Attachment 1_Performance Specification.pdf

CUI

DISTRIBUTION: DoD COMMUNITY ONLY

ATTACHMENT 1

PERFORMANCE SPECIFICATION

FOR THE

TACTICAL RADIO INTERMEDIATE TEST SET

(TRITS)

Prepared by

PRODUCT MANAGER

MAINTENANCE SUPPORT SYSTEMS – AUTOMATIC TEST SYSTEMS

MARINE CORPS SYSTEMS COMMAND

1. Scope.

The Performance Specification (PS) identifies and establishes the requirements for the Tactical

Radio Intermediate Test Set (TRITS)

1.1 Document Overview.

The TRITS is identified, described and specified within this document in five major sections:

a. Section 1. Scope, provides identification and a brief description of the purpose of the

TRITS

b. Section 2, Applicable Documents, lists, by document number and title, all documents that form a part of the PS or are referenced by this PS.

c. Section 3, Requirements, gives the functional requirements of the TRITS.

d. Section 4, Verification, identifies the testing requirements to ensure compliance of all functional requirements defined in Section 3.

e. Section 5, Packaging, provides packaging requirements.

2. Applicable Documents.

The following documents of the exact issue shown form a part of this document to the extent specified herein. In the event of conflict between the documents referenced herein and the contents of this PS, the contents of this PS shall take precedence.

2.1 Government Documents.

MIL-PRF-28800G General Specification for Test Equipment for use with Electrical and

Electronic Equipment

MIL-STD-130N Identification Marking of U.S. Military Property

MIL-STD-129R Military Marking for Shipment and Storage

MIL-STD-348B Department of Defense Interface Standard

MIL-STD-1472H Human Engineering

2.2 Non-Government Publications.

IPC J-STD-001J Requirements for Soldered Electrical and Electronic Assemblies

2.3 Availability of Documents. Copies of Government documents are available online at http://quicksearch.dla.mil/ or from the Standardization Document Order Desk, 700 Robbins

Avenue, Building 4D, Philadelphia, PA 19111-5094.

3. Requirements.

3.1 ENVIRONMENTAL REQUIREMENTS The Test Set shall conform to the Class 3

Environmental Requirements specified in Table 2 of MIL-PRF-28800F for the following:

a. Temperature, Not Operating

b. Temperature, Operating

c. Relative Humidity

d. Altitude, Not Operating

e. Vibration Limits

f. Shock, Functional

g. Bench Handling

3.2 WEIGHT & SIZE

a. The TRITS shall weigh no more than 102 pounds in accordance with the 2 person lift requirement in MIL-STD-1472H Table XLI.

b. The TRITS shall fit in a single, ruggedized transit case that conforms to the requirements in MIL-PRF-28800G, Section 3.8.

c. The TRITS shall meet the Means for Handling requirement in MIL-STD-1472H Section

5.20.7.1.

3.3 POWER

a. Shall operate off 120 Vrms single-phase 60Hz source

3.4 INSTRUMENTATION

3.4.1 DIGITAL MULTIMETER

a. Shall measure Volts DC with a range of 1 mV to 300 VDC

b. Shall measure Volts AC with a range of 1mV to 300 VAC

c. Shall measure Ohms with a range of 0.1 Ohm to 30 MOhm

d. Shall Measure Current DC and Current AC with a range of 0.01mA to 10A

3.4.2 OSCILLOSCOPE

a. Shall be dual channel

b. Bandwidth: 100 MHz

c. Trigger Capability

(1) Edge Trigger

(2) Pulse Width Trigger

3.4.3 RF SIGNAL GENERATOR

a. Frequency Range: 1.5MHz to 6GHz

b. Frequency Resolution: 1Hz

3.4.4 RF SIGNAL MODULATION

3.4.4.1 FM MODULATION

a. Carrier Range: 1.5MHz to 6GHz

b. Deviation Range: 100Hz to +/- 100kHz

c. Deviation Rates 20Hz to 20kHz

d. Resolution: 1Hz

3.4.4.2 AM MODULATION

b. Deviation Range: 0.1% to 100%

d. Resolution: 1Hz

3.4.4.3 PHASE MODULATION

b. Deviation Range: 0 to 10 rads

d. Resolution: 0.1 rads

3.4.5 USB & LSB

a. Shall be able to transmit an Upper Side Band modulated signal

b. Shall be able to transmit a Lower Side Band modulated signal

3.4.6 DIGITAL MODULATION

a. Shall provide the ability to create waveforms to be used as a modulation source

b. Shall provide the ability to record waveforms

c. Shall provide the ability to add additional IQ files to the TRITS via an external drive

