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Viavi 113956, Operation Manual

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Specifications, Chapter 3 - Specifications

, 

1-3-1

RGS-2000NG TCAS Test Set Operation Manual

139187 / Rev. 500

Page 2

Subject to Export Control. See Cover Page for details.

September 2021

1.

Transmitter  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.1

Frequency . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.2

Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.3

Spectral Purity (typical) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.4

Diversity (XPDR). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.5

Pulse Modulation  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

1.6

Pulse Characteristics

7

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

2.

Intruder Simulation TCAS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

2.1

Bearing Simulation

3

,

4

 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

3.

Interrogation specifications (XPDR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.1

Interrogation table/burst mode  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.2

Block Transmissions Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.3

PRF (interrogations, XPDR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

3.4

Interlace Interrogation:  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

3.5

Interlace Ratio: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

4.

Antenna. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

4.1

VSWR:  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

5.

Receiver

5

 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

5.1

Decoding: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

5.2

Range:  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

6.

Measurement

5

 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.1

Power (1030 AND 1090 MHz). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.2

Frequency . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.3

Phase (TCAS). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.4

Pulse Spacing

6

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.5

Pulse Width

6

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.6

Pulse Rise/Fall Time

6

 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.7

Reply Delay (XPDR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.8

Reply Delay Jitter (XPDR)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

6.9

percent reply (xpdr). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

6.10

mode S squitter (xpdr)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

7.

Scope trigger output (Scope 1 and Scope 2) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

7.1

Width. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

7.2

Position . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

8.

Suppressor Pulse (xpdr) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

8.1

Width. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

8.2

Position . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

8.3

Level . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

9.

Spectrum Analyzer Ports (Mod Strike 4 Required) . . . . . . . . . . . . . . . . . . . . . . . . . . 14

10.

Physical. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

11.

AC Input Power. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

12.

Environmental . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

13.

Compliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Summary of Contents for 113956

Page 1: ...technical data the export of which is or may be restricted by the Export Administration Act and the Export Administration Regulations EAR 15 C F R parts 730 774 Diversion contrary to U S law is prohi...

Page 2: ...VIAVI Solutions 1 844 GO VIAVI www viavisolutions com RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500...

Page 3: ...y hazards that may exist when operating or servicing this equipment CAUTION THIS TERM IDENTIFIES CONDITIONS OR ACTIVITIES THAT IF IGNORED CAN RESULT IN EQUIPMENT OR PROPERTY DAMAGE E G FIRE WARNING TH...

Page 4: ...A SIGNAL DIRECTLY OR INDIRECTLY AND SHOULD TAKE NECESSARY PRECAUTIONS TO AVOID POTENTIAL COMMUNICATION INTERFERENCE PROBLEMS ATTENTION LES G N RATEURS DE SIGNAUX PEUVENT CONSTITUER UNE SOURCE D INTER...

Page 5: ...all servicing of unit to qualified technical personnel Intended Audience This manual is intended for personnel who are familiar with avionics test systems and associated equipment and terminology Org...

Page 6: ...Unit refers to the RGS 2000NG TCAS Test Set Product Warranty Refer to https www viavisolutions com en us literature viavi manufacturer warranty avionics communications and synthetic test monitoring an...

Page 7: ...3 Screen Layout and Navigation 1 2 3 1 3 1 Screen Layout 1 2 3 3 3 2 Data Entry Modes 1 2 3 6 3 3 Main Home Screen 1 2 3 8 3 4 TCAS Test Mode 1 2 3 9 3 5 Transponder Test Mode 1 2 3 116 3 6 UAT Test M...

Page 8: ...4 Interlace Interrogation 1 3 1 11 3 5 Interlace Ratio 1 3 1 11 4 Antenna 1 3 1 11 4 1 VSWR 1 3 1 11 5 Receiver5 1 3 1 11 5 1 Decoding 1 3 1 11 5 2 Range 1 3 1 11 6 Measurement5 1 3 1 12 6 1 Power 10...

