ADR ATP 7-1-2010 .pdf

Airborne Data Recorder Acceptance Test Plan (ATP)

Version Date: 06/01/2010 Document Identifier: Airborne Data Recorder V1.0 ATP.doc Version: 1.0

ADR Name:_________________________

ADR Manufacturer:___________________

ATP Date: __/ /__

Prepared By:

846 TSS/TSI

Eglin, AFB, FL 32542

850-882-2537 berard@eglin.af.mil

Contents

1 Introduction

1.1 Purpose

1.2 Scope

1.3 References

1.3.1 Key Acronyms

1.3.2 Key Documents

1.4 1.4 Terms and Definitions

2 Test Operations and Execution

2.1 Conduction Guidelines

2.2 Test Sequence

2.3 Test Scoring

2.4 Unit Under Test Representative

2.5 Re-testing

2.6 Test Equipment

3 BENCH INTERFACE

3.1 Power and RS-232 Control:

3.2 MIL-STD-1553 and Differential RS-422:

3.3 PCM External Audio and Time:

3.4 Video and Audio:

4 ADR Hardware Requirements

4.1 Hardware Configuration #1

4.2 Hardware Configuration #2

4.3 Hardware Configuration #3

4.4 Hardware Configuration #4

4.5 RMM Requirements

4.6 Environmental

4.7 Electromagnetic Interference and Compatibility

5 Power Up (TRD REF 5.1.6)

6 Serial Commands (Ref TRD 6.2): TMATS Serial.tmt

7 ADR Discretes (REf TRD section 5.2)

8 PCM TEST

8.1 TRD Threshold 4.3.1 PCM MAX DATA INPUT: PCM_MAX.tmt

8.2 TRD Threshold 4.3.1 PCM Min DATA INPUT: PCM_Min.tmt

8.3 TRD Threshold 4.3.1 DATA INPUT: PCM_CH8.tmt

8.4 TRD Threshold 4.3.1 DATA INPUT: PCM_13Mbs.tmt

8.5 TRD Threshold 4.3.3 PCM RNRZ-L DATA INPUT: PCM_RNRZ.tmt

8.6 TRD Threshold 4.3.3 PCM TTL DATA INPUT: PCM_TTL.tmt

8.7 PCM Channel To Channel Alignment PCM_MAX.tmt

8.8 PCM Channel To Channel Alignment PCM_MIN.tmt

8.9 PCM Channel To Channel Alignment PCM_CH8.tmt

8.10 PCM Channel To Channel Alignment PCM_13Mbs.tmt

8.11 PCM Channel To Channel Alignment PCM_RNRZ-L.tmt

8.12 PCM Channel To Channel Alignment PCM_TTL.tmt

8.13 TRD Threshold 5.1 PCM THROUGHPUT MODE: PCM_THMAX.tmt

8.14 TRD Threshold 4.3.1 DATA INPUT: PCM_TH13Mbs.tmt

9 MIL-STD-1553 TEST

9.1 TRD Threshold 4.4, 4.5, 5.5 MIL-STD-1553 INPUT: MIL_1553_VAL.tmt

9.2 RECORDER SETUP RECORD (ONECHANNEL1553.TMT)

9.3 Recorder Setup Record (Twochannel1553.tmt)

9.4 Recorder Setup Record (Threechannel1553.tmt)

9.5 Recorder Setup Record (Fourhannel1553.tmt)

9.6 Recorder Setup Record (Fivechannel1553.tmt)

9.7 Recorder Setup Record (SixChannels1553.tmt)

9.8 Recorder Setup Record (SEVENchannels1553.tmt)

9.9 Recorder Setup Record (Eightchannels1553.tmt)

9.10 Recorder Test

9.10.1 IRIG-106 CHAPTER 10 COMPLIANCE TEST

9.11 MULTI MESSAGE #1 TEST

9.12 MULTI MESSAGE #2 TEST

9.13 MODE CODE TEST

9.14 NO RESPONSE TEST

9.15 PROTOCOL ERRORS

9.16 RT BUSY TEST

9.17 ALL WORDS

9.1 RT LATE RESPONSE TEST

9.1.1 MULTI MESSAGE #1 DATA VALIDATION

9.1.2 MULTI MESSAGE #2 DATA VALIDATION

9.1.3 MODE CODE DATA VALIDATION

9.1.4 NO RESPONSE DATA VALIDATION

9.1.5 PROTOCOL DATA VALIDATION

9.1.6 RT BUSY VALIDATION

9.1.7 ALL WORDS DATA VALIDATION

9.1.8 Late Response Data Validation

10 Video Test

10.1 RECORDER SETUP RECORD (VIDEO_THRESHOLD.TMT)

10.2 RECORDER TEST

10.2.1 VIDEO FILE DOWNLOAD

10.2.2 Validate Time Alignment with CMDP File #1

10.2.3 Validate Time Alignment with CMDP File #2

10.2.4 Validate Time Alignment with CMDP File #3

10.2.5 Validate Time Alignment with CMDP File #4

10.2.6 Validate Time Alignment with CMDP File #5

10.2.7 Validate Time Alignment with CMDP File #6

10.2.8 Validate Time Alignment with CMDP File #7

10.2.9 Validate Time Alignment with CMDP File #8

10.2.10 Validate Time Alignment with CMDP File #9

11 CROSSPOINT VIDEO SWITCH TEST

11.1 Black Burst/Pattern Generator

11.2 Video Quality (Hawk)

11.3 Video Quality (Audio Alignment)

11.4 Video File Download

11.4.1 Validate files generated from switching Crosspoint

11.4.2 Validate Video Quality (Black Burst)

11.4.3 Validate Video Quality (Black Burst)

11.4.4 Validate Audio Alignment

12 ETHERNET

12.1 TRD Threshold 4.2 : ETHERNET.tmt

13 ABRUBT POWER DROP TEST

13.1 TEST PROCEDURE

14 External AUDIO

14.1 RECORDER SETUP RECORD (EXT_AUDIO.TMT)

15 Configuring recorder from TMATS residing in RMM

15.1 TEST PROCEDURE

15.2 DATA VALIDATION

16 100 Power Cycles (2 Files per cycle)

17 RMM SEED TIME ( SEEDTIME.tmt)

17.1 Recorder Test

17.2 DACS Validation

18 Channel Recovery TEST

19 50 msec Power Interrupt test (REf TRD 5.1.3)

19.1 TEST PROCEDURE

19.2 DATA VALIDATION

20 DVR Firmware Transfer File Test (REf TRD 5.14)

20.1 TEST PROCEDURE

21 RECORD to MEDIA FULL

22 COLD SOAK

23 DECLASSIFY and RMM SANITIZATION

23.1 RMM SANITIZATION

Revision Record

REVISION

DATE

REVISION

NUMBER

BRIEF SUMMARY OF CHANGES

06/12/10 1.0 Draft ATP.

