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AD-A039 811 DAYTON UNIV OHIO RESEARCH INST F/6 20/5
UNCLASSIFIED
LASER WINDOW TEST APPARATUS OPERATION AND MAINTENANCE MANUAL (F—ETC(U) MAY F29601-73-C-0124
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LASER WINDOW TEST APPARATUS
OPERATION AND MAINTENANCE MANUAL (For the Test and Evaluation off Optical Components
for the Airborne Laser Laboratory) ^ffevj '.' •'- -•:,-;•..'••:••;. ••.-- '":. c v ' •'.• •'.•'••:.•••' ..-. ..-•••~\ ,''•••••' '-.•/,.- • . - ' •' ''
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RESEARCH INSTITUTE
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University of Dayton Re search Institute T B. HEPQH-T Tl.! LK At±D/OIJ NUMBER . /-. f \ *• \ r 1 •» r 1 TTT Laser Window Test Apparatus, Oe-.jvi Manual Vol. Ill Circuit DJagXgins and Srhemafics
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LASER WINDOW TEST APPARATUS
PPERATION AND .MAINTENANCEJMANUAL (For the Test and Evaluation of Optical Components
for the Airborne Laser Laboratory) »
yOLUMEHr.
CIRCUIT DIAGRAMS AND SCHEMATICS t
Prepared for the Air Force Weapons Laboratory (LRE)
Kirtland Air Force Base Albuquerque, New Mexico 87117
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LßFVU. Under
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by UNIVERSITY OF DAYTON
RESEARCH INSTITUTE DAYTON, OHIO 45469
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FOREWORD
The material contained in this volume is called for as Item. A010 of Exhibit A to Contract F29S01-73-C-0124, "Test and Evaluation of Optical Components for the Airborne Laser Laboratory. " Capt. John Loomis/LRE, Air Force Weapons Laboratory, Kirtland AFB, NM, 87117, served as pro- ject officer.
The basic information for this document was prepared by the technical staff of the University of Dayton Research Institute assigned to the project. It is to be noted that this document is Volume III of the four-volume LWTA Operations and Maintenance Manual, the other three of which are identified as:
Volume I Description and Principles of Operation Volume II Setup, Alignment, Calibration, and Operation Volume IV Operations, Software Programs, and Listings
This manual is intended as a working document in that it is designed to be constantly in use; and to be modified, changed, or ungraded as conditions warrant. The format for this document (volume III), therefore, is such that updating modifications can be made directly to the circuits/wiring sketches herein so that correct information is always available, and that co.stly mistakes can be avoided. For example; information is only presented on one side of each page, and this document is bound in such a manner as to make all pages herein readily replaceable.
..-. • , „_^.„
TABLE OF CONTENTS
SECTION 1 - INTRODUCTION
1.1
1.2
1.2.1
1.2.2
1.2.3
1.3
1.4
Scope
Organization of this Volume
Chassis Numbering Scheme
Arrangement of Groups
Arrangement Within Groups
Index of Circuits and Components
How to Use the Diagrams
Page
1-1
1-2
1-2
1-5
1-5
1-7
1-8
SECTION 2 - DIAGRAMS
2. 1
2. 2
2. 3
2. 4
2. 5
2. 6
2. 7
2. 8
2. 9
2. 10
2. 11
2. 12
2. 13 v2. 14
2. 15
2. 16
Components Mounted in Control Console Vector Rack (100 Series) 2-1
Connections Between Console and Optics Table (200, 300 Series) 2-23
Numerical Controller (400 Series) 2-30
Joystick (500 Series) 2-38
Photometer Preamplifier (600 Series) 2-45
Photometer Calibration Mirror (700 Series) . 2-47
Interferometer X-Y Encoders (800 Series) 2-52
Photometer Beam Dump (900 Series) 2-56
Wavetek Interconnecting Cable (1000 Series) 2-62
Computer-Controlled Power Bus (1100 Series) 2-64
Environmental Alarm System (1200 Series) 2-73
Operator Manual Intervention Circuits (1400 Series) 5 and 24-Volt Power Supplies (1500 Series) 2-80
Doppler Mirror (1700 Series) 2-83
Interferometer Detector Circuits (1800 Series) 2-86
Audible/Visual Alarm (1900 Series) 2-90
Revised Frame and Quad Sync Pulse Generator (2000 Series) 2-93
—— - - • . ~ _—__.._
i i
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SECTION 1
INTRODUCTION
SCOPE
This volume contains schematic diagrams and cable connection drawings for the Laser Window Test Apparatus (LWTA), which has been -installed at the Air Force Weapons Laboratory as part of the Laser Window Evaluation Laboratory. The LWTA was constructed by the University of
' Dayton Research Institutejunder Contract No. F29601-72-C-0122, and was f operated during the reporting period under Contract No> F29601-73-C-0124, -^ior the purpose of evaluating infrared (IR) windows and other components in
support of the Airborne Laser Laboratory (ALL) development program. The LWTA is installed in Room 100, Building 418, Kirtland Air Force Base, New Mexico, as an integral part of the Laser Window Evaluation Laboratory.