3.4.7 RF SIGNAL RECEIVER

b. Resolution: 1Hz

c. Instantaneous IF Bandwidth: 10MHz

3.4.8 AUDIO FREQUENCY GENERATOR

a. Shall provide two AFG sources

b. Frequency Range: 20Hz to 20kHz

DISTRIBUTION: DoD COMMUNITY ONLY

c. Frequency Resolution: 0.1Hz

d. Waveforms:

(1) Sine Wave

(2) Square Wave

e. Two BNC Audio Input/Output Ports

3.4.9 FREQUENCY COUNTER AND FREQUENCY ERROR METER

3.4.10 AUDIO FREQUENCY COUNTER

a. Frequency Range: 20Hz to 20kHz

3.4.11 FREQUENCY MODULATION DEVIATION METER

a. Range: 0Hz to 100kHz

c. Modulation Rate Range: 20Hz to 20kHz

d. Measurement Type: Peak+, Peak-

3.4.12 AMPLITUDE MODULATION METER

a. Range 0% to 100%

b. Resolution: 1%

c. Modulation Rate Range: 20Hz to 20kHz

3.4.13 HARMONIC DISTORTION METER

a. Range: 0.1% to 50%

b. Resolution: 0.1%

c. Frequency Range: 20Hz to 20kHz

3.4.14 SINAD METER

a. Range: 0dB to 40dB

b. Resolution: 1dB

3.4.15 PHASE MODULATION DEVIATION METER

a. Range: 0 rad to 10 rad

b. Resolution: 0.1 rad

DISTRIBUTION: DoD COMMUNITY ONLY

3.4.16 VECTOR SIGNAL ANALYZER

a. Range: 1.5MHz to 6GHz

b. Modulation Bandwidth: 10MHz

c. Constellation Diagram:

(1) 8QAM

(2) 16QAM

(3) 32QAM

(4) 64QAM

(5) 128QAM

(6) 256QAM

3.4.17 BIT ERROR RATE METER

a. Style: Decodes Non-Return to Zero (NRZ) style data

b. Range: 1 x 10-1 to 1 x 10-5

3.4.18 RF POWER METER

b. Resolution

(1) 0.1db

(2) 0.1W

c. Power Measurement

(1) Absolute

(2) Relative

d. Measurement Type

(1) Average

(2) Peak

3.4.19 RF SPECTRUM ANALYZER

b. Frequency Span: 1kHz/Div to full rf span

c. Display Range: 100dB

d. Resolution Bandwidth

(1) 100Hz to 1MHz

(2) 300Hz to 3MHz

e. Marker Functions

(1) Peak

(2) Delta

3.4.20 INTERNAL REFERENCE OSCILLATOR

a. Clock Speed: 10MHz

b. Aging: 0.1 ppm/year

3.5 INTERFACE

a. Industry Standard Communication Interface for:

(1) Controls and Peripherals

(2) Instrumentation

b. ZIF Connector

c. Ethernet

d. Two USB Type A

e. Antenna Port, shall conform to the requirements in MIL-STD-348B

f. T/R Port, shall conform to the requirements in MIL-STD-348B

3.6 CONTROLLER

a. The system controller shall be integrated and internal to TRITS system

b. The system shall be Windows 11 or an operating system that is configurable to be compliant with a DISA STIG.

3.7 POWER SUPPLY

a. 5 to 36 VDC Source

b. Max 15 Amps DC

c. Shall be programmable and controllable by the integrated system controller

3.8 GRAPHICAL USER INTERFACE

a. Shall provide a graphical user interface that allows access to stimulus and measurement functions

b. Shall provide the ability to view multiple instruments simultaneously

3.9 RUNTIME

a. Shall include a non-subscription based runtime environment for TPS development

b. Shall provide an Application Program Interface that allows for communication of all

TRITS internal instrumentation hardware

c. The runtime environment is user-friendly

3.10 MEAN-TIME BETWEEN FAILURE

a. TRITS shall have an MTBF of 1500 hours

3.11 MAINTENANCE

a. The TRITS shall provide the capability to record and report Test Program Set information, including fault data, to facilitate maintenance and repair. The report shall be capable of providing:

• Timestamp

• System Serial Number

• UUT Serial Number

• Test Step

• Test Step Result

• Fault Information

3.12 BUILT-IN TEST

a. The TRITS shall include a BIT that verifies, at a minimum, power and communication of all internal instrumentation hardware.

b. Necessary accessories for BIT shall be included and reside in the TRITS transit case.

