.1990 Fax

www.fiber-span.com

A1471 User Manual

Introduction

This high performance Analog RF Fiber Optic Transmission System converts RF
signals into intensity modulated light to be carried through standard single mode
optical fiber to the Optical Receiver. The Receiver converts the modulated light
back to the original RF signal. Fiber-Span uses high performance optical
components to ensure maximum dynamic range.

1 Warnings

Warning: Invisible radiation exits from areas labeled “Aperture”

A US standard 120V AC 60 Hz to 12VDC power supply powers the units. Use
precautions to prevent electrical shock hazards. Always terminate the RF
connections before applying power to the unit.

2 Product overview

The optical transmission system is comprised of one AC3101-BTR-4 base subrack
with four AC300T and four AC300R modules internally installed and front panel
LED power indicator, and four AC3101-BTR-RM remote Nema Type 4X
enclosures. Each AC3101-BTR-RM contains one AC106 fiber optic transceiver,
one FS-LNA1 low noise amplifier, one FS-PA1 power amplifier, one band pass
filter, one low pass filter, and one removable 3dB RF attenuator. In addition, both
the subrack and remote units are supplied with an external power supply and
locking cable, which is interchangeable between units of all types.

3 Installation

This transmission system is designed to be setup by professional
communications systems installers. System installers should be from, a
public utility, Nuclear Power Plant, or other qualified personnel.

The AC3101-BTR-4 subrack is compatible with a standard 19” 1U rack, and
mounts on the rack system using standard hardware and practices. AC3101-BTR­RM remote units should be mounted securely using the four enclosure mounting
holes provided. AC3101-BTR-RM units should be mounted flat against a wall or
column with the long dimension perpendicular to the floor, hinge on the left,

A1471 User Manual

enclosure latch on right, and vent at top. Provide adequate airflow to the lower right

A2-4a

A2-7b

Remote 1

Remote 3

Remote 2

Remote 4

and top vents. Connect RF and Optical cables before powering up the modules.
Connect fiber optic and RF cables as shown below:

Facility 1 Facility 2

C6-4a
A2-4a

Opt in

CLA-1

Antenna

(Blue) Typical

Opt out

CLA-3

Antenna

(Red) Typical

Fiber Optic Cables

Opt in

C6-8a
A2-7b

C6-4a
A2-4a

Opt out Opt out

Opt in

Opt in

C6-8a
A2-7b

Opt out

Example of Channel
Assignments:
A2-4a = A2 Band, Group 4a

BTR-700

RF Cables

C6-4a
BTR-700

BTR-700

System Connection Diagram

C6-8a
BTR-700

A1471 User Manual

Setup Program BTR-700 Radios and Beltpacks to frequency groups as
indicated in System Connection Diagram. See appendix for BTR frequency charts
for reference. Set the transmitter RF output power for 100 mW. Be sure to
terminate the transmitter RF output before power up.

To install fiber optic cable to subrack, remove dust covers, clean optical
connector, align FC/APC connector key and hand tighten. Do not overtighten.

To install fiber optic cable to remote units, see attached fiber installation guide.
This guide is also provided on the inside lid label of remote units. Clean optical
connectors prior to installation.

To power up subrack and remote units, unsnap dust cover from power supply
receptacle and insert the provided power supply plug into the receptacle on the
unit. Align plug key, and push plug into receptacle. Tighten the locking ring on plug.
Power supplies are interchangeable between all units.

To remove optional 3dB attenuator from remote unit, refer to attached remote
unit diagram, or remote unit lid diagram. Remove power from remote unit. With
3/16” open end crescent wrench, loosen both ends of 3 dB attenuator from
attached RF cable and power amplifier. Remove attenuator, and directly re-connect
RF cable to power amplifier.

Installation Verification
Remote Transceivers To verify correct installation: LED’s L,M,N,O,and P should

all be green when the system is in normal operation. See Remote Transceiver
diagram for LED functions. This system has been designed to provide 20 mW of
RF power at each remote when the BTR-700 set to 100 mW. RF output power can
be increased 3dB by removing the optional 3dB attenuator. See Remote
Transceiver diagram for the location. Power must be removed from the unit before
this option is exercised.