It should be noted that the LWTA is a highly complex and flexicl scientific instrument system. As such, it is expected to undergo^ constant evolutionary changes during its operating lifetime. This documentation, therefore, is written to describe the configuration of the apparatus as it existed at the end of January 1975.
This section of this volume explains the contents and organization of the remainder of the volume; and it provides instructions, in the form of tables and illustrations, on how to find a particular drawing or diagram. Section 2 herein, contains those referenced drawings' and diagrams. To be of greatest possible use to the reader, it is intended that this volume be used in conjunction with Volume II, which discusses routine operating instructions -- including loading, setting up, manual manipulation, and automatic operation of the apparatus. The other volumes in this series are identified in the Foreword.
1.2 ORGANIZATION OF DIAGRAMS
This subsection contains the "how to" discussions -- relating how to find a circuit, drawing, etc. within the remainder of the document; by reference to Chassis or Groups, or by reference to the index of Circuits and Components.
1.2.1 Chassis Numbering Scheme
Each subassembly that is part of the electronics package of the LWTA has been given a "black box" or chassis number, wjiich was determined from its relationship with various functional groups. Figures 1-1 and 1-2
1-1
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present block diagrams show these groupings.
Number Series
100
200, 300
400
500
600
700
800
900
1000
1100
1200
1300
1400, 1500
1600
1700
1800
1900
2000
of the photometer and interferometer circuitry to The significance of these groupings is as follows:
Function or Description
Components mounted in control console electronics rack
Interconnecting cables between control room and optics room
Numerical Control
Joystick
Photometer preamplifier
Calibration mirrors, photometer
Interferometer X-Y encoders
Photometer beam dump
Wavetek CRT unit interconnections
Computer-controlled power bus
Environmental and table-position controls and sensors
Power panel
Operator manual intervention
Replaced by 2000
Interferometer Doppler mirror drive
Interferometer detectors and preamplifiers
Audible/visual alarm circuit
Sync pulse generator and chopper drives
.
III
1-2
OPTICS TABLE
PHOTOMETER DETECTOR
CHOPPERS (GALVAMOMETER
-DRIVEN MIRRORS)
PHOTOMETER PREAMPLIFIER
SYNC PULSE GENERATOR
CHOPPER DRIVERS
(600) (2000)
aoii
T I PHOTOMETtR CONDI TIONING
AND CLAMPING CIRCUII
CONTROL ROOM
SYNC CONDITIONING PULSE
CIRCUIT
PHOTOMETER SIMULATOR
(103)
(102!
CALI8RATE (MOVING) MIRROR ASSY
MOTOR CONTROL DRIVER AND
LOGIC (700)
(106) CALIBRATION
AND DATA MODE LOGIC
DUMP STATUS
INDICATOR
BEAM DUMP ASSY
DUMP DRIVER
(900)
I_I 1_1 BEAM DUMP LOGIC
ÜC4)
VARIAN COMPUTER
I
Figure 1-1. Photometer Electronics Block Diagram. (Numbers in Parentheses are Chassis Numbers.)
1-3 14 Sept 73
Li. ,. •_...,
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I opncs TABlf
1
REFERENCE BEAM
ih u SAMPLE BEAM
DETECTOR ANO
PREAMP (2 EACH)
(1800 1 1_I
MATCHED BANDPASS FILTER
52-•
J CONTROL
ROOM
(107)
SAMPLE ^SIGNAL
DOPPLER MIRROR ASSY
(1700)
1 DOFPLER MIRROR
POS.T.ON/VELOCITY
CIRCUIT
PHASE INVERTING AMPLIFIER AND
LOSS OF SIGNAL DETECTOR
WAVETEK PHASE METER
SIGNAL CONDITIONING FILTERS
(107)
(1000)
(107)
A TOD COW.