3.13 NETWORK CONNECTIVITY

a. The TRITS shall have either an ethernet port or wireless capability to allow for the

TRITS to be configured to connect to the Marine Corps Enterprise Network.

3.14 MODULARITY

a. The TRITS shall utilize open system architecture and modularity, such as (PXI, PXIe, etc.), for at least 30% of the following test instrumentation:

• RF Signal Generator / Receiver

• Digital Oscilloscope

• Audio Frequency Generator

• Audio Frequency Counter

• Frequency Counter and Frequency Error Meter

• Frequency Modulation Deviation Meter

• Amplitude Modulation Meter

• Harmonic Distortion Meter

• SINAD Meter

• Phase Modulation Deviation Meter

• Vector Signal Analyzer

• BIT Error Rate Meter

• RF Power Meter

• RF Spectrum Analyzer

3.15 DUPLEX

a. The TRITS shall be capable of transmitting and receiving at the same time.

4. Verification

4.1 CLASSIFICATION OF INSPECTIONS. Inspection requirements are classified as follows:

Validation and Verification inspection (see 4.3).

Acceptance Test (see 4.4).

4.2 METHODS OF INSPECTION. Methods used to accomplish verification shall include:

4.2.1 Analysis. An element of verification that utilizes established technical or mathematical models or simulations, algorithms, charts, graphs, circuit diagrams, or other scientific principles and procedures to provide evidence that stated requirements were met.

4.2.2 Demonstration. An element of verification which denotes the actual operation, adjustment, or re-configuration of items to provide evidence that the designed functions were accomplished under specific scenarios. The items may be instrumented and quantitative limits of performance monitored.

4.2.3 Examination / Inspection. An element of verification and inspection consisting of investigation, without use of special laboratory appliances or procedures, of items to determine conformance to those specified requirements which can be determined by such investigations.

Examination is generally nondestructive and typically includes the use of sight, hearing, smell, touch, and taste; simple physical manipulation; mechanical and electrical gauging and measurement; and other forms of investigation.

4.2.4 Test. An element of verification and inspection which generally denotes the determination, by technical means, of the properties or elements of items, including functional operation, and involves the application of established scientific principles and procedures and conditions to verify compliance with requirements.

4.3 FIELD USER EVALUATION / BID SAMPLE TEST. The Field User Evaluation shall consist of an event where Marine operators and maintainers will assess the RFP Bid submissions and complete surveys which will be utilized for evaluation. Additionally, the event will include a

Bid Sample Test which will consist of evaluating the performance specifications in Table I by following the verification strategy. This will consist of Demonstration, Examination/Inspection, and Test cases.

4.4 SOURCE SELECTION. This verification shall consist of analysis of paper proposals to verify the performance specifications in Table I.

DISTRIBUTION: DoD COMMUNITY ONLY

TABLE I. Requirement/Verification Cross Reference Matrix

REQUIREMENT/VERIFICATION CROSS REFERENCE MATRIX

METHOD OF VERIFICATION CLASSES OF VERIFICATION

N/A - NOT APPLICABLE 1 - Field User Evaluation / Bid Sample Test

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy

3.1 Environmental Requirements

3.1.a Temperature, Not Operating X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.b Temperature, Operating X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.c Relative Humidity X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.d Altitude, Not Operating X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.e Vibration Limits X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.f Shock, Functional X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.1.g Bench Handling X X The vendors will be required to submit Environmental Test Data as part of the RFP which will be analyzed to ensure the requirement is met.

3.2 Weight & Size

3.2.a Weight X X The systems submitted as part of the RFP will be weighed during the

FUE/Bid Sample Test event prior to source selection.

3.2.b Test Set Transit Case X X The systems submitted as part of the RFP will be examined to ensure the test sets are packaged in their own respective single transit case.

