Data Analysis Programming Group AN/AYA-8B

Click here to make tpub.com your Home Page

Page Title: Data Analysis Programming Group AN/AYA-8B

Click here for thousands of PDF manuals

Web
www.tpub.com

Information Categories

....

Administration
Advancement
Aerographer
Automotive
Aviation
Construction
Diving
Draftsman
Engineering
Electronics
Food and Cooking
Logistics
Math
Medical
Music
Nuclear Fundamentals
Photography
Religion

Data Analysis Programming Group AN/AYA-8B

Data Analysis Programming Group AN/AYA-8B
Applicable Documents
Parts and Materials
Design and Construction
Cabling and Connections
Maintenance Module Requirements
System Test Program
Maintenance Control Panel Tests
Primary Input Power Requirements
Power Supply Subunit
Special Support Equipment
Maintenance Control Panel
Logic Unit 1 Functions
Sono Receiver Logic
Armament Output Logic
Pilot Keyset
Data Analysis Logic Unit MX-8023A/AYA-8 (Logic Unit 1)
Test Loops
Figure 1. Format of Input Word to Computer from Digital Input Multiplexer
Peripheral Equipments External to Logic Unit 1 (Channels 12, 13, 14, and 15) and Digital Input Multiplexer.
Figure 2. Digital Input Multiplexer, Functional Flow Diagram
Figure 3. Digital Input Multiplexer, Timing Diagram
Digital Output Multiplexer
Peripheral Equipments Contained Within Logic Unit 1 and Digital
Peripheral Equipments External to Logic Unit 1 and the Digital Output Multiplexer
Figure 5. Digital Output Multiplexer, Functional Flow Diagram
TACCO Tray Logic
Figure 6. Format of Input Word to Digital Input Multiplexer from TACCO Tray Logic
Figure 7. Format of Output Word to TACCO Tray Logic from Digital Output Multiplexer
TACCO Tray Logic to TACCO Tray
Selection of the Function Messages to be Displayed on the Matrix Readout Switches
Figure 8. TACCO Tray Logic, Functional Flow Diagram
Universal Keyset Logic
Monofunction Switches
Figure 9. Format of Input Word to Digital Input Multiplexer from Universal Keyset Logic
Figure 10. Format of Outcut Word to Universal Keyset from Digital Output Multiplexer
Universal Keyset to Universal Keyset Logic
Figure 11. Universal Keyset Front Panel Layout
Universal Keyset
Pilot Keyset/CRT Tray/Ordnance Panel Logic
Operating Requirements
Figure 14. Format of Output Word to Pilot Keyset Logic from Digital Output Multiplexer
Figure 15. Format of Output Word to CRT Tray Logic from Digital Output Multiplexer
Pilot Keyset or CRT Tray or Ordnance Panel to Logic Subunit
Logic Subunit to Ordnance Panel and Aircraft System
Figure 17. Pilot Keyset Front Panel Layout
Figure 18. Ordnance Panel Front Panel Layout
Figure 19. Pilot Keyset Logic, Functional Flow Diagram
Figure 20. CRT Tray Logic, Functional Flow Diagram
Figure 21. Ordnance Panel Logic, Functional Flow Diagram
Status Logic Subunit
Status Information From Computer via Digital Output Multiplexer
Status Lines from Status Logic Subunit to Navigation System
Figure 23. Status Logic Functional Flow Diagram
Figure 24. Format of Status Word 1 to Digital Input Multiplexer from Status Logic
Figure 25. Format of Status Word 2 to Digital Input Multiplexer from Status Logic
Figure 26. Format of Status Word 3 to Digital Input Multiplexer from Status Logic
Figure 27. Format of Status Word 4 to Digital Input Multiplexer from Status Logic
Figure 29. Format of Output Word 1 (Normal) from Digital Output Multiplexer to Status Logic Subunit
Figure 30. Format of Output Word 1 (Test) from Digital Output Multiplexer to Status Logic Subunit
Figure 31. Format of Output Status Word 2 (Normal) from Digital Output Multiplexer to Status Logic Subunit
Sono Receiver Logic
Sono Receiver Logic Outputs
Sono Receiver Logic Output Drive Capability
Receiver/Processor Select
Input Data Transfer
Channel Numbering and Grouping
Figure 32. Sonobuoy Receiver Logic Input/Output Interface, Block Diagram
Figure 33. Sonobuoy Receiver Logic/Sonobuoy Receiver Interface Detail for Two-Channel Control
Figure 34. Sonobuoy Receiver Logic/Sonobuoy Receiver Interface