Page 9: ...1 A 1 1 A 2 I O Connectors REAR PANEL 1 A 1 3 A 3 External Pulse Modulation I O Connectors 1 A 1 5 A 4 External Pulse Modulation BNC Connector I O Characteristics1 A 1 7 A 5 ATE LINE Connector Pin Out...

Page 10: ...RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page iv Subject to Export Control See Cover Page for details September 2021 This page intentionally left blank...

Page 11: ...en 1 2 3 9 Figure 1 2 3 9 TCAS Screen 1 2 3 10 Figure 1 2 3 10 TCAS Settings Screen Softkey Menu 1 2 3 11 Figure 1 2 3 11 TCAS Signal Generator Softkey Menus 1 2 3 12 Figure 1 2 3 12 TCAS Measurement...

Page 12: ...rame Details Screen 1 2 3 53 Figure 1 2 3 47 TCAS Static TIS B Only Screen Menu 1 2 3 54 Figure 1 2 3 48 Static TIS B Mode S Squitters Users Screen 1 2 3 56 Figure 1 2 3 49 Static TIS B Mode S Squitte...

Page 13: ...4 TCAS Dynamic Mode S Extended Broadcasts Screen 1 2 3 101 Figure 1 2 3 85 TCAS Dynamic Mode S Extended DF16 Replies Screen 1 2 3 102 Figure 1 2 3 86 TCAS Dynamic Mode S Extended UFO s Screen 1 2 3 10...

Page 14: ...143 Figure 1 2 3 123 Transponder Double Interrogation Receiver Summary Screen 1 2 3 144 Figure 1 2 3 124 Transponder Interrogation Table Screen 1 2 3 145 Figure 1 2 3 125 Transponder Interrogation Ta...

Page 15: ...ed Softkey Menu 1 2 3 182 Figure 1 2 3 159 UAT Receiver Filtered Predefined Masks Screen 1 2 3 183 Figure 1 2 3 160 UAT Receiver Customize Mode S Mask Screen 1 2 3 184 Figure 1 2 3 161 UAT Highlight M...

Page 16: ...83 Support Screen 1 2 3 216 Figure 1 4 1 1 Repacking Procedure 1 4 1 2 Figure A 1 1 ATE Line Connector Pin Out Diagram A 1 7 Figure A 1 2 Auxiliary Control Connector Pin Out Diagram A 1 15 Figure A 1...

Page 17: ...1 2 Rear Panel I O Connectors A 1 3 Table A 1 3 External Pulse Modulation BCN Connectors Pin Out Table A 1 7 Table A 1 4 ATE Line Connector Pin Out Table A 1 7 Table A 1 5 Auxiliary Control Connector...

Page 18: ...1 1 1 RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page ii Subject to Export Control See Cover Page for details September 2021 This page intentionally left blank...

Page 19: ...om packing mold 4 Remove the protective plastic bag from the RGS 2000NG and inspect the contents 5 Place the protective plastic bag and packing material inside the shipping container 6 Store the shipp...

Page 20: ...RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page ii Subject to Export Control See Cover Page for details September 2021 Figure 1 Packaging Diagram...

Page 21: ...QTY RGS 2000NG TCAS Test Set 113956 1 Manual Getting Started Paper 139190 1 Manual Operation CD 139187 1 Power Cable AC 110 Use US Only 62302 1 Power Cables AC 220 Use Europe 64020 1 Touchpad 114114...

Page 22: ...RGSNGOPT03 138431 ACSS Compatibility Option RGSNGOPT04 138453 Selex Compatibility Option RGSNGOPT05 139363 Garmin Compatibility Option RGSNGOPT06 139362 Transponder Test Option RGSNGOPT10 114342 SDX 2...

Page 23: ...s 10 4 inch touch screen LCD display for operator control of all test set capabilities or can be remotely controlled via GPIB or Ethernet Legacy command sets supported RGS 2000 Support for current sta...

Page 24: ...TCAS Test Set Operation Manual 139187 Rev 500 Page 2 September 2021 Equipment tested TCAS Computers ADS B IN Receivers ADS B IN Ground Station Receivers ADS R TIS B Ground Station Transmitters Transp...