Additionally, section 3.8 of MIL-PRF-28800G will be verified through inspection at the Bid Sample Test.

3.2.c Means for Handling X The TRITS will be inspected / examined to ensure that it can be carried in line with the MIL-STD-1472H Section 5.20.7.1.

3.3 Power

3.3.a Source X X The systems will be plugged into a 120 Vrms single-phase 60Hz source at the FUE / Bid Sample Test to ensure the system properly operates.

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy

3.4 Instrumentation

3.4.1 Digital Multimeter

3.4.1.a Volts DC X X X X The Digital Multimeter will be utilized during the FUE / Bid Sample

Test event prior to Source Selection. The ability to measure Volts DC will be demonstrated by using an external system to route power to the

TRITS. The Range will be verified during source selection by analyzing the product specification.

3.4.1.b Volts AC X X X X The Digital Multimeter will be utilized during the FUE / Bid Sample

Test event prior to Source Selection. The ability to measure Volts AC will be demonstrated by using an external system to route power to the

TRITS. The Range will be verified during source selection by analyzing the product specification.

3.4.1.c Ohms X X X X The Digital Multimeter will be utilized during the FUE / Bid Sample

Test event prior to Source Selection. The ability to measure Ohms will be demonstrated by using an external system to route power to the

TRITS. The Range will be verified during source selection by analyzing the product specification.

3.4.1.d Current X X X X The Digital Multimeter will be utilized during the FUE / Bid Sample

Test event prior to Source Selection. The ability to measure AC and DC

Current will be demonstrated by using an external system to route power to the TRITS. The Range will be verified during source selection by analyzing the product specification.

3.4.2 Oscilloscope

3.4.2.a Dual Channel X X The TRITS will be inspected to ensure there are a minimum of two channels for the Oscilloscope

3.4.2.b Bandwidth X X The product specification delivered as part of the proposal will be evaluated to ensure the Oscilloscope bandwidth is at least 100 MHz

3.4.2.c Trigger Capability

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy 3.4.2.c.1 Edge Trigger X X Demonstrate Edge Trigger capability at the FUE / Bid Sample Test by receiving an RF signal and analyzing it with an edge trigger.

3.4.2.c.2 Pulse Width Trigger X X Demonstrate Pulse Width capability at the FUE / Bid Sample Test by receiving an RF signal and analyzing it with a pulse width trigger.

3.4.3 RF Signal Generator

3.4.3.a Frequency Range X X Set-up TRITS to output 1.5MHz and 6GHz to an external spectrum analyzer and ensure that the TRITS can produce low/high end of the spectrum.

3.4.3.b Frequency Resolution X X Ensure that TRITS RF Sig Gen can accept a frequency of tolerance 1Hz and output the frequency to an external spectrum analyzer to ensure it can produce that frequency.

3.4.4 RF Signal Modulation

3.4.4.1 FM Modulation

3.4.4.1.a Carrier Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the carrier range. Utilize an external spectrum analyzer to receive an outputted FM modulated signal from the TRITS. Verify that the carrier range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.1.b Deviation Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation range. Utilize an external spectrum analyzer to receive an outputted FM modulated signal from the TRITS. Verify that the deviation range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.1.c Deviation Rates X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation rates. Utilize an external spectrum analyzer to receive an outputted FM modulated signal from the TRITS. Verify that the deviation rates lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy 3.4.4.1.d Resolution X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the resolution. Utilize an external spectrum analyzer to receive an outputted FM modulated signal from the TRITS. Verify that the signal has a 1Hz resolution.

3.4.4.2 AM Modulation

3.4.4.2.a Carrier Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the carrier range. Utilize an external spectrum analyzer to receive an outputted AM modulated signal from the TRITS. Verify that the carrier range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.2.b Deviation Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation range. Utilize an external spectrum analyzer to receive an outputted AM modulated signal from the TRITS. Verify that the deviation range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.2.c Deviation Rates X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation rates. Utilize an external spectrum analyzer to receive an outputted AM modulated signal from the TRITS. Verify that the deviation rates lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.2.d Resolution X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the resolution. Utilize an external spectrum analyzer to receive an outputted AM modulated signal from the TRITS. Verify that the signal has a resolution of 1Hz.