(106)
VARI AN COMPUTER
XANDY OPTICAL ENCODERS
ENCODER TRANSMITTER
X
ENCODER RECEIVER
(106)
Figure 1-2. Interferometer Electronics Block Diagram. (Numbers in Parentheses are Chassis Numbers.)
fl 1-4 14 Sept 73
1. 2. 2 Arrangement of Groups
The wiring and interconnecting information related to each of the previously referenced groups is contained in Section 2. The first page with- in each group has been reproduced on colored paper, so that that group can more easily be located within the volume. The diagrams within each group are arranged in numerical order» by chassis number.
Chassis numbers are also assigned to cable connectors, even where there are cable-to-cable connections with no electronic components are involved. One cable connector drawing may have several numbers, such as "P/J201, P/J301," which is interpreted as follows, "P'^and "j" refer to a plug and a jack, respectively. Plugs and jacks may either be mounted to a panel or box, or they may be attached to the end of a cable. When two or more numbers are indicated (as in the example), it means that those connections are wired one-to-one in a series (similar to extension cords), between the components that they service.
An index of circuit descriptions, with their corresponding chassis numbers and beginning page numbers, appears in Table 1-1. Figure 1-3 is a layout diagram that shows the relative locations of those major cable connectors that are the main communication lines between the control room and the optics room. -
1. 2. 3 Arrangement Within Groups
Although the arrangement within groups may vary somewhat, the i basic arrangement of most groups (in Section 2) consists of a block diagram for the related chassis (and the numbering assigned); followed, inturn, by applicable terminal board or connection diagrams, schematics, circuit diagrams, and supplementary information, where required.
-:*-.
1-5
_ | j|
r
CONTROL ROOM
CONNECTORS LOCATED ON PANEL REAR OF RACK •-
OPTICS ROOM
ELECTRONICS RACK
VECTOR RACK ) PIOI J 101
PI02 JI02
OF-TICS TABLE
PI03 JI03
25' PI04 JIO» J207 P207 14 PIN
P307 14 PIN
J307 PI05 JI05 J20S P20S
?4PIN P306 24PIN J306
PIOS
PI07
JlOo
JI07
J204 P;O4 SOWN
P203
P304 50 PIN P303
J304
J 303 PI08 JI03 J202
50 PIN P202
30P/V PJ02 J302
J20I P20I 30PIN
P30I J30I 50PCN
J205 P203 30PIN
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c- •c» O
CAL ROL
1 CONNECTORS LOCATED ON ALUMINUM ANGLE AT BASE OF TABLE
Ü Figure 1-3. Locations of Major Cable Connections.
1-6 31 July 1973
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TABLE 1-1. INDEX OF CIRCUITS AND COMPONENTS
. Circuit Description or Location of Connector
Vector Rack Components of Control Console
Photometer Conditioning, Servo Unit
Photometer Cuad & Frame Sync Pulse Delay Adjustments , Photometer Digital Oscilloscope
Photometer Simulator
System DVM, Channel 16, Photometer Beam Dump and Jo/stick Interfaces
Environmental Controls: Liquid N Low room Temperature warning, Cooling Water Failure, Table Out of Level
Interferometer Doppler Mirror Position & Velocity; Photometer Cal & Data Mode Mirror Drivers Interface, X-Y Encoder Interface
Interferometer Conditioning, BP Filter, LP Filter, Phase Shift Circuit, Loss of Signal Circuit
Rear Panel Connector to Optics Table
Connector Channel at Optics Table
Numerical Controller
Joystick Box
Photometer Preamplifier
Photometer Cal/Data Mode & Mirror Driver
Interferometer X-Y Encoders
Photometer Beam Dump
"Black Box" or Chassis Number Page
100
101
2-1
2-2
102
103
104
105
106
2-4
2-8
2-11
2-13
2-15
107 2-18
200 2-24
300 2-24
400 2-30
500 2-38
600 2-45
Interferometer/Wavetek Panel 1000 2-62
Computer - Controlled Power Bus 1100 2-64
1
Environmental Alarm System
1-7
1200 2-73
h
TABLE 1-1 (Continued)
1 Circuit Description or Location of Connector
Rack-Mounted Power Supply Panel (24-Volt General Purpose Power Supply) Logic Power Supply Panel (Console 5V Power Supply), Operator Manual Inter- vention Circuit
Doppler Mirror
Interferometer Reference/Sample Detector Circuitry
Audible/Visual Alarm
Quad & Frame Sync Chassis (Replaces 1600 Series)
"Black Box" or Chassis Numer Page
1400, 1500 2-80
1700 2-83
1800 2-86
1900 2-90
2000 2-93
N
1-8
^ -• •—• - •- - - •
1.4 HOW TO USE THE DIAGRAMS
To trace a signal from end to end, start at the "black box" end and work back toward the control room. For example, the photometer beam dump circuit is chassis 900. All the connectors associated with this circuit will have numbers in the 900-series, such as 901, 902, etc. The schematics, wiring diagrams, and connection diagrams for the series will show the origin of the signal and the terminal number of the first connector traversed by the signal. The block wiring diagram for the 900-series will show the path to a main connector (usually a 200/300 series). Locate that connector by its number in Section2of this volume, and find the to-and-from connection for the signal being traced. This will show the terminal number of the ultimate destination of the signal.