1 INTRODUCTION

1.1 Purpose

The purpose of this Acceptance Test Plan (ATP) is for determining if an Airborne Data Recorder (ADR) meets the requirements and specifications stated in the ADR Technical Requirements Document (TRD).

1.2 Scope

This document establishes test steps and procedures and pass/fail criteria for each specific requirement stated in the ADR TRD. A go/no-go criteria will be defined where critical requirements and or specification must be met to continue ATP operations.

The term “Shall” is used to dictate the provision of a functional capability; to denote something that is required.

The term “Will” is used as a statement of fact; to cite items that the operational environment is to provide to the capability being specified.

The United States Air Force / Air Force Material Command / 46th Test Wing / 846th Test Support Squadron / Flight Test Instrumentation Development, hereinafter referenced as the “test conductor” shall perform and conduct all ATP operations, executions and documentation. Any deviations and decisions related to this ATP shall be will be made by the test conductor and will be final.

1.3 References

This section contains a list of reference material used by this ATP.

1.3.1 Key Acronyms

The following acronyms and definitions are used within this document.

IAW In Accordance With ICD Interface Control Document IRIG Inter-Range Instrumentation Group PCM Pulse Code Modulation RCC Range Commanders Council RCF Recorder Configuration File RMM Removable Memory Module RTC Relative Time Counter SCSI Small Computer Systems Interface TG Telemetry Group TRD Technical Requirements Document TMATS Telemetry Attributes Transfer Standard UUT Unit Under Test XML eXtensible Markup Language

1.3.2 Key Documents

The documents listed in this section, hereunder, form a part of this specification to the extent invoked by specific reference in other paragraphs of this specification. In the event of conflict between the documents referenced below and the contents of this specification, the content of this specification shall be considered a superseding requirement.

RCC IRIG 106-07, -09

Telemetry Standards

Chapter 4 PCM Standard

Chapter 6 Digital Cassette Helical Scan Recorder/Reproducer, Multiplexer/Demultiplexer, Tape Cassette, and Recorder Control and Command Mnemonics Standards

Chapter 8 Digital Data Bus Acquisition Formatting Standard

Chapter 9 Telemetry Attributes Transfer Standard

Chapter 10 Digital Recording Standard

DoD Standards

IEEE Standards

1394B-2002 High Performance Serial Bus – Amendment 2

802.3-2005 LAN/MAN CSMA/CD Access Method

EIA Standards

RS-232C Serial Interface

ICD’s

TRD’s

May 10 2010 V1.0 Airborne Data Recorder Technical Requirements Document

1.4 1.4 Terms and Definitions

2 TEST OPERATIONS AND EXECUTION

2.1 Conduction Guidelines

1. All “threshold” requirement tests are PASS/FAIL. This ATP contains optional tests for each “objective” requirement stated in the TRD. All “objective” requirement tests are PASS/FAIL/NA, where NA indicates that the “objective” requirement is Not Applicable or not supported by the ADR UUT. Mandatory tests for each “threshold” requirement stated in the TRD will be defined.

2.2 Test Sequence

1. Each test will be performed in the order presented within this ATP. The ADR UUT ATP will not be complete until each threshold test has been executed. Only tests for objective requirements may be skipped.

2. ATP execution will continue until all steps have been completed regardless of PASS/FAIL result. ATP operations and execution will be terminated by the test conductor if a “NO-GO” criterion is concluded, the ADR UUT is unable to continue, or as otherwise directed by the test conductor.

2.3 Test Scoring

1. The ATP contains GO/NO-GO criteria and they will be specifically noted within the sections and steps of this document. If the test conductor determines a NO-GO criterion has been met then all ADR UUT ATP operations and execution will be terminated at that time. A NO-GO means the ATP contained herein cannot be executed due to missing capability provided and inability to conduct the test.

2. Each threshold test will be scored as PASS/FAIL. Each objective test will be scored as PASS/FAIL/NA, where NA indicates that the test was skipped or is not supported by the

ADR UUT.

3. If an ADR UUT fails to pass a test, the problem will be identified by the ADR UUT representative and the test conductor. Due to time constraints, the test conductor will determine whether corrective actions as presented by the ADR UUT representative will be performed. Failed test(s) will be repeated if corrective action is performed. The test conductor will also determine whether to continue ATP execution or wait for the corrective action to be completed.

a. On-site hardware, firmware and or software modifications, replacements or repairs will not be allowed during ATP operations and execution.

4. At the completion of the ADR the test conductor will sign the test data sheets to verify the information on the sheets is accurate. A Test Report, which will summarize the results of the test, will be recorded and logged. The test data sheets will be attached to the Test Report.

5. The final ATP score will be PASS if all threshold tests are scored as “PASS”. The final ATP score will be FAIL if any threshold tests are scored as “FAIL”.

2.4 Unit Under Test Representative

1. Participation by one (1) ADR UUT representative will be permitted during ATP operations and execution under the following conditions:

a. The UUT representative may be asked to perform tasks on behalf of the test conductor. In this case, only the action requested by the test conductor is to be performed.

b. The representative may not interfere with, or interrupt the testing process at any time.

2.5 Re-testing

1. Failure of any threshold test by the ADR UUT will result in the test conductor determining if and when a re-test will be allowed. If the ADR is to be retested, it will be retested against the ATP in its entirety. Retesting only previously failed tests will not be permitted.

2.6 Test Equipment

1. The following table contains a list of major test equipment that will be utilized in the operations and execution of this ATP:

Name Description Manufacturer Data Validation PC Process & Validate Recorded Data Dell Firewire Cable Provide Connection from RMM to PC NitroAV METS 201 Generate Time, PCM, Mil-Std-1553, SDS

METS 231 Generate Time, PCM, Mil-Std-1553, Video, UART, Ethernet Data SDS

DACS Data Archiving and Conversion SDS CMDP Video Display USAF/AFMC

CH10 Validator Validate Recorded Data for IRIG106 Chapter 10 Compliancy SDS

Manzanita MPEG2 Analyzer Manzanita RMM Utility Interface and commands to RMM SDS

Packet Viewer IRIG-106 Chapter 10 Packet Display John Douglas Associates

Winhex Hexadecimal Display Winhex

3 BENCH INTERFACE

To facilitate and expedite testing, it is preferred if unit is provided with interface harness as follows for MIl-STD-1553, PCM, Video, and POWER bench interface.