3.4.4.3 Phase Modulation

3.4.4.3.a Carrier Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the carrier range. Utilize an external spectrum analyzer to receive an outputted Phase Modulated signal from the TRITS. Verify that the

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy carrier range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.3.b Deviation Range X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation range. Utilize an external spectrum analyzer to receive an outputted phase modulated signal from the TRITS. Verify that the deviation range lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.3.c Deviation Rates X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the deviation rates. Utilize an external spectrum analyzer to receive an outputted phase modulated signal from the TRITS. Verify that the deviation rates lower/upper limits on the external spectrum analyzer match that of the settings on the TRITS.

3.4.4.3.d Resolution X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to the resolution. Utilize an external spectrum analyzer to receive an outputted phase modulated signal from the TRITS. Verify that the signal has a 0.1 rads resolution.

3.4.5 USB & LSB

3.4.5.a USB X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to produce a USB waveform. Utilize an external spectrum analyzer to read an outputted USB signal from the TRITS. Verify that the USB signal matches that of the settings on the TRITS.

3.4.5.b LSB X X X Inspect the TRITS to ensure that the instrumentation GUI can be set to produce a LSB waveform. Utilize an external spectrum analyzer to read an outputted USB signal from the TRITS. Verify that the LSB signal matches that of the settings on the TRITS.

3.4.6 Digital Modulation

3.4.6.a Create Modulation Source X X Demonstrate the ability to create a waveform to be used as a modulation source. Utilize an external spectrum analyzer to receive the outputted

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy waveform from the TRITS.

3.4.6.b Record Waveform X X Demonstrate the ability to record a waveform. Utilize an external system to generate an RF waveform that is sent to the TRITS receiver and recorded.

3.4.6.c Add IQ Files X X Inspect the TRITS to ensure the ability to add IQ files to the system is available. This could be an option in the GUI or the ability to add external files to a file directory in which IQ files are loaded.

3.4.7 RF Signal Receiver

3.4.7.a Frequency Range X X Demonstrate the ability to receive the low/high end of the frequency range. Utilize an external system to generate waveforms to send to the

TRITS RF receiver. Utilize the TRITS spectrum analyzer to visualize the waveform to verify the frequency range.

3.4.7.b Resolution X X Demonstrate the ability to receive a signal that has a resolution of 1 Hz.

Utilize an external system to generate waveforms with 1Hz resolution to send to the TRITS RF receiver. Utilize the TRITS spectrum analyzer with 1Hz resolution to visualize the waveform to verify the signal peak.

3.4.7.c Instantaneous IF Bandwidth X X Verify through analysis of proposals. Verify that instrumentation data sheets meet the requirement.

3.4.8 Audio Frequency Generator

3.4.8.a Dual Source X X Inspect the TRITS to ensure there are dual audio frequency sources / ports.

3.4.8.b Frequency Range X X X Inspect the TRITS to ensure that the AFG GUI can be set to the lower/upper frequency range. Utilize an external spectrum analyzer to receive an outputted signal form the TRITS AFG. Verify that the signal peak matches that of the outputted frequency.

3.4.8.c Frequency Resolution X X X Inspect the TRITS to ensure that the AFG GUI can be set to 1 Hz resolution. Utilize an external spectrum analyzer to receive an outputted signal from the TRITS AFG that is set to 1Hz resolution. Verify that the

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy signal peak matches that of the outputted frequency.

3.4.8.d Waveforms

3.4.8.d.1 Sine Wave X X X Inspect the TRITS to ensure that the AFG GUI offers the ability to select a sine wave to be produced. Demonstrate that a sine wave can be produced by transmitting a sine wave to an external spectrum analyzer.

Utilize the spectrum analyzer to visualize the waveform to ensure it is a sine wave.

3.4.8.d.2 Square Wave X X X Inspect the TRITS to ensure that the AFG GUI offers the ability to select a square wave to be produced. Demonstrate that a square wave can be produced by transmitting a square wave to an external spectrum analyzer. Utilize the spectrum analyzer to visualize the waveform to ensure it is a square wave.

3.4.8.f BNC Audio Input/Output

Ports

X X Inspect the TRITS to ensure it has two audio input/output ports.

3.4.9 Frequency Counter and

Frequency Error Meter

3.4.9.a Frequency Range X X Demonstrate that the TRITS can receive a signal, from an external system, at the lower/upper end of the frequency range. Verify that the

TRITS displays the same frequency as the external RF Generator.