Figure 36: Sonobuoy Receiver Logic/Sonobuoy Receiver Interface Logic Levels
Figure 38. Format of Mode Select (Auto/Manual) Output Word to Sonobuoylteceiver Logic from Digital Output Multiplexer
Figure 40. Format of Mode Status Request Output Word to Sonobuoy Receiver Logic from Digital Output Multiplexer
Figure 43. Format of Mode Status Input Word to Digital Input Multiplexer from Sonobuoy Receiver Logic
Auxiliary Readout Display (ARO) Logic
Output Signal Characteristics
Figure 44. Format of Output Word from Computer to ARO Logic via Maintenance Control Panel
End of Data Command
Figure 45. Interconnection of MPD and ARO Logic Subunits
Figure 46. ARO Logic Subunit, Functional Flow Diagram
Figure 48. ARO Test 2 Format (8 x 8 Matrix)
Figure 49. ARO Character Matrix Symbols and Octal Codes
Figure 50. ARO Character to Character Timing
Figure 52. ARO Frame to Frame Timing
Maintenance Control Panel Subunit
Interface Requirements
Power Supply Subunit
Figure 53. Power Monitor Word Formats
Data Analysis Logic Unit MX-8024A/AYA-8 (Logic Unit 2)
Figure 55. Identifier Word from Computer to Magnetic Tape Control
Function Repertoire Operation
Write Extended Record Gap
Search File Forward
Write Function Conditions
Search File Reverse - Read Record Forward
Search File Forward
Status Word Format
Load Point
Interface Requirements
Magnetic Tape Control to Magnetic Tape Transport
Magnetic Tape Transport to Magnetic Tape Control
Detailed Description of the Operation of DMTSS
Write Function
Read Function
Search File Forward
Loop Instruction
Figure 56. Magnetic Tape Control, Functional Flow Diagram
Figure 57. Digital Magnetic Tape Subsystem, Block Diagram
Figure 58. Correspondence Between Computer Word and Tape Track Storage of that Data
Figure 59. Tape Format
Navigation Multiplexer
Formats of Input Words to Navigation Multiplexer from Peripheral Equipment
Figure 60. Navigation Multiplexer, Functional Flow Diagram
Figure 61. Format of Output Word From Computer to Navigation Multiplexer
Figure 63. Format of Input Word (Distance Across Heading) to Navigation Multiplexer from Computer
Figure 84. Format of Input Word (Altitude) to Computer from Navigation Multiplexer
Figure 65. Format of Input Word (INS 1 and 2 Velocity and True Heading to Computer from Naviation Multiplexer
Figure 66. Signal Characteristics for Data Transfer between Navigation Multiplexer and Navigation Equipment
Armament/Ordnance Input Logic (AOIL)
Operating Requirements
Ordnance Output Logic to Armament/Ordnance Input Logic
Aircraft Armament/Ordnance System to Armament/Ordnance Input Logic
System Operated Alternate Action Switches
Aircraft Armament Search Stores Signals to Armament/Ordnance Input Logic (Summary)
Figure 67. Armament/Ordnance Input Logic, Armament Output Logic and Ordnance Output Logic, Functional Flow Diagram
Figure 68. Armament/Ordnance Computer Input Word Format (Interrupt Inputs)
Figure 71. Armament/Ordnace Computer Input Word Format (Normal Inputs)
Figure 72. Armament/Ordance Computer Input Word Format (Wing Statue)
Figure 73. Armament/Ordnance Computer Input Word Format (Bomb Bay Status)
Figure 74. Armament/Ordnance Computer Input Word Format (Pres. Sono/SUS Station/Special Weapon Select)
Figure 76. Armament/Ordnance Computer Input Word Format (SLT Store in Place)
Armament Output Logic
Armament Output Logic to Armament/Ordnance Input Logic
Armament Output Logic to Aircraft Armament System
Wing Hook Release Transfer - (1 relay)
Armament/Ordnance Test Panel
Figure 77. Armament Output Logic Timing Diagram
Figure 79. Format for Armament Output Logic Torpedo Preset Select CMDS Word
Figure 80. Format for Armament Output Logic Cue Select CMDS Word
Figure 83. Armament Output Logic/Armament Ordnance Test Panel/Aircraft Armament System Interface
Ordnance Output Logic
Ordnance Output Logic to Armament/Ordnance Input Logic
Ordnance Output Logic to Aircraft Ordnance System
SUS Launchers