3.1 Power and RS-232 Control:

A DB51 (MALE) connector shall be provided to connect to the bench.

1 28 VDC

2 28 VDC

3 28 VDC RTN

4 28 VDC RTN

5 28 VDC RTN

9 Record Discrete 14 Record Indicator 16 Fault Indicator 10 Erase Discrete 12 Enable Discrete 15 Erase Indicator 13 Event

47 HOST PC RS-232 RX

48 HOST PC RS-232 TX

49 HOST PC RS-232 GND

3.2 MIL-STD-1553 and Differential RS-422:

Interface harness shall be provided with receptacle P/N MS27497T16F35PA

3.3 PCM External Audio and Time:

Interface harness shall be provided with receptacle MS27497T16F35P

3.4 Video and Audio:

Interface harness shall be provided with receptacle MS27497T16F35PB. Two separate connectors are required if providing 8 video channels.

4 ADR HARDWARE REQUIREMENTS

This section contains ADR hardware testing requirements. These tests will be observational, physical, electrical and mechanical that will verify if the ADR UUT is capable of continuing onto the next section of this ATP.

4.1 Hardware Configuration #1

TRD

Section Requirement Test Procedure Result

2.2.1.a GO/NO-GO Threshold: Configuration #1 (300 Mbps Continuous Sustained Data Rate). The ADR shall be less than or equal to 7.5 inches wide, 10 inches long, and 4.5 inches tall, exclusive of connectors, control knobs, eject mechanism, and memory access door.

Observation: Confirm Dimensions for Configuration #1

2.2.1.a GO/NO-GO

Data Type

Number of Channels

Data Rate

(Mbps)

IRIG

Time 1

PCM 8 160

MIL-

STD-

8 6.4

Video 8 32

Ethernet 1 10-100

Remote Media 1

Observation: Confirm number of channel provided for Configuration #1

5.1.1 GO/NO-GO As a threshold the ADR

shall store all classified data on the RMM, such that the ADR is not classified when the RMM is removed.

For security purposes, there shall be no nonvolatile memory resident in the ADR that can be written to by the ADR processor(s). Read-only or write-protected memory for program storage is acceptable, however ADR software or firmware associated with data file formatting must be able to be installed/changed at field level by DoD personnel.

documentation provided.

4.2 Hardware Configuration #2

TRD

Section Requirement Test Procedure Result

2.2.1.b GO/NO-GO Threshold Configuration #2 (160 Mbps Continuous Sustained Data Rate). The ADR shall be less than 6 inches wide, 8.5 inches long, and 4.5 inches tall, exclusive of connectors, control knobs, eject mechanism, and memory access door.

Observation: Confirm Dimensions for Configuration #2

2.2.1.b GO/NO-GO

Data Type Number of Channels

Data Rate

(Mbps)

IRIG Time 1

PCM 2 40

MIL-STD-

1553 8 6.4

Video 3 32

Ethernet 1 10-100

16 PP164 1 1

Observation: Confirm number of channel provided for Configuration #2

5.1.1 GO/NO-GO As a threshold the

ADR shall store all classified data on the RMM, such that the ADR is not classified when the RMM is removed. For security purposes, there shall be no nonvolatile memory resident in the ADR that can be written to by the ADR processor(s).

Read-only or write-protected memory for program storage is acceptable, however ADR software or firmware associated with data file formatting must be able to be installed/changed at field level by DoD personnel.

4.3 Hardware Configuration #3

2.2.1.c GO/NO-GO Threshold Configuration #3 (700 Mbps Continuous Sustained Data Rate). The ADR shall be less than or equal to 4.5 inches wide, 6 inches long, and 3.5 inches tall, exclusive of connectors, control knobs, eject mechanism, and memory access door.

Observation:

Confirm

Configuration #3

2.2.1.c GO/NO-GO

Data Type

Number of

Channel s

Data Rate

(Mbps)

IRIG

Time 1

Video 2 8

Ethern et 2 10-1000

Remot e

Media

Observation:

Confirm number of channel provided for Configuration #3

5.1.1 GO/NO-GO As a threshold the ADR shall

store all classified data on the RMM, such that the ADR is not classified when the RMM is removed. For security purposes, there shall be no nonvolatile memory resident in the ADR that can be written to by the ADR processor(s). Read-only or write-protected memory for program storage is acceptable, however ADR software or firmware associated with data file formatting must be able to be installed/changed at field level by DoD personnel.

4.4 Hardware Configuration #4

2.2.1.d GO/NO-GO Threshold Configuration #4 (120 Mbps Continuous Sustained Data Rate). The ADR shall be less than 6 inches wide, 6.5 inches long, and 5 inches tall, exclusive of connectors, control knobs, eject mechanism, and memory access door.

Observation: Confirm

Configuration #4

2.2.1.d GO/NO-GO

Data Type Number of Channels

Data Rate

(Mbps)

IRIG Time 1

MIL-STD-

1553 4 3.2

Video 4 16

Ethernet 1 10-100 number of channel provided for Configuration #4

5.1.1 GO/NO-GO As a threshold

the ADR shall store all classified data on the RMM, such that the ADR is not classified when the RMM is removed. For security purposes, there shall be no nonvolatile memory resident in the ADR that can be written to by the ADR processor(s).

Read-only or write-protected memory for program storage is acceptable, however ADR software or firmware associated with data file formatting must be able to be installed/changed at field level by DoD personnel.

4.5 RMM Requirements

TRD Section Requirement Test Procedure Result

3.2.6.8 GO/NO-GO As a threshold

the ADR shall provide RMM recorded data access the same IEEE-1394B 9 pin bilingual connector interface in section 3.2.6 of this document. It is NOT acceptable for any other RMM interface/data access port to be provided (USB, eSATA, Ethernet, etc).

Observation: Confirm that other than recorder interface connector, the only other data access port is a bilingual IEEE1394b connector.

3.2.6 GO/NO-GO As a threshold

the ADR shall provide an internal RMM. The RMM interface shall be IAW IRIG106 Chapter 10 section

10.9. The directory and files

structures presented at the interface shall be IAW IRIG106 Chapter 10 section

10.5. It is NOT acceptable

for the RMM to mount as a Windows volume or for the RMM firmware to allow for reconfiguration as a Windows volume.