3.4.9.b Resolution X X Demonstrate that the TRITS can receive a signal, from an external system, and display it at a 1 Hz resolution.

3.4.10 Audio Frequency Counter

3.4.10.a Frequency Range X X Demonstrate that the TRITS Audio Frequency Counter can receive a signal, from an external system, at the lower/upper end of the frequency range. Verify that the TRITS displays the same frequency as the external

RF Generator.

3.4.10.b Resolution X X Demonstrate that the TRITS Audio Frequency Counter can receive a signal, from an external system, and display it at a 1 Hz resolution.

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy

3.4.11 Frequency Modulation

Deviation Meter

3.4.11.a Range X X Analyze the product specification to verify the FM Deviation Meter range.

3.4.11.b Resolution X X Demonstrate that the TRITS FM Deviation Meter can receive a FM signal, from an external system, and display the frequency modulation deviation at a 1 Hz frequency.

3.4.11.c Modulation Rate Range X X Demonstrate that the TRITS FM Deviation Meter can receive a signal, from an external system, at the lower/upper end of the frequency range and display its deviation.

3.4.11.d Measurement Type X X Inspect the TRITS FM Deviation Meter and ensure it has a Peak+ and

Peak- measurement type capability.

3.4.12 Amplitude Modulation Meter

3.4.12.a Range X X Analyze the product specification to verify the AM Modulation Meter range.

3.4.12.b Resolution X X Demonstrate that the TRITS AM Modulation Meter can receive an AM signal, from an external system, and display the amplitude modulation at a 1% resolution.

3.4.12.c Modulation Rate Range X X Demonstrate that the TRITS AM Modulation Meter can receive a signal, from an external system, at the lower/upper end of the frequency range and display it’s modulation percent.

3.4.12.d Measurement Type X X Inspect the TRITS AM Modulation Meter and ensure it has a Peak+ and

Peak- measurement type capability.

3.4.13 Harmonic Distortion Meter

3.4.13.a Range X X Analyze the product specification to verify the Harmonic Distortion

Meter range.

3.4.13.b Resolution X X Demonstrate that the TRITS Harmonic Distortion Meter can receive a signal, generated by an external system, and display the harmonic

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy distortion with a resolution of 0.1%.

3.4.13.c Frequency Range X X Demonstrate that the TRITS Harmonic Distortion meter can receive a signal, generated by an external system, at the lower/upper end of the frequency range and display its harmonic distortion.

3.4.14 SINAD Meter

3.4.14.a Range X X Analyze the product specification to verify the SINAD Meter range.

3.4.14.b Resolution X X Demonstrate that the TRITS SINAD Meter can receive a signal, generated by an external system, and display the SINAD at a 1dB

Resolution.

3.4.14.c Frequency Range X X Demonstrate that the TRITS SINAD Meter can receive a signal, generated by an external system, at the lower/upper end of the frequency range and display its SINAD.

3.4.15 Phase Modulation Deviation

Meter

3.4.15.a Range X X Analyze the product specification to verify the Phase Modulation

Deviation Meter range.

3.4.15.b Resolution X X Demonstrate that the TRITS Phase Modulation Deviation Meter can receive a signal, generated by an external system, and display the Phase

Modulation Deviation with a resolution of 0.1 rad.

3.4.15.c Frequency Range X X Demonstrate that the TRITS Phase Modulation Deviation Meter can receive a signal, generated by an external system, at the lower/upper end of the frequency range and display its phase modulation deviation.

3.4.15.d Measurement Type X X Inspect the TRITS Phase Modulation Deviation Meter and ensure it has a Peak+ and Peak- measurement type capability.

3.4.16 Vector Signal Analyzer

3.4.16.a Range X X Demonstrate that the TRITS Vector Signal Analyzer can receive a signal, generated by an external system, at the lower/upper end of the frequency range. Ensure the peak of the visualized signal matches that of

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy the signal generated by the external system.

3.4.16.b Modulation Bandwidth X X Demonstrate that the TRITS Vector Signal Analyzer can receive a signal, generated by an external system, that has 10MB bandwidth of data on the signal. Ensure that the signal is visualized and that the 10MB shelf is verified.