Keep transmit and receive antennas separated 3 feet minimum. One antenna
extension kit is provided for each Remote Transceiver. DO NOT INSTALL
HARDWARE (ANTENNA OR POWER AMPLIFIER) TO BOOST RF OUTPUT
POWER. THIS MAY VIOLATE FCC RULES AND REGULATIONS.

Base Station Transceiver To verify correct installation: Verify system is
connected as shown in System Connection Diagram before power up. On the front
panel a Green LED will indicate that power is present in normal operation.

4 Maintenance

Precaution: All units should be handled observing ESD precautions to prevent
electro-static damages. Disconnect power prior to opening remote units.

A1471 User Manual

FC/APC and RF connections should be cleaned using optics grade Isopropyl
alcohol prior to coupling.
CAUTION: Do not over-tighten connections. Connections should be hand­tightened plus 1/4 turn.

5 Company Information

Fiber-Span designs and manufactures fiber optic modules used in the transmission
and distribution of RF and wireless signals. Fiber-Span’ s fiber optic transmitters,
receivers and transceivers are widely used in wireless and RF systems worldwide
by wireless systems OEM’s, systems integrators and military systems designers to
capitalize on the inherent advantages of fiber. Fiber has extremely low RF
attenuation (< 1dB/km), very high bandwidth, immunity to EMI, no signal egress,
flat broadband delay characteristics plus a cable design that is light weight and
small size.

Fiber-Span
One Possumtown Road
Piscataway, NJ 08854

732.564.9000

732.564.1990 FAX
Internet

http://www.fiber-span.com
[e-mail]

Attached Drawings / Documents:
Remote Unit Component Diagram

Remote Unit Fiber Installation Guide
700-800_frequency_Plan
BTR-TR-700-800_Freq_Info

A1471 User Manual

C

DBC

G

H: top

K

N

j) To prevent damage to fiber cable, do n

Fiber-Span LLC

www.fiber-span.com

A.

B

A

AC3101-BTR-RM

Fiber Optic Remote

Transceiver

F

Lid and cabling not shown for

clarity.

Remove power at “A” before
servicing.

Power Connection: +12V
B. Optical In
C. Optical Out
D. Transmit TNC RF Out
E. Receive TNC RF In
F. Vents
G. Fiber Optic Transceiver
H. Low Noise Amplifier (LNA)
I. Power Amplifier (PA)
J. Band Pass Filter (BPF)
K. Low Pass Filter (LPF)
L. Laser Overcurrent Alarm LED

On: No Alarm
Off: Laser Overcurrent Alarm

M. Transceiver DC Power LED

On: DC Power On
Off: DC Power Off

N. Received Optical Power LED

On: No Alarm
Off: Low Optical Input Power

O. Amplifier DC Power LEDs

On: DC Power On
Off: DC Power Off

P. Amplifier Failure Status LEDs

On: No Alarm
Off: Amplifier Failure

M

O

P

I: Bottom

O

Fiber Installation Guide:

a) Unscrew large nut from bulkhead strain relief body.
b) Remove pressure washer and stopper from
bulkhead.
c) Do not remove bulkhead strain relief body from
enclosure.
d) Pass FC connector through nut and pressure washer.
e) Pull open slit in stopper, and pass fiber jacket to
center of stopper. Use care to prevent damage to fiber.
f) Seat stopper into bulkhead.
g) Adjust fiber to desired length inside enclosure by
carefully pulling fiber cable through stopper. Allow slight
fiber slack in enclosure.
h) Insert pressure washer into nut.
i) Tighten nut onto bulkhead body until fiber cable
cannot move.

nut. Snug finger tight is sufficient to hold cable in place.

ot over tighten

E

L

J

F

P

Fiber Installation Guide

Fiber Cable
Jacket

Nut

Pressure Washer

Stopper

FC Connector

Bulkhead Strain
Relief Body

Enclosure Wall

Stopper Slit

Notes:
a) Unscrew large nut from bulkhead strain relief body.
b) Remove pressure washer and stopper from bulkhead.
c) Do not remove bulkhead strain relief body from enclosure.
d) Pass FC connector through nut and pressure washer.
e) Pull open slit in stopper, and pass fiber jacket to center of stopper.
Use care to prevent damage to fiber.
f) Seat stopper into bulkhead.
g) Adjust fiber to desired length inside enclosure by carefully
pulling fiber cable through stopper. Allow slight fiber slack
in enclosure.
h) Insert pressure washer into nut.
i) Tighten nut onto bulkhead body until fiber cable cannot move.
j) To prevent damage to fiber cable, do not overtighten nut. Snug
finger tight is sufficient to hold cable in place.