Test: Connect RMM to ATP host PC using bilingual IEEE1394b interface.

a) Confirm RMM does not mount as Windows Volume.

b) Erase the RMM with RMM tools. Confirm with WinHex that block 0 is not being used and STANAG directory is provided at block 1

3.2.7 GO/NO-GO As a threshold

the ADR RMM shall operate from a 12 VDC, 1 Amp IEEE-1394B 9 pin bilingual connector interface. It is NOT acceptable to augment power with use of multiple IEEE-1394B ports or a separate power port.

Test: With Instrumented IEEE1394b interface cable, measure current draw.

Confirm it is less than or equal to 1 Amp.

5.3.5 GO/NO-GO As a threshold

the ADR manufacturer shall provide an RMM with known bad memory blocks to allow for validation of sanitization command. Documentation must be provided for memory type and manufacturer specification.

A threshold requirement is for the ADR RMM to support the mandatory RMM commands IAW IRIG-106-09 Chapter 10 section 10.9.7 and section 10.12.

Observation: confirm RMM with known bad memory blocks has been provided.

5.6.2a GO/NO-GO As a threshold the ADR RMM shall interface to a Microsoft

Test: Connect RMM to ATP host PC using bilingual IEEE1394b interface.

TRD Section Requirement Test Procedure Result Windows based host computing platform via an IEEE-1394B interface. The IEEE-1394B interface shall allow any compliant IRIG106 Chapter 10 host computing platform to process data directly from the ADR RMM.

a) Confirm RMM does not mount as Windows Volume.

b) Erase the RMM with RMM tools. Confirm with WinHex that block 0 is not being used and STANAG directory is provided at block 1

5.6.3 GO/NO-GO As a threshold

the ADR RMM shall contain an oscillator providing time of day with “keep alive” provisions, minimum of twenty four (24) hours. No batteries shall be used.

Oscillator accuracy shall be within four (4) PPM over the full temperature range of the ADR. Setting of time will be IAW IRIG106 Chapter 10 section 10.9.

Observation: confirm no batteries are provided inside RMM. Confirm Oscillator is provided.

4.6 Environmental

TRD Section Requirement Test Procedure Result

8.5 GO/NO-GO As a threshold

the ADR shall be designed to withstand minimum structural integrity random vibration test levels as shown in the figure below.

Minimum Structural Integrity Random Vibration

Observation: Confirm test data is provided for ADR and Hardware under test.

8.5.1 GO/NO-GO The non-gunfire

vibration design requirements for the ADR are listed in the below figures

Region 1 Non-Gunfire Sinusoidal Vibration

Region 2 Non-Gunfire Sinusoidal Vibration

Observation: Confirm test data

8.6 GO/NO-GO The ADR service

shock requirements shall be as follows in the below figure.

Region 2 shall apply to the ADR using a saw tooth waveform of peak amplitude of 20g’s service with duration of 11 milliseconds.

Observation: Confirm test data

Figure 72. Service Shock

8.6.1 GO/NO-GO As a threshold the

ADR shall withstand, in both an operating and non-operating condition, the effects of humidity up to 100 percent, including conditions wherein condensation takes place in and on the ADR LRUs.

Observation: Confirm test data is provided for ADR and

8.6.2 GO/NO-GO As a threshold the

ADR shall withstand, in both an operating and non-operating condition, exposure to salt-sea atmosphere.

Observation: Confirm test

8.6.3 GO/NO-GO As a threshold the

operating and non-operating condition, exposure to fungus growth as encountered in tropical climates.

8.6.4 GO/NO-GO As a threshold the

operating and non-operating condition, exposure to sand and dust as encountered in operational areas of the world.

Observation: Confirm test

8.6.5 GO/NO-GO As a threshold the

ADR shall be designed such that direct exposure to rain environment shall not degrade performance.

8.6.6 GO/NO-GO As a threshold the

ADR shall not cause ignition of an ambient-explosive gaseous atmosphere during any mode of operation. Operation includes stabilized conditions, varying mode conditions, start-up, or shut-down conditions which may contribute to either a thermal, electrical or chemical source of ignition.

Observation: Confirm test

8.6.7 GO/NO-GO As a threshold the

ADR shall meet the decompression requirements of MIL-STD-810 Revision F Method

500.4 Procedure IV.

Observation: Confirm test

8.4 GO/NO-GO As a threshold the

ADR shall perform satisfactorily from -40 Deg C to 72 Deg C under the temperature-altitude provided the below figure.

Test: Accomplish test IAW section xx of this TRD

4.7 Electromagnetic Interference and Compatibility

9.1 GO/NO-GO As a threshold the

ADR shall meet Electromagnetic Interference and Compatibility (EMIC) requirements of MIL-STD- 461.

Observation: Confirm test data is provided for ADR and Hardware under test.

9.2 GO/NO-GO Radiated Emissions.

Electric Field figure RE102-3 for Fixed Wing Internal <25 meters Testing is required up to 1 GHz or 10 times the highest intentionally generated frequency within the EUT, whichever is greater.

Measurements beyond 18 GHz are not required.

Observation: Confirm test

9.3 GO/NO-GO CE102 Conducted

Emissions. Power leads, 10 kHz

- 10 MHz.

Observation: Confirm test

9.4 GO/NO-GO CS101, Conducted

Susceptibility. Power Leads, 30 Hz to 150 kHz.

Observation: Confirm test

9.5 GO/NO-GO RS103, Radiated

Susceptibility. Electric Field, 2 MHz to 18 GHz Table VII, Air Force, Aircraft Internal 2 MHz - 30 MHz, 20 V/m,30 MHz - 1 GHz, 20 V/m 1 GHz - 18 GHz, 60 V/m.CS114, Conducted Susceptibility. Bulk Cable Injection, 10 kHz to 200 MHz Curve 3 (Air Force Internal).

Observation: Confirm test

9.6 GO/NO-GO CS115, Conducted

Susceptibility. Bulk Cable Injection, Impulse Excitation.

Observation: Confirm test

9.7 GO/NO-GO CS116, Conducted

Susceptibility. Damped Sinusoidal transients, Cables and Power Leads, 10 kHz to 100 MHz, I_max = 5 amps.

Observation: Confirm test

10.2.7 GO/NO-GO Lightning Protection.

Lightning protection shall be verified by a combination of analysis and test. Compliance with Electrostatic Discharge (ESD) protection requirements shall be verified by test and analysis. Analysis shall verify adequate control measures have been incorporated into the design, such as use of transient absorbing devices, series resistance, or proper electrical

Observation: Confirm test

Section Requirement Test Procedure Result grounding and bonding. Testing shall be performed to a minimal 4kV to pins and equipment enclosure and casings, to verify compliance with Constellation requirements, through exposure to standard electrostatic discharge waveforms.