Ordnance Output Logic to Armament/Ordnance Test Panel
Figure 84. Format for Ordnance Output Logic Interrogate Word Format
Figure 86. Format for Ordnance Output Logic SLT Status Word
Figure 88. Format for Ordnance Output Logic SLT Select and Launch Word
Figure 90. Ordnance Output Logic SLT Interrogate Timing Diagram
Figure 91. Ordnance Output Logic SLT Select and Launch Timing
Figure 92. Ordnance Output Logic/SLT System Wiring for Interrogation Mode
Maintenance Control Panel Subunit
Data Analysis Logic Unit MX-8034/AYA-8 (Logic Unit 3)
Modes of Operation
Master Timing Logic
Off-Line/Analog Mode Switch
Input/Output Signal Characteristics
Single Ended Transmissions
Set Position Word Control Field
Vector Format
Description of Multipurpose Display Logic Operation
Analog Vector Generator
Flash, Inhibit, and End of Data (EOD)
Off- Line/Analog Operation
Figure 93. Multipurpose Display Logic, Functional Flow Diagram
Figure 94. Multipurpose Display Screen and Octal Count of Various Positions
Figure 95. Format of Output Word from Computer to Multipurpose Display Logic
Figure 96; Characters to Be Displayed on Multipurpose Display and Corresponding Octal Codes
Figure 97. Format of Multipurpose Display Logic Conic Words
Figure 99. Multipurpose Display Conic Generation
Figure 100. Multipurpose Display Vector Presentation
Figure 101. Multipurpose Display Logic Set Position Word with Control Field Code 07
Figure 102. Charactron Set and Code for type Words
Figure 103. Multipurpose Display Plot Mode Character or Cursor Timing
Figure 104. Multipurpose Display Analog Channel Timing
Figure 105. Multipurpose Display Vector Timing
Figure 106. Multipurpose Display Vector Generator Block Diagram
Figure 107. Sequence of Words from set Position Word (Control Field 06) to Present Type Series ABCD, EFGH
Figure 108. Multipurpose Display Character Presentation on Expanded Scale
Figure 110. Multipurpose Displa Registration Test Pattern
Figure 111. Multipurpose Display Vector Test Pattern
Figure 112. Multipurpose Display Type Test Pattern
Figure 113. Multipurpose Display Conic Test Pattern
Aircraft Symbol with Azimuth Vector
Data Transmission
Display Synchronization
Pilot Display Logic to Pilot Display
Input/Output Signal Characteristics
Set Position Word - Function Code 01
Flashing Character
Figure 114. Pilot Display Logic, Functional Flow Diagram
Figure 115. Pilot Display X and Y Coordinate System in Octal Code
Figure 116. Pilot Display Character Repertoire
Figure 118. Dot Method of Character Generation
Figure 119. Format for Pilot Display Set Position WORD
Figure 122. Format for Display Circle Plot Word
Configurations to be Displayed
Accuracy and Distortion
Signals to Function Generator Logic
Analog Filters and Sum Circuitry
Figure 123. Function Generator Logic, Functional Flow Diagram
Figure 124. Conic Presentation on Multipurpose Display Using Function Generator Logic
Figure 125. Function Generator Timing Diagram
Figure 126. Word Formats and Definition of Axes for Conic Presentation on Multipurpose Display
Master Timing Logic
Signals to Multipurpose Display 1 Logic
Signals from Master Timing Logic
Internal Transmissions
Figure 127. Master Timing Logic Functional Flow Diagram
Figure 128. Master Timing Logic Output Signals
Maintenance Control Panel Subunit
Data Analysis Logic Unit MX-9360/AYA-8B (Logic Unit 4)
IDR Monitor EI
DMS Status EI
Data Transfer - Computer to Peripheral Equipment and the DMS
In-Flight Performance Monitoring Channels
Figure 129. Format of Peripheral IDR Word
Figure 130. Format of Peripheral EI Word
Figure 131. Format of IDR Monitor EI Word
Figure 133. Format of Peripheral OA Word
Figure 135. Format of Master Clear EF Word
Figure 136. Format of DMS Instruction E F Word
IDR Monitor EI Enable Codes
Data Multiplexer Subunit to Computer
Figure 137. Data Multiplexer Subunit Functional Flow Diagram
Spare Computer Channel (SCC)
Figure 138. SCC Functional Flow Diagram
Auxiliary Display Logic