A

B

C

D

1

2

3

456

7

8

A

B

C

D

12

3

4

5

6

7

8

Size

A

Fiber-Span, LLC
1 Possumtown Road
Piscataway, NJ 08854

Units are inches unless
otherwise noted.
Tolerances as shown
unless noted:
Tol. Linear: X.XXX 0.005
Tol. Angle: 1
Material:

Date Created: 27-Mar-03

Rev

1

Dwg No.

CAGE
0Z4Y2

7010-0027

Drawn by: J. McSpiritt
Sheet 1 of 1

Procedure, Assembling FC Fiber
Connectors Through Bulkhead
Strain Relief Type 5540-6003

Third
Angle
Projection

BTR-700 A2.xls

A2 Band

BTR-700 A2 9/13/2002

Rev 1

BTR 700 CHANNEL MAP

8/1/2001

Base Tx Groups 25 - 36 are user-programmable and are blank initially.

Bp Tx The BTR-700 band plan is the same as the BTR-800 except

Pair Groups = 24 (12a + 12b)

Group 1a 1b 2a 2b 3a 3b 4a 4b 5a 5b 6a 6b 7a 7b 8a 8b 9a 9b
Tx 22 22 23 23 24 24 22 22 23 23 24 24 22 22 23 23 24 24

Rx 41,42,43 41,42,43 41,42,43 41,42 41,42 41,42 42,43 42,43 42,43

10 * * * * * * * * * * * * * * * * * *

Single Groups = 12

Group 10a 10b 11a 11b 12a 12b 13 14 15 16 17 18 19 20 21 22 23 24
Tx 22 22 23 23 24 24 22 23 24 22 23 24 22 23 24 22 23 24

Rx 41,43 41,43 41,43 41,42,43 41,42,43 41,42,43 41 41 41 42 42 42 43 43 43

10 * * * * * * * * * * * * * * * * * *

22 23 24

518 524 524 530 530 536

434241

632 638 638 644 644 650 BTR-800 transmitter 1 (Ch A) frequencies not used.

1

522.3 521.5 528.3 527.5 534.3 533.5 522.6 520.7 528.6 527.7 534.6 533.7 523.3 520.6 529.4 526.4 534.6 533.7

1

632.2 632.2 632.2 632.2 632.2 632.2 632.5 632.5 632.5 632.5 632.5 632.5 638.5 638.5 638.5 638.5 638.5 638.5

2

632.7 632.7 632.7 632.7 632.7 632.7 632.8 632.8 632.8 632.8 632.8 632.8 638.8 638.8 638.8 638.8 638.8 638.8

3

634.5 634.5 634.5 634.5 634.5 634.5 633.3 633.3 633.3 633.3 633.3 633.3 640.7 640.7 639.9 639.9 639.3 639.3

4

637 637 637 637 637 637 635.6 635.6 635.6 635.6 635.6 635.6 642 642 642 642 641.6 641.6

5

640 640 640 640 640 640 637.6 637.6 637.6 637.6 637.6 637.6 644.3 644.3 644 644 643.6 643.6

6

643.5 643.5 643.5 643.5 643.5 643.5 640.1 640.1 640.1 640.1 640.1 640.1 646.3 646.3 646.5 646.5 646.1 646.1

7

644.7 644.7 644.7 644.7 644.7 644.7 641.3 641.3 641.3 641.3 641.3 641.3 648 648 648.8 648.8 647.3 647.3

8

648.4 648.4 648.4 648.4 648.4 648.4 642.8 642.8 642.8 642.8 642.8 642.8 648.8 648.8 649.6 649.6 648.8 648.8

9 * * * * * * * * * * * * * * * * * *

1

522 522.7 528 528.7 534 534.7 521.5 527.1 533.7 522.6 528.6 534.6 522.6 528.6 534.6 522.6 528.6 534.6

1

632.1 632.1 632.1 632.1 632.1 632.1 632.1 632.2 632.3 632.2 632.2 632.2 638.2 638.2 638.2 644.2 644.2 644.2