5 POWER UP (TRD REF 5.1.6)

Step Activity P A S S

F A I L

As a threshold the ADR shall be fully operational after 60 seconds upon power application to include BIT.

1 Configure Hyperterminal to:

Enter: Baud Rate: 38.4Kbaud

Enter: Parity: No Parity

Enter: Data Bits: 8 Data Bits

Enter: Stop Bits: 1 Stop Bit

Enter: Flow Control: None

Enter: Local Echo: ON

Enter: Send CR/LF: ON

2 Confirm Power Supply = ON 3 Recorder Power Switch ON start timer 4 Issue Carriage Return and line Feed

Wait for asterisk *

5 Confirm unit is ready in less than 60 seconds

6 SERIAL COMMANDS (REF TRD 6.2): TMATS SERIAL.TMT

S S

F A I L

1 Configure Video Simulator Inputs and recorder TMATS as follows:

Ch TYPE SOURCE

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2,3,4

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2 3,4

Ch TYPE SOURCE TRD CONFIG

1 IRIG-B AC METS 201 #1 1,2,3,4

Generate two TMATS files Serial 1 and Serial 2 for configuration of two video channels and time channel Differentiate both files by adding :

a) G\COM: Serial 1; and G\RN:0001; to file 1 Serial.tmt

b) G\COM: Serial 2; and G\RN:0002; to file 2 Serial.tmt

2 Confirm Video signal and time overlay is present in all videos 3 Confirm IRIG Time is synchronized to GPS 4 Configure Hyperterminal to:

Enter: Baud Rate: 38.4Kbaud

Enter: Parity: No Parity

Enter: Data Bits: 8 Data Bits

Enter: Stop Bits: 1 Stop Bit

Enter: Flow Control: None

Enter: Local Echo: ON

Enter: Send CR/LF: ON

Confirm Serial Communications port can be configured as RS-232 or RS-422

5 Insert RMM in Recorder

6 Confirm Power Supply = ON 7 Recorder Power Switch ON 8 Issue Carriage Return and line Feed

Wait for asterisk *

A S S

F A I L

9 Issue .HELP verify table of commands available 10 .BIT ‐ Confirm its available 11 .CRITICAL ‐ Confirm its available 12 .DATE ‐ Confirm its available 13 .DECLASSIFY ‐ Confirm its available 14 .DISMOUNT ‐ Confirm its available 15 .ERASE ‐ Confirm its available 16 .EVENT ‐ Confirm its available 17 .FILES ‐ Confirm its available 18 .HEALTH ‐ Confirm its available 19 .HELP ‐ Confirm its available 20 .IRIG106 ‐ Confirm its available 21 .MEDIA ‐ Confirm its available 22 .MOUNT ‐ Confirm its available 23 .RECORD ‐ Confirm its available 24 .RESET ‐ Confirm its available 25 .SETUP ‐ Confirm its available 26 .STATUS ‐ Confirm its available 27 .TMATS ‐ Confirm its available 28 .STOP ‐ Confirm its available 29 .TIME ‐ Confirm its available 30 .TMATS ‐ Confirm its available 31 .TMATS ‐ Confirm its available 32 .VERSION ‐ Confirm its available 33 .FILES ‐ Confirm its available

34 Obtain TMATS file Serial1.tmt 35 Issue .TMATS write 36 Send file with hyper terminal 37 Issue END upon all characters sent 38 Issue .TMATS save 1 39 Obtain TMATS file Serial2.tmt 40 Issue .TMATS write 41 Send file with hyper terminal 42 Issue END upon all characters sent 43 Issue .TMATS save 2 44 Issue .RESET

A S S

F A I L

45 Confirm unit resets 46 Issue CRLF until prompt 47 Issue .SETUP 1 48 Issue .SETUP , Confirm 1 49 Issue .RESET 50 Issue .TMATS VERSION 51 Confirm its 0001 52 Issue .SETUP 2 53 Issue . SETUP , confirm 2 54 Issue .reset 55 Issue .TMATS VERSION 56 Confirm its 0002 57 Issue .TMATS CHKSUM 58 Confirm checksum 59 Issue .VERSION verify firmware provided 60 Confirm RMM is NOT installed 61 Issue .RECORD 62 Confirm Error with .STATUS 63 Insert RMM in recorder 64 Issue .RESET 65 Issue CRLF until asterisk * 66 Issue .STATUS 67 Confirm idle state 68 Issue .RECORD 69 Issue .STATUS 70 Confirm its in record 71 Issue .STOP 72 Issue .FILES 73 Confirm one or more files 74 Issue .ERASE 75 Issue .STATUS 76 Confirm erase time is less than 1 second 77 Issue .FILES 78 Confirm no files present 79 Issue .RECORD wait 1 minute 80 Issue .STOP 81 Issue .SATATUS Confirm 1 File

A S S

F A I L

82 Issue .Record wait 1 minute 83 Issue .STOP 84 Confirm 2 files 85 Issue .TIME 86 Confirm IRIG‐B Time 87 Issue .FILES NUM 88 Confirm 2 files 89 Issue .IRIG106 90 Confirm 07 or higher 91 Issue .HEALTH 92 Confirm Channels 93 Issue .CRITICAL 94 ISSUE .CRITICAL and change a setting for a critical warning, verify item flag bit selected is disabled 95 Issue a .DATE 96 Confirm date 97 Issue .TMATS GET 2 98 Issue .TMATS READ 99 Confirm TMATS file 2 has been retrieved 100 Issue .MEDIA 101 Confirm media size 102 Issue .DISMOUNT 103 Issue .MEDIA 104 Confirm Error 105 Issue .MOUNT 106 Issue .MEDIA 107 Confirm no error 108 Issue .DECLASSIFY 109 Issue .STATUS 110 Confirm RMM has been commanded to sanitize 111 Issue .BIT 112 Issue .STATUS 113 Confirm BIT accomplished