3.4.16.c Constellation Diagram

3.4.16.c.1 8QAM X X Inspect the TRITS VSA to ensure that 8QAM constellation diagram is supported and selectable.

3.4.16.c.2 16QAM X X Inspect the TRITS VSA to ensure that 16QAM constellation diagram is supported and selectable.

3.4.16.c.3 32QAM X X Inspect the TRITS VSA to ensure that 32QAM constellation diagram is supported and selectable.

3.4.16.c.4 64QAM X X Inspect the TRITS VSA to ensure that 64QAM constellation diagram is supported and selectable.

3.4.16.c.5 128QAM X X Inspect the TRITS VSA to ensure that 128QAM constellation diagram is supported and selectable.

3.4.16.c.6 256QAM X X Inspect the TRITS VSA to ensure that 256QAM constellation diagram is supported and selectable.

3.4.17 Bit Error Rate Meter

3.4.17.a Style X X X X Analyze the product specifications submitted as part of the proposal to ensure non-return to zero data is supported. Demonstrate the functionality of the Bit Error Rate Meter by utilizing an external system to generate a waveform and transmit to the TRITS BER Meter. Induce errors by starting and stopping the waveform to see if the percent error changes.

3.4.17.b Range X X X X Analyze the product specifications submitted as part of the proposal to ensure the range specification. Demonstrate the functionality of the Bit

Error Rate Meter by utilizing an external system to generate a waveform

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy and transmit to the TRITS BER Meter. Induce errors by starting and stopping the waveform to see if the percent error changes.

3.4.18 RF Power Meter

3.4.18.a Frequency Range X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, at the lower/upper end of the frequency range, and display its power.

3.4.18.b Resolution

3.4.18.b.1 dB X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its power in dB.

3.4.18.b.2 W X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its power in Watts.

3.4.18.c Power Measurement

3.4.18.c.1 Absolute X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its absolute power measurement.

3.4.18.c.2 Relative X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its relative power measurement.

3.4.18.d Measurement Type

3.4.18.d.1 Average X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its average power.

3.4.18.d.2 Peak X X Demonstrate that the TRITS RF Power Meter can receive a signal, generated by an external system, and display its peak power.

3.4.19 RF Spectrum Analyzer

3.4.19.a Frequency Range X X Demonstrate that the TRITS Spectrum Analyzer can receive a signal, generated by an external system, at the lower/upper end of the frequency range, and display its waveform. Ensure the peak of the waveform matches that of the frequency set on the external RF generator.

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy 3.4.19.b Frequency Span X X Demonstrate that the TRITS Spectrum Analyzer frequency span can be set as low as 1kHz/Div to the entire waveform spectrum.

3.4.19.c Display Range X X Demonstrate that the TRITS Spectrum Analyzer display range can be set to at least 100dB.

3.4.19.d Resolution Bandwidth

3.4.19.d.1 “…..” X X Demonstrate that the TRITS Spectrum Analyzer resolution bandwidth can be set to 100Hz to 1MHz.

3.4.19.d.2 “…..” X X Demonstrate that the TRITS Spectrum Analyzer resolution bandwidth can be set to 300Hz to 3MHz.

3.4.19.e Marker Functions

3.4.19.e.1 Peak X X Demonstrate that the TRITS Spectrum Analyzer marker can be set to

Peak and display the peak of a waveform.

3.4.19.e.2 Delta X X Demonstrate that the TRITS Spectrum Analyzer marker can be set to

Delta and display the frequency/amplitude difference between a reference mark and delta mark.

3.4.20 Internal Reference Oscillator

3.4.20.a Clock Speed X X Analyze the product specification to ensure that clock speed meets the

10Mhz requirement.

3.4.20.b Aging X X Analyze the product specification to ensure the accuracy is 0.1 ppm/year.

3.5 Interface

3.5.a Industry Standard

3.5.a.1 Controls and Peripherals X X X X Inspect the TRITS to identify all controls and peripherals. Analyze the product specifications to ensure that controls and peripherals are in line with industry standards.

3.5.a.2 Instrumentation X X Analyze the product specification to ensure that internal instrumentation interfaces adhere to industry standards.