2

632.4 632.4 632.4 632.4 632.4 632.4 632.5 632.7 632.7 632.7 632.7 632.7 638.7 638.7 638.7 644.7 644.7 644.7

3

632.9 632.9 632.9 632.9 632.9 632.9 634.4 636.3 635 633.4 633.4 633.4 639.4 639.4 639.4 645.4 645.4 645.4

4

635.2 635.2 635.2 635.2 635.2 635.2 637.8 637.5 637.5 636.1 636.1 636.1 642.1 642.1 642.1 648.1 648.1 648.1

5

636.9 636.9 636.9 636.9 636.9 636.9 641.5 641.2 643

6

637.8 637.8 637.8 637.8 637.8 637.8 642.9 644.1 644.7

7

644.5 644.5 644.5 644.5 644.5 644.5 645.9 646.6 647.7

8

647.5 647.5 647.5 647.5 647.5 647.5 647.1 649.6 649.6

9 * * * * * * * * * * * * * * * * * *

* * * * * * * * *
* * * * * * * * *
* * * * * * * * *
* * * * * * * * *

BTR-700 B4.xls

B4 Band

BTR-700 B4 9/13/2002

Rev 1

BTR 700 CHANNEL MAP

7/23/2002

Base Tx Groups 25 - 36 are user programmable and are blank initially.

Bp Tx The BTR-700 band plan is the same as the BTR-800 except

Pair Groups = 24 (12a + 12b)

Group 1a 1b 2a 2b 3a 3b 4a 4b 5a 5b 6a 6b 7a 7b 8a 8b 9a 9b
Tx 25 25 26 26 27 27 25 25 26 26 27 27 25 25 26 26 27 27

Rx 47,48,49 47,48,49 47,48,49 47, 48 47, 48 47, 48 48, 49 48, 49 48, 49

10 * * * * * * * * * * * * * * * * * *

Single Groups = 12

Group 10a 10b 11a 11b 12a 12b 13 14 15 16 17 18 19 20 21 22 23 24
Tx 25 25 26 26 27 27 25 26 27 25 26 27 25 26 27 25 26 27

Rx 47, 49 47, 49 47, 49 47,48,49 47,48,49 47,48,49 47 47 47 48 48 48 49 49 49

10 * * * * * * * * * * * * * * * * * *

25 26 27

536 542 542 548 548 554

494847

668 674 674 680 680 686 BTR-800 transmitter 1 (Ch A) frequencies not used.

1

540.3 539.5 546.3 545.5 552.3 551.5 540.6 538.7 546.6 545.7 552.6 551.7 541.3 538.6 547.4 544.4 552.6 551.7

1

668.2 668.2 668.2 668.2 668.2 668.2 668.5 668.5 668.5 668.5 668.5 668.5 674.5 674.5 674.5 674.5 674.5 674.5

2

668.7 668.7 668.7 668.7 668.7 668.7 668.8 668.8 668.8 668.8 668.8 668.8 674.8 674.8 674.8 674.8 674.8 674.8

3

670.5 670.5 670.5 670.5 670.5 670.5 669.3 669.3 669.3 669.3 669.3 669.3 676.7 676.7 675.9 675.9 675.3 675.3

4

673 673 673 673 673 673 671.6 671.6 671.6 671.6 671.6 671.6 678 678 678 678 677.6 677.6

5

676 676 676 676 676 676 673.6 673.6 673.6 673.6 673.6 673.6 680.3 680.3 680 680 679.6 679.6

6

679.5 679.5 679.5 679.5 679.5 679.5 676.1 676.1 676.1 676.1 676.1 676.1 682.3 682.3 682.5 682.5 682.1 682.1

7

680.7 680.7 680.7 680.7 680.7 680.7 677.3 677.3 677.3 677.3 677.3 677.3 684 684 684.8 684.8 683.3 683.3

8

684.4 684.4 684.4 684.4 684.4 684.4 678.8 678.8 678.8 678.8 678.8 678.8 684.8 684.8 685.6 685.6 684.8 684.8

9 * * * * * * * * * * * * * * * * * *

1

540 540.7 546 546.7 552 552.7 539.5 545.1 551.7 540.6 546.6 552.6 540.6 546.6 552.6 540.6 546.6 552.6