7 ADR DISCRETES (REF TRD SECTION 5.2)

Step Activity Comments PASS FAIL

1 Confirm Recorder has an active low input for a Record discrete

2 Confirm Recorder has Record Indicator (Active Low) Confirm interface to bench discrete box with recorder ICD

3 Confirm Recorder has Fault (Active Low Output) Confirm

4 Confirm Recorder has Enable (Active Low input) Confirm

5 Confirm Recorder has Erase (Active Low input) Confirm

6 Confirm recorder has Erase Indicator (Active Low Output) Confirm interface to bench discrete box with recorder ICD

7 Confirm Recorder has Event (Active Low input) Confirm

8 Confirm RMM is in the recorder

9 Power Supply = ON

10 Recorder Power Switch = ON

11 Observe serial communications as to status

12 Issue .STATUS command. Unit shall indicate ready within 60 seconds

Annotate Ready Time __________

Note issue .STATUS command or new line until prompt *

13 Confirm recorder RECORD Discrete output LED Bench indicator is flashing during initialization

14 Confirm recorder ERASE Discrete output LED Bench

15 Confirm recorder FAULT Discrete output LED Bench

13 Confirm Erase Light is OFF

14 Issue .FILES, ensure files are there from previous test

15 Depress Erase button, verify unit does NOT go into erase

Step Activity Comments PASS FAIL

16 Depress Erase and Enable Buttons for one second.

17 Confirm Erase state, Erase LED is blinks and stays on

18 Confirm Erase of file, issue .FILE ,verify no files exists

19 Set Bench switch to Record

20 Confirm recorder is in Record, Issue .STATUS

21 Confirm Record Indicator is ON

22 Confirm Erase indicator is OFF

23 Issue .TIME =____________________

24 Wait 5 minutes

25 Record Switch = OFF

26 Confirm Record indicator is OFF

27 Issue .FILES, verify one file

28 Record Switch = ON

29 Confirm Record Indicator = ON

30 Wait 2 minutes

31 Record switch =OFF

32 Issue .FILES, verify two files

33 Generate External Event

34 Confirm Event generated with Serial .Event Command

35 Wait 2 minutes

36 Generate External Event

37 Confirm Event generated with Serial .Event Command

38 Recorder Power Switch = OFF

39 Remove RMM

40 With DACS verify events where generated

Step Activity Comments PASS FAIL

41 With CMDP verify Video and external event

42 Confirm with RMM removed bench Fault LED is ON

43 Install RMM

44 Annotate TIME until Fault LED goes out

45 Issue .STATUS confirm unit is in IDLE state

46 Record Switch = ON

47 Record for 2 minutes

48 Recorder Power OFF

49 Wait 1 miniute

50 Recorder Power ON

51 Confirm Record Switch is ON

52 Confirm units starts to RECORD in less than 60 seconds

53 Record Switch = OFF

54 Confirm bench ERASE LED = OFF

55 Remove RMM

56 Erase RMM with RMM Wizard

57 Install RMM back in recorder

58 Confirm status

59 Confirm Erase LED = ON

60 Bench Record Switch = ON

61 Confirm bench Record LED=ON and ERASE LED = OFF

62 Wait 1 minute

63 Recorder Power OFF

8 PCM TEST

8.1 TRD Threshold 4.3.1 PCM MAX DATA INPUT: PCM_MAX.tmt

Step Activity P

A S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED METS FMT 1 20 MBS 1,2 RS-422

2 PACKED METS FMT 2 20 MBS 1,2 RS-422

3 PACKED METS FMT 3 20 MBS 1 RS-422

4 PACKED METS FMT 4 20 MBS 1 RS-422

5 PACKED METS FMT 5 20 MBS 1 RS-422

6 PACKED TSI FMT 20 MBS 1 RS-422

7 PACKED IRIG-106 CH 8 16 MBS 1 RS-422

8 PACKED

16 BPW

512 WPF

1 Frame Sync = FAF32075

20 MBS

1 RS-422

2 Configure MIL-STD-1553 simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

1 MULTI #1 METS 201 #1 100% 1,2

2 MULTI #2 METS 201 #2 100% 1,2

3 MULTI #1 METS 201 #3 100% 1,2

4 MULTI #2 METS 201 #4 100% 1,2

5 MULTI #1 METS 201 #5 100% 1

6 MULTI #2 METS 201 #6 100% 1

7 MULTI #1 METS 231 #1 100% 1

8 MULTI #2 METS 231 #2 100% 1

3 Configure Video Simulator Inputs as follows:

Ch TYPE SOURCE

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

7 NTSC METS 231 #2 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

8 Y/C Black Burst Generator 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

Ch TYPE SOURCE MODE RATE

1 10BaseT METS 231 #1 Multi Frame 100%

5 Configure 16PP Simulator

Ch TYPE SOURCE RATE

CONFIG

1 16PP METS 201 50 Hz 2

6 Configure IRIG B Simulator

1 IRIG-B AC METS 201 #1 1,2

7 Generate TMATS file to record simulator inputs from steps 1-6 for required ADR configuration #1 or #2 under test.

Configuration 1 (_) Configuration 2 (_)

8 Confirm Recorder Power is ON 9 Load TMATS file PCM_MAX.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance, 27 Confirm file size 28 Process data verify no errors

8.2 TRD Threshold 4.3.1 PCM Min DATA INPUT: PCM_Min.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED METS FMT 1 100 Kbs 1,2 RS-422

2 PACKED METS FMT 2 100 Kbs 1,2 RS-422

3 PACKED METS FMT 3 100 Kbs 1 RS-422

4 PACKED METS FMT 4 100 Kbs 1 RS-422

5 PACKED METS FMT 5 100 Kbs 1 RS-422

6 PACKED TSI FMT 100 Kbs 1 RS-422

7 PACKED IRIG-106 CH 8 100 Kbs 1 RS-422

8 PACKED

16 BPW

512 WPF

1 Frame Sync = FAF32075

100 Kbs 1 RS-422

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

7 MULTI #1 METS 231 #1 1 HZ 1

8 MULTI #2 METS 231 #2 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_MIN.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.3 TRD Threshold 4.3.1 DATA INPUT: PCM_CH8.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED IRIG-106 CH 8 16 Mbs 1,2 RS-422

2 PACKED IRIG-106 CH 8 4 Mbs 1,2 RS-422

3 PACKED METS FMT 3 100 Kbs 1 RS-422

4 PACKED METS FMT 1 100 Kbs 1 RS-422

5 PACKED METS FMT 5 100 Kbs 1 RS-422

6 PACKED TSI FMT 100 Kbs 1 RS-422

7 PACKED IRIG-106 CH 8 16 Mbs 1 RS-422

8 PACKED

16 BPW

512 WPF

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_CH8.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.4 TRD Threshold 4.3.1 DATA INPUT: PCM_13Mbs.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED TSI FMT 13 Mbs 1,2 RS-422