Page 25: ...TO TWO PRONG ADAPTER PLUG DOING SO CREATES A SHOCK HAZARD BETWEEN THE CHASSIS AND ELECTRICAL GROUND AVERTISSEMENT N UTILISEZ PAS D ADAPTATEUR DE TROIS BROCHES DEUX BROCHES UN TEL ADAPTATEUR CR E UN D...

Page 26: ...oft bristled brush Cover connectors not in use with suitable dust cover to prevent tarnishing of connector contacts Clean cables with soft lint free cloth Paint exposed metal surface to avoid corrosio...

Page 27: ...Page for details Page 3 Figure 1 2 1 1 RGS 2000NG Main Home Screen 1 5 2 POWER OFF PROCEDURE STEP PROCEDURE 1 Press and release the Front Panel Power Button 2 Wait while the Test Set completes the pow...

Page 28: ...M TIGHT VNC VIEWER VERSION 2 5 1 IMAGES MAY VARY FROM OTHER VERSIONS OF THE APPLICATION 1 6 1 PRELIMINARY PROCEDURE 1 6 1 1 Install Tight VNC Viewer Download and install Tight VNC Viewer on the host c...

Page 29: ...Set s IP Address in the Remote Host field Select the Connect Button to initialize the connection Figure 1 2 1 3 VNC Viewer Connection Window 5 When prompted enter the RGS 2000NG password in the field...

Page 30: ...ected to the same LAN Verify the correct LAN IP Address has been entered into the TightVNC Connection Window For example the IP Address for the active LAN Connection and not an internal Test Set IP 1...

Page 31: ...e press the Windows Explorer Button Wait for the Windows desktop to be displayed 3 Open the Start Menu Navigate to All Programs TightVNC TightVNC Server Service Mode and select the TightVNC Service Co...

Page 32: ...pter 2 Operation Installation 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual 1 2 1 September 2021 Subject to Export Control See Cover Page for details Page 8 This page intentionally left bla...

Page 33: ...lay Used to interact with the Test Set menus 2 Power Button Used for turning the Test Set ON and OFF Indicator is lit when the Test Set is ON 3 USB Connectors Type A Connectors used for interface to e...

Page 34: ...to Export Control See Cover Page for details September 2021 8 Antenna Connectors B1 B2 B3 B4 T1 T2 T3 T4 Used for testing of the UUT NOTE TRANSPONDER TESTING IS CONDUCTED ON ANTENNA PORTS T2 AND B2 W...

Page 35: ...uture Use 3 SA AMP Connector Used for RF sample output that is coupled and amplified from both the Top and Bottom Receivers Typically used with a diode detector 4 SA THRU Connector Used for RF sample...

Page 36: ...ails September 2021 9 GPIB Bus Connector 24 pin female connector conforming to IEEE standard 488 1978 for interface of general purpose programmable instrumentation 10 Power Connector Standard 3 prong...

Page 37: ...n Aircraft Screen 18 3 4 7 Own Aircraft Broadcasting Screen 19 3 4 8 TCAS Receiver Screen 20 3 4 9 TCAS Capture Softkey Menu 21 3 4 10 TCAS Receiver Display Softkey Menu 22 3 4 11 TCAS Receiver Data L...

Page 38: ...ure Softkey Menu 174 3 6 6 UAT Receiver Display Softkey Menu 175 3 6 7 UAT Receiver Data Logging Softkey Menu 176 3 6 8 UAT Filtered Masked Softkey Menu 177 3 6 9 UAT Customize Mode S Mask Screen 179...

Page 39: ...00NG Screen is divided into three sections the Main Display Area a Softkey Menu and a Status Task Bar at the bottom The appearance and layout of the Screen depends on the function the selected mode of...

Page 40: ...screens and settings Menu Softkey Updates the Softkey Menu to display a softkey sub menu that contains additional parameters for the selected softkey Examples TCAS Softkey TCAS Settings Softkey and T...

Page 41: ...nt or Rear Panel External equipment is not connected to the LAN Connector Front or Rear Panel External equipment is connected to the USB Connector External equipment is not connected to the USB