1

668.1 668.1 668.1 668.1 668.1 668.1 668.1 668.2 668.3 668.2 668.2 668.2 674.2 674.2 674.2 680.2 680.2 680.2

2

668.4 668.4 668.4 668.4 668.4 668.4 668.5 668.7 668.7 668.7 668.7 668.7 674.7 674.7 674.7 680.7 680.7 680.7

3

668.9 668.9 668.9 668.9 668.9 668.9 670.4 672.3 671 669.4 669.4 669.4 675.4 675.4 675.4 681.4 681.4 681.4

4

671.2 671.2 671.2 671.2 671.2 671.2 673.8 673.5 673.5 672.1 672.1 672.1 678.1 678.1 678.1 684.1 684.1 684.1

5

672.9 672.9 672.9 672.9 672.9 672.9 677.5 677.2 679

6

673.8 673.8 673.8 673.8 673.8 673.8 678.9 680.1 680.7

7

680.5 680.5 680.5 680.5 680.5 680.5 681.9 682.6 683.7

8

683.5 683.5 683.5 683.5 683.5 683.5 683.1 685.6 685.6

9 * * * * * * * * * * * * * * * * * *

* * * * * * * * *
* * * * * * * * *
* * * * * * * * *
* * * * * * * * *

BTR-700 C6.xls

C6 Band

BTR-700 C6 9/13/2002

Rev 2

BTR 700 CHANNEL MAP

5/29/2001

Base Tx Groups 25 - 36 are user programmable and are blank initially.

Bp Tx The BTR-700 band plan is the same as the BTR-800 except

Pair Groups = 24 (12a + 12b)

Group 1a 1b 2a 2b 3a 3b 4a 4b 5a 5b 6a 6b 7a 7b 8a 8b 9a 9b
Tx 28 28 29 29 30 30 28 28 29 29 30 30 28 28 29 29 30 30

Rx 53,54,55 53,54,55 53,54,55 53,54 53,54 53,54 54,55 54,55 54,55

10 * * * * * * * * * * * * * * * * * *

Single Groups = 12

Group 10a 10b 11a 11b 12a 12b 13 14 15 16 17 18 19 20 21 22 23 24
Tx 28 28 29 29 30 30 28 29 30 28 29 30 28 29 30 28 29 30

Rx 53,55 53,55 53,55 53,54,55 53,54,55 53,54,55 53 53 53 54 54 54 55 55 55

10 * * * * * * * * * * * * * * * * * *

28 29 30

554 560 560 566 566 572

555453

704 710 710 716 716 722 BTR-800 transmitter 1 (Ch A) frequencies not used.

1

558.3 557.5 564.3 563.5 570.3 569.5 558.6 556.7 564.6 563.7 570.6 569.7 559.3 556.6 565.4 562.4 570.6 569.7

1

704.2 704.2 704.2 704.2 704.2 704.2 704.5 704.5 704.5 704.5 704.5 704.5 710.5 710.5 710.5 710.5 710.5 710.5

2

704.7 704.7 704.7 704.7 704.7 704.7 704.8 704.8 704.8 704.8 704.8 704.8 710.8 710.8 710.8 710.8 710.8 710.8

3

706.5 706.5 706.5 706.5 706.5 706.5 705.3 705.3 705.3 705.3 705.3 705.3 712.7 712.7 711.9 711.9 711.3 711.3

4

709 709 709 709 709 709 707.6 707.6 707.6 707.6 707.6 707.6 714 714 714 714 713.6 713.6

5

712 712 712 712 712 712 709.6 709.6 709.6 709.6 709.6 709.6 716.3 716.3 716 716 715.6 715.6

6

715.5 715.5 715.5 715.5 715.5 715.5 712.1 712.1 712.1 712.1 712.1 712.1 718.3 718.3 718.5 718.5 718.1 718.1

7

716.7 716.7 716.7 716.7 716.7 716.7 713.3 713.3 713.3 713.3 713.3 713.3 720 720 720.8 720.8 719.3 719.3

8

720.4 720.4 720.4 720.4 720.4 720.4 714.8 714.8 714.8 714.8 714.8 714.8 720.8 720.8 721.6 721.6 720.8 720.8