2 PACKED

16 BPW

512 WPF

1 Mbs 1,2 RS-422

3 PACKED METS FMT 3 1 Mbs 1 RS-422

4 PACKED METS FMT 1 20 Mbs 1 RS-422

5 PACKED METS FMT 5 3 Mbs 1 RS-422

6 PACKED TSI FMT 10 Mbs 1 RS-422

7 PACKED IRIG-106 CH 8 16 Mbs 1 RS-422

8 PACKED

16 BPW/512

WPF/1 Frame

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_13Mbs.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.5 TRD Threshold 4.3.3 PCM RNRZ-L DATA INPUT: PCM_RNRZ.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels for RNRZ-L as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED METS FMT 1 10 Mbs 1,2 TTL

2 PACKED METS FMT 2 10 Mbs 1,2 TTL

3 PACKED METS FMT 3 100 Kbs 1 RS-422

4 PACKED METS FMT 4 20 Mbs 1 RS-422

5 PACKED METS FMT 5 20 Mbs 1 RS-422

6 PACKED TSI FMT 20 Mbs 1 RS-422

7 PACKED IRIG-106 CH 8 20 Mbs 1 RS-422

8 PACKED

16 BPW

512 WPF

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_RNRZ-L.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.6 TRD Threshold 4.3.3 PCM TTL DATA INPUT: PCM_TTL.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels for NRZ-L as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED METS FMT 1 10 Mbs 1,2 TTL

2 PACKED METS FMT 2 10 Mbs 1,2 TTL

3 PACKED METS FMT 3 100 Kbs 1 RS-422

4 PACKED METS FMT 4 20 Mbs 1 RS-422

5 PACKED METS FMT 5 20 Mbs 1 RS-422

6 PACKED TSI FMT 20 Mbs 1 RS-422

7 PACKED IRIG-106 CH 8 20 Mbs 1 RS-422

8 PACKED

16 BPW

512 WPF

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_TTL.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.7 PCM Channel To Channel Alignment PCM_MAX.tmt

S S

F A I L

1 Confirm PCM channel alignment (channel to channel) less than 1 micro seconds.

8.8 PCM Channel To Channel Alignment PCM_MIN.tmt

S S

F A I

8.9 PCM Channel To Channel Alignment PCM_CH8.tmt

S S

F A I

8.10 PCM Channel To Channel Alignment PCM_13Mbs.tmt

S S

F A I

8.11 PCM Channel To Channel Alignment PCM_RNRZ-L.tmt

S S

F A I

8.12 PCM Channel To Channel Alignment PCM_TTL.tmt

S S

F A I

8.13 TRD Threshold 5.1 PCM THROUGHPUT MODE: PCM_THMAX.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 TH METS FMT 1 20 MBS 1,2 RS-422

2 TH METS FMT 2 20 MBS 1,2 RS-422

3 PACKED METS FMT 3 20 MBS 1 RS-422

4 PACKED METS FMT 4 20 MBS 1 RS-422

5 PACKED METS FMT 5 20 MBS 1 RS-422

6 PACKED TSI FMT 20 MBS 1 RS-422

7 PACKED IRIG-106 CH 8 16 MBS 1 RS-422

8 PACKED

16 BPW

512 WPF

1 Frame Sync = FAF32075

20 MBS

1 RS-422

TRD

CONFIG

1 MULTI #1 METS 201 #1 100% 1,2

2 MULTI #2 METS 201 #2 100% 1,2

3 MULTI #1 METS 201 #3 100% 1,2

4 MULTI #2 METS 201 #4 100% 1,2

5 MULTI #1 METS 201 #5 100% 1

6 MULTI #2 METS 201 #6 100% 1

7 MULTI #1 METS 231 #1 100% 1

8 MULTI #2 METS 231 #2 100% 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_THMAX.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance,

8.14 TRD Threshold 4.3.1 DATA INPUT: PCM_TH13Mbs.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 TH TSI FMT 13 Mbs 1,2 RS-422

TH 16 BPW

512 WPF

1 Mbs 1,2 RS-422

3 TH METS FMT 3 1 Mbs 1 RS-422

4 TH METS FMT 1 20 Mbs 1 RS-422

5 TH METS FMT 5 3 Mbs 1 RS-422

6 TH TSI FMT 10 Mbs 1 RS-422

7 PACKED IRIG-106 CH 8 16 Mbs 1 RS-422

8 PACKED

16 BPW/512

WPF/1 Frame

TRD

CONFIG

1 MULTI #1 METS 201 #1 1 HZ 1,2

2 MULTI #2 METS 201 #2 1 HZ 1,2

3 MULTI #1 METS 201 #3 1 HZ 1,2

4 MULTI #2 METS 201 #4 1 HZ 1,2

5 MULTI #1 METS 201 #5 1 HZ 1

6 MULTI #2 METS 201 #6 1 HZ 1

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

A S S

F A I L

4 Configure Ethernet Simulator

9 Load TMATS file PCM_TH13Mbs.tmt to SETUP 1

10 Confirm RMM is installed 11 Recycle Power 12 Issue .STATUS until unit is Ready 13 Issue .ERASE 14 Confirm no files are present with ..FILES 15 Issue .HEALTH 16 Confirm all channels are locked 17 Issue .RECORD 18 Issue .TIME 19 Record for 10 minutes 20 Issue .TIME 21 Issue .STOP 22 Remove RMM 23 Download data with DACS and verify compliance 24 Connect RMMD to test PC 25 Configure DACS for validation of PCM Channels 26 Open RMMD, Confirm STANAG and IRIG-106 compliance, 9 MIL-STD-1553 TEST

9.1 TRD Threshold 4.4, 4.5, 5.5 MIL-STD-1553 INPUT: MIL_1553_VAL.tmt

S S

F A I L

1 Configure PCM simulators and recorder input channels as follows:

Ch TYPE SOURCE Data Rate

TRD

CONFIG

INPUT

1 PACKED METS FMT 1 20 MBS 1,2 RS-422

2 PACKED METS FMT 2 20 MBS 1,2 RS-422

3 PACKED METS FMT 2 20 MBS 1 RS-422

4 PACKED METS FMT 2 20 MBS 1 RS-422

5 PACKED METS FMT 2 20 MBS 1 RS-422

6 PACKED METS FMT 1 20 MBS 1 RS-422

7 PACKED METS FMT 1 20 MBS 1 RS-422

8 PACKED METS FMT 1 20 MBS 1 RS-422

TRD

CONFIG

1 Single Msg METS 201 #1 90% 1,2 ,4

2 Single Msg METS 201 #2 90% 1,2,4

3 Single Msg METS 201 #3 90% 1,2,4

4 Single Msg METS 201 #4 90% 1,2,4

5 Single Msg METS 201 #5 90% 1,2

6 Single Msg METS 201 #6 90% 1,2

7 Single Msg METS 231 #1 90% 1,2

8 Single Msg METS 231 #2 90% 1,2

Bit Rate

(Mbs)