3.5.b ZIF Connector X X Inspect the TRITS to ensure it has a ZIF Connector

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy 3.5.c Ethernet X X Inspect the TRITS to ensure it has an ethernet port

3.5.d USB X X Inspect the TRITS to ensure it has two USB ports

3.5.e Antenna Port X X X X Inspect the TRITS to ensure it has one Antenna port. Verify the port complies with MIL-STD-348B by analyzing the product specification.

3.5.f T/R Port X X X X Inspect the TRITS to ensure it has one T/R Port. Verify the port complies with MIL-STD-348B by analyzing the product specification.

3.6 Controller

3.6.a Integration X X Inspect the TRITS to ensure the system controller is integrated into the

TRITS, and not standalone.

3.6.b Operating System X X Inspect the TRITS Operating System to ensure it is either Windows 11 or a DISA compliant OS.

3.7 Power Supply

3.7.a Source X X X X Inspect the power supply to ensure it is a 5 to 36 VDC Source. Analyze the product specification to ensure it is a 5 to 36VDC Source.

3.7.b Amps X X X X Inspect the power supply to ensure it is max 15 Amps. Analyze the product specification to ensure it is Max 15 Amps.

3.7.c Programmable X X X X Demonstrate that the power supply is controllable / programmable via the TRITS GUI. Analyze the product specification to ensure the power supply is programmable and controllable.

3.8 Graphical User Interface

3.8.a Stimulus and Measurement X X Demonstrate that multiple stimulus and measurement functions can be accessed at the same time within the GUI.

3.8.b Multiple Instruments X X Demonstrate that multiple TRITS instruments can be accessed at the same time within the GUI.

3.9 Runtime

3.9.a Runtime Environment X X Analyze the proposal to ensure there is no subscription-fee associated to the vendor runtime software.

3.9.b API X X Analyze the proposal to ensure that the vendor has submitted sufficient

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy data for their API to communicate with the TRITS internal instrumentation.

3.9.c X X The FUE will consist of 9 Marine SMEs utilizing the TRITS with the submitted TPS. The users will evaluate the systems and provide feedback via surveys. The surveys will be analyzed to ensure that the user base finds the runtime easy to use and sufficient for an automated testing capability.

3.10 MTBF

3.10.a “….” X X Analyze the proposal to ensure the vendor has submitted sufficient data to satisfy the MTBF requirement of 1500 hours.

3.11 Maintenance

3.11.a Log and Fault Data X X Analyze the proposal to ensure the vendor includes the ability to create log files which includes timestamp, system serial number, UUT serial number, test step, test step result, and fault information data.

3.12 Built-In Test

3.12.a BIT X X Conduct the Built-In Test utilizing the provided built in test hardware.

Ensure all TRITS instrumentation is included in the BIT.

3.12.b BIT Accessories X X Inspect the TRITS BIT accessories and ensure that they all fit inside of the single TRITS transit case.

3.13 Network Connectivity

3.13.a Ethernet/Wireless X X Inspect the TRITS to ensure there is either an ethernet port or wireless capability that can been enabled to connect to a network.

3.14 Modularity

3.14.a Industry Standards X X Analyze the TRITS product specification and proposal to ensure that at least 30% of all test instrumentation is open systems architecture utilizing industry standards.

3.15 Duplex

3.15.a Transmit and Receive X X Demonstrate the duplex capability by utilizing an external RF Generator

A - ANALYSIS 2 - Source Selection

D - DEMONSTRATION C - Completed

E - EXAMINATION

T - TEST

Sect. 3 Reqm’t Title Method of

Verification

Verification Class

N/A A D E T 1 C 2 C Verification Strategy and Spectrum Analyzer. Utilize the TRITS RF Generator to produce a waveform to be transmitted to an external spectrum analyzer. Utilize an external RF generator to transmit a waveform to the TRITS receiver to be visualized in the TRITS Spectrum Analyzer. Ensure that both of these can be done at the same time.

5 Packaging.

For acquisition purposes, the packaging requirements shall be as specified in the Statement of

Work. When actual packaging of material is to be performed by DoD personnel, these personnel need to contact the responsible packaging activity to ascertain requisite packaging requirements.

Packaging requirements are maintained by the Inventory Control Point’s packaging activity within the Military Department of Defense Agency, or within the Military Department’s System

Command. Packaging data retrieval is available from the managing Military Department or

Defense Agency’s automated packaging files, CD-ROM products, or by contacting the responsible packaging activity.