9 * * * * * * * * * * * * * * * * * *

1

558 558.7 564 564.7 570 570.7

1

704.1 704.1 704.1 704.1 704.1 704.1

2

704.4 704.4 704.4 704.4 704.4 704.4

3

704.9 704.9 704.9 704.9 704.9 704.9

4

707.2 707.2 707.2 707.2 707.2 707.2

5

708.9 708.9 708.9 708.9 708.9 708.9

6

709.8 709.8 709.8 709.8 709.8 709.8

7

716.5 716.5 716.5 716.5 716.5 716.5

8

719.5 719.5 719.5 719.5 719.5 719.5

9 * * * * * * * * * * * * * * * * * *

557.5 563.1 569.7 558.6 564.6 570.6 558.6 564.6 570.6 558.6 564.6 570.6

704.1 704.2 704.3 704.2 704.2 704.2 710.2 710.2 710.2 716.2 716.2 716.2

704.5 704.7 704.7 704.7 704.7 704.7 710.7 710.7 710.7 716.7 716.7 716.7

706.4 708.3 707 705.4 705.4 705.4 711.4 711.4 711.4 717.4 717.4 717.4

709.8 709.5 709.5 708.1 708.1 708.1 714.1 714.1 714.1 720.1 720.1 720.1

713.5 713.2 715 * * * * * * * * *

714.9 716.1 716.7 * * * * * * * * *

717.9 718.6 719.7 * * * * * * * * *

719.1 721.6 721.6 * * * * * * * * *

12/17/01

700/800 Systems

Frequency Selection Rules

1. Frequency Spacing……………..…Keep all BTR/TR receive and transmit frequencies at least 300kHz away from
each other, >400kHz preferred. Both the transmitters and receivers should be
at least 400kHz away from other RF equipment.

2. IM Products………….…………… 2 transmitter 3rd orders by at least 100kHz (200kHz preferred)

3 transmitter 3rd orders by at least 50kHz (100kHz preferred)
2 transmitter 5

3. Transmitter Sidebands……...…… Avoid base and beltpack carrier sidebands: +/-200kHz, +/-400 and +/-600.
Keep at least 50kHz away from these frequencies.

4. Bandwidths………………….……. Transmitter bandwidth = 150kHz
Receiver bandpass = 230kHz

5. Base RX 4MHz Image Harmonics. C6 frequencies to avoid are 704.4, 708.4, 712.4, 716.4, 720.4.

A2 frequencies to avoid are 632.4, 636.4, 640.4, 644.4, 648.4.

Avoid the frequencies, by at least 50kHz

6. Base LO

Xtal harmonics……...… Avoid C6 Xtal harmonics; 524.667, 655.833, 787.000 by at least 50kHz .

1

Avoid A2 Xtal harmonics; 476.667, 595.833, 715.000 by at least 50kHz.

FYI

TR-700/800 Oscillators/IFs – Dual Conversion Superheterodyne, Synthesized, FM

LO

…………...……….… Synthesized (If set on correct frequency then, LO1 = RFIN – 65.7)

1

LO2……………………… 55MHz, Xtal, Fixed
Master Oscillator….…..… 4MHz, Xtal, trimmer adjust

IF

……………….………. 65.7MHz

1

IF2…………………….…. 10.7MHz

Transmitter……………….Synthesized, FM

BTR-700/800 Oscillators/IFs - Dual Conversion Superheterodyne, Synthesized, FM

LO1……………………… X MHz, x6 Xtal Osc., Fixed
1 Band……….… X = 697MHZ
2 Band……….… X = 715MHz
3 Band……….… X = 733MHZ
4 Band……….… X = 751MHZ
5 Band……….… X = 769MHz
6 Band……….… X = 787MHZ
7 Band……….… X = 805MHZ

Examples: A C6 system’s LO

is set to the Band 6 (787MHz) frequency. An A2 system’s LO1 is set to the Band 2

1

(715MHz) frequency.

LO

……………...…….… Synthesized, 75.8 to 93.6MHz. (If set on correct frequency then, LO2 = LO1 - RFIN + 10.7)

2

Master Oscillator...……… 4MHz, Xtal, trimmer adjust

IF1……………….………. 65 – 83MHz

…………….…………. 10.7MHz

IF

2

Transmitter(s)…………… Synthesized, FM

th

orders by at least 50kHz (100kHz preferred)

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