VIDEO TRD

CONFIG

1 NTSC Camera 1 4 Format 0 (MPEG-2 MP@ML) 1,2,4

2 Y/C Camera 2 4 Format 0 (MPEG-2 MP@ML) 1,2 ,4

3 NTSC Camera 3 4 Format 0 (MPEG-2 MP@ML) 1,2 ,4

4 Y/C METS 231 #1 Video 1 4 Format 0 (MPEG-2 MP@ML) 1 ,4

5 NTSC METS 231 #1 Video 2 4 Format 0 (MPEG-2 MP@ML) 1

6 Y/C METS 231 #2 Video 1 4 Format 0 (MPEG-2 MP@ML) 1

Step Activity P F

S S

A I L

4 Configure Ethernet Simulator

Ch TYPE SOURCE MODE

RATE TRD

1 10BaseT METS 231 #1 Multi Frame 100% 1,2,4

1 IRIG-B AC METS 201 #1 1,2,4

7 Generate TMATS file MIL_1553_VAL.tmt for recorder cofigurations

9.2 RECORDER SETUP RECORD (ONECHANNEL1553.TMT)

Step Activity Comment

PASS FAIL

1 Generate TMATS File.

Configure 1 channel of MIL-STD-1553 Configure Recorder for external event switch input.

Configure recorder for max Video, Ethernet, and PCM channels. (Same as MIL_1553_VAL.tmt)

2 Save TMATS file

9.3 Recorder Setup Record (Twochannel1553.tmt)

Configure 2 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.4 Recorder Setup Record (Threechannel1553.tmt)

Configure 3 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.5 Recorder Setup Record (Fourhannel1553.tmt)

Configure 4 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.6 Recorder Setup Record (Fivechannel1553.tmt)

Configure 5 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.7 Recorder Setup Record (SixChannels1553.tmt)

Configure 6 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.8 Recorder Setup Record (SEVENchannels1553.tmt)

Configure 7 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.9 Recorder Setup Record (Eightchannels1553.tmt)

Configure 8 channel of MIL-STD-1553 Configure Recorder for external event switch input.

9.10 Recorder Test

STEP ACTIVITY COMMENT

1 Confirm Power Supply is Off 2 Confirm Bench power switch is OFF 3 Launch serial communications program.

4 Power Supply = ON 5 Bench Power Switch = ON 6 Wait for ready prompt * test by issuing CRLF 7 Issue .FILES. Confirm no files are present, if files present issue .Erase

8 Issue .TMATS WRITE (MIL_1553_VAL.tmt ) 9 Issue .TMATS SAVE 0

10 Issue .SETUP 0

11 Issue .TMATS WRITE (onechannel1553.tmt )

12 Issue .TMATS SAVE1

Issue .TMATS WRITE (twochannel1553.tmt )

13 Issue .TMATS SAVE 2

14 Issue .TMATS WRITE (threechannel1553.tmt )

15 Issue .TMATS SAVE 3

16 Issue .TMATS WRITE (fourchannel1553.tmt )

17 Issue .TMATS SAVE4

18 Issue .TMATS WRITE (fivechannel1553.tmt )

19 Issue .TMATS SAVE 5

20 Issue .TMATS WRITE (sixchannel1553.tmt )

21 Issue .TMATS SAVE 6

22 Issue .TMATS WRITE (Sevenchannel1553.tmt )

23 Issue .TMATS SAVE 7

24 Issue .TMATS WRITE (Eightchannel1553.tmt )

25 Issue .TMATS SAVE 8

26 Recycle Power

27 Issue .status wait until unit is IDLE

28 Issue .RECORD

29 Issue .Health , Confirm no errors on any channels

30 Issue .TIME, verify recorder synchronized to external

IRIG-B

31 Record for 10 minutes

32 Issue .STOP

33 Issue .SETUP 1

34 Recycle Power

35 Issue .STATUS verify asterisk after boot time of less than 60 seconds

36 Issue .RECORD

37 Issue .Health , Confirm no errors on any channels

38 Issue .TIME, verify recorder synchronized to external

39 Record for 10 minutes

40 Issue .STOP

41 Issue .SETUP 2

42 Recycle Power

43 Issue .STATUS verify asterisk after boot time of less

44 Issue .RECORD

45 Issue .Health , Confirm no errors on any channels

46 Issue .TIME, verify recorder synchronized to external

47 Record for 10 minutes

48 Issue .STOP

49 Issue .SETUP 3

50 Recycle Power

51 Issue .STATUS verify asterisk after boot time of less

52 Issue .RECORD

53 Issue .Health , Confirm no errors on any channels

54 Issue .TIME, verify recorder synchronized to external

55 Record for 10 minutes

56 Issue .STOP

57 Issue .SETUP 4

58 Recycle Power

59 Issue .STATUS verify asterisk after boot time of less

60 Issue .RECORD

61 Issue .Health , Confirm no errors on any channels

62 Issue .TIME, verify recorder synchronized to external

63 Record for 10 minutes

64 Issue .STOP

65 Issue .SETUP 5

66 Recycle Power

67 Issue .STATUS verify asterisk after boot time of less

68 Issue .RECORD

69 Issue .Health , Confirm no errors on any channels

70 Issue .TIME, verify recorder synchronized to external

71 Record for 10 minutes

72 Issue .STOP

73 Issue .SETUP 6

74 Recycle Power

75 Issue .STATUS verify asterisk after boot time of less

76 Issue .RECORD

77 Issue .Health , Confirm no errors on any channels

78 Issue .TIME, verify recorder synchronized to external

79 Record for 10 minutes

81 Issue .SETUP 7

82 Recycle Power

83 Issue .STATUS verify asterisk after boot time of less

84 Issue .RECORD

85 Issue .Health , Confirm no errors on any channels

86 Issue .TIME, verify recorder synchronized to external

87 Record for 10 minutes

88 Issue .STOP

89 Issue .SETUP 8

90 Recycle Power

91 Issue .STATUS verify asterisk after boot time of less

92 Issue .RECORD

93 Issue .Health , Confirm no errors on any channels

94 Issue .TIME, verify recorder synchronized to external

95 Record for 10 minutes

96 Issue .STOP

97 Remove RMM

9.10.1 IRIG-106 CHAPTER 10 COMPLIANCE…