1-9
i iJI
SECTION 2
DIAGRAMS
2.1 COMPONENTS MOUNTED IN CONTROL CONSOLE
VECTOR RACK (100 SERIES)
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Plug-In Module, Slot If4 (Beam Dump and Joystick Interface and Software DVM)
2-11 14 Sept 73
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2-12 1 August 1973
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2-13 1 August 1973
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2-14 1 August 1973
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Plug-In Module, Slot Ir6 (Interferometer Doppler Mirror)
2-15 1 August 1973
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2-16 14 Sept 73
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2-17 14 Sept 73
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Plug-In Module, Slot #7 (Interferometer Signal Conditioning)
2-18 14 Sept 73
II-I ii i imntämAummmt , m •• ~ • • -•• - --
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Phase-Matched Bank Pas3 Filters for Interferometer
2-19 14 Sept 73
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2-20 May 1975
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Interferometer Flow Diagram
2-21 14 Sept 73
——
107
Interferometer Phase-Inverting Amplifier and Loss-of-Signal Detector
May 1975
2-2i ^i >
2.2 CONNECTIONS BETWEEN REAR PANEL OF CONSOLE
AND CONNECTOR CHANNEL AT OPTICS TABLE (ZOO
300 SERIES)
]
2-23 1 August 1973
• i
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P/.T 201. 301
J-101-11
J-101- 6
J-101-14
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+ 15 VDC -15 VDC © Signal Shields Case Shield
To Photom- eter preamp
P/J-201 P/J 301
Console-to-Optics Table Connections (P/J 201,301)
2-24 14 Sept 73
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J- J- J- J- J- J-
102-12
102-13 102-14 102-15 102-16
102-17 102-21 102-22.
104- 3 104-13
104-14 104-15 104-17
104-12 104-17 104-19 104-17 104-20
104-17 104-22 104- 3 104-23 104- 3 104-15
104- 3 104-16
104-19 104-20
104-19 104-21
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Photometer Quad and Frame Sync pulses
^££-j 30 f - Beamdump '
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Joyc (+5); Joy 2 ' Joyc (+ S)'
Joy 3 / Joyc (+5) Read Joy Stk ' + 5 Data Accepted, Joystk + 5 CALMD + 5
•DATAMD
Jov stick
Cal & Data MODES
P/J-202
P/J-302 i
Console-to-Optics Table Connections (P/j 202, 302)
2-25 14 Sept 73
• * - -
P/J 203. 303
J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J
106-22
•106-23 •106-22 •106-24 •105-22 105-23 105-24
•105-25 105-26 105-27
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35 \ in i—
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37 13 36 14
2 -
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6 -
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P/J-203 P/J 303
Cal & Data MODES
Environmental Warnings
Spares Vector Box Zlot #5
Spare, Vector Box Slot #5
Spares Vector Box Slot #6
Spares Vector Box Slot #5
i
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Console-to-Optics Table Connections (P/J 203, 303)
2-26 1 August 1973
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2-27 14 Sept 73
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J-106-11 J-106-12- J-107-12 J-107-12 J-107-14 J-107-15
MUX J2-27 MUX J2-27 MUX J2-31 MUX, J2-Common
J-105- 7- J-105- 7- J-105- 8 J-105- 8 J2-35 J2-35
J-108, Analog Gnd •{:
1
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— L.VDT Output (+) Blue -- LVDT Output Common (-) Green — Ref Detector Amp Output ii it »t ii
15
16
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Sample Detector Amp Output Ref & Sample Detecotr Amps Common X - Joystick X - Joystick Y- Joystick Joystick - Common + 15 + 15 -15 -15
20
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10 22_
11 23 12
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P/J-206
P/J 306
w H W
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To Joystick
} Spare
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ii
Console-to-Optics Table Connections (l5/J 206, 306)
2-28 1 August 1973
P/J 207. 307
Relay Rack Panel
110 Vac Line at Rack { To 24 VDC Powermate-
at 50 ma Module
To 12 VDC Regulator { To 24 VDC at 6 amp- standard PS
Ground to Rack (
r 1 1 ,
8 ! ^ 2 !