Data Transmission
Display Synchronization
Maintenance .Control Panel Logic to Auxiliary Display Logic
Output Signal Characteristics
X and Y Deflection Signals
Display Instruction Word
Flashing Character
DMS CH 2 Input Data
Figure 139. Auxiliary Display Logic, Functional Flow Diagram
Figure 140. Auxiliary Display X and Y Coordinate System in Octal Code
Figure 141. Auxiliary Display Character Repertoire
Figure 142. Format for Auxiliary Display Set Position Word
Figure 144. Format for Auxiliary Display Vector or Azimuth Vector Word
Figure 146, Format for Auxiliary Display Logic Diagnostic Instruction Word
Figure 148. Sequential Dot Method of Character Generation
Drum Auxiliary Memory Subunit (DAMS)
Instruction Execution
Magnetic Drum Memory
Power Line Conducted- Current Probe- Narrowband Limit
Magnetic Coupling susceptibility
Figure 149. MDM Input Power Source
Power Error Detection
Magnetic Drum Memory Subassemblies
Magnetic Drum Memory to Drum Controller
MDM Track Test Inhibit
MDM Status Signals
Interface Timing Reference and Delay
Recorded Data Tracks
Bit Clock Selection
Clock Retention
Termination of Operation
MDM Test Mode 2 Sequence
MDM Test Mode 4 Sequence
Instruction Status Interrupt Word Format
Parity Status Interrupt Word Format
Error Count Interrupt Word Format
Data Buffers and Data Sectors
Write Function Sequence-cont.
Read Function Sequence
Master Clear Function
Memory Protect Function
Diagnostic Test Mode Description
TM-7 Address Logic and Error Address Counter
TM-10 Word Clock Rate
TM-14 Temperature Error Shutdown
Figure 151. Drum Auxiliary Memory Subsystem Block Diagram
Figure 152. DAMS Functional Flow Diagram
Figure 153. Magnetic Drum Memory/Drum Controller Interface
Figure 154. MDC Load f or Magnetic Drum Memory Interface Signal Drivers
Figure 155. Continues Clock Signal Timing Diagram
Figure 156. Write Operation Timing Diagram
Figure 157. Read Operation Timing Diagram
Figure 158. MDM Test Mode 1 Timing Diagram
Figure 159. MDM Test Mode 1 Status Word Format
Figure 160. MDM Test Mode 2. Timing Diagram
Figure 161. MDM Test Mode 2 Status Word Format
Figure 162. MDM Test Mode 3 Timing Diagram
Figure 163. MDM Test Mode 4 Timing Diagram
Figure 164. Operational Instruction Word Formats
Figure 165. DAMS Memory Protect and Teat Instruction Word Format
Figure 166. Instruction Satus Interrupt Word Format
Figure 167. Parity Status Interrupt Word Format
Figure 168. Error Count Interrupt Word Format
30 BIT Computer Input/Output Word Format
Maintenance Control Panel Subunit
Power Supply Subunit
Keysets and Panels
Front Mounting Plate
Switch Mounting
Classification of Tests
Narrowband Interference
Initial Production Tests
Repair Time Measurements
Reliability Assurance Tests
Reliability Engineering Analysis
Failure Analysis
Reconditioning of Tested Equiment
Performance Objectives
Appendix I. Computer Input/Output Specification
Computer/Peripheral Equipment Communications
External Functions
Table 1-2. Control Signals in Inter-Computer Channels
I/O Priority
Input/Output Timing
Table 1-3. Priority of Events
Table 1-4. Computer I/O Channel Numbers
Data Word Transfer Rates
Figure 1-1. Computer to Peripheral Equipment Interface
Figure 1-3. External Interrupt Input from Peripheral Equipment
Figure 1-4. Data Input to Computer from Peripheral Equipment
Figure 1-6. External Function with Force
Appendix II. Input Amplifier Circuit Characteristics
Index
Index-cont.
Index-cont.
Index-cont.
Index-cont.
Index-cont.
Index-cont.
Index-cont.
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Standardization Document Improvement Proposal
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Postage and Fees Paid
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page
Blank Page

Data Analysis Programming Group AN/AYA-8B

Privacy Statement - Press Release - Copyright Information. - Contact Us

Integrated Publishing, Inc. - A (SDVOSB) Service Disabled Veteran Owned Small Business