t= 10 i
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Amphenol 57-40140 #7 14 PIN
_ POWER High Low 24 VDC ( + ) 24 VDC (Com) (-) 12 VDC (+)
110 VAC
12 VDC (Com)(-) 24 VDC (+)
24 VDC (Com)(-)
Spares
Powermate - 24 VDC at 50 ma Module From 12 VDC Regulator
Standard Power Supply, 24VDC at 6 Amps
Shields Frame Gnd.
P/J-207
P/J 307
Console-to-Optics Table Connections (P/J 207, 307)
2-29 14 SeP4 73
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2.3 NUMERICAL CONTROLLER (400 SERIES)
• - '-'•• - •• • ' :-"— I Mill ••••
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2-30 1 August 1973
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2-31 1 August 1973
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2-32 14 Sept 73
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Control Transmitters for Numerical Control
2-33 14 Sept 73
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2-34 14 Sept 73 •*--•-•- • •• •• • - •— • •• - -— -
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NOTE: These circuits are mounted inside the G.E. numerical control box.
The 5-volt connections are the G.E. power supply.
(X) indicates wire wrap connector of numerical controller.
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Numerical Control Control Functions
2-35 — —• •• .,..•.-.•--... —— ....
14 Sept 73
400
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Z-36 14 Sept 73
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2-37 14 Sept 73
2.4 JOYSTICK (500 SERIES)
2-38 1 August 1973
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Joystick Wiring Block Diagram
2-39 14 Sept 73 - ,
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2-40 14 Sept 73
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Joystick Digital Portion (Inside Joystick Box) Sheet 1 of 2
2-41 , 14 Sept 73
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2-42 14 Sept 73
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Joystick Control
2-43 1 August 1973
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JOYSTICK LEGEND
UP
IN OUT
DOWN In/Out of table slot
FULL SCALE OUTPUTS
UP +9. 5V
DOWN -9.5 V
In -9. 5 V
Out +9. 5 V
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Joystick Legend
2-44 • • - -•
14 Sept 73 J
2.5 PHOTOMETER PREAMPLIFIER (600 SERIES)
2"45 1 August 1973
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May 1975
2-46
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2.6 PHOTOMETER CALIBRATION MIRROR CIRCUITRY (700 SERIES)
2-47 1 August 1973
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Calibration Mirrors Wiring Block Diagram
2-48 14 Sept 73
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Photometer Calibration Mirror System Wiring
2-49 " —• ••-• — - —j • -- •
14 Sept 73
700
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Mirror and Door Driver Circuit (Optics Room)
May 1975
2.50 —
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2-51 14 Sept 73
in.
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2.7 INTERFEROMETER X-Y ENCODERS (800 SERIES)
2-52 1 August 1973
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Interferometer X-Y Encoder Wiring Block Diagram
2-53 14 Sept 73
800
Interferometer X-Y Encoders
2-54 1 August 1973
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2-55 14 Sept 73
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2-56 1 August 1973
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2-57 14 Sept 73
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2-58 14 Sept 73
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2-59 ...... MM—O—11 ^ f
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2-60 14 Sept 73
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2-61 14 Sept 73 ly^y^fl
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2-62 1 August 1973
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S 2-63 14 Sept 73
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2-64 1 August 1973
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2-65 14 Sept 73
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2-66 1 August 1973
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2-67 14 Sept 73 \ mil • *J
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2-68 1 August 1973
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2-69 1 August 1973
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2-70 14 Sept 73
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2-71 1 August 1973 — ••_
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2-72
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2-74 14 Sept 73
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Z-75 14 Sept 73
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2-76 14S-pt 73
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2-77 1 August 1973
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2-78 14 Sept 73 _J
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2-79
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2-80 9 August 1973
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2-81 14 Sept 73
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2-82 14 Sept 73
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2.83 1 August 1973
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2-84 14 Sept 73
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2-85
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2-86 1 August 1973
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2-87 14 Sept 73
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2.89 14 Sept 73
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2-92
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2-93 1 August 1973
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2-94 14 Sept 73
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May 1975 2-95
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2-96 14 Sept 73
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2-97
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2-99 14 Sept 73 - — --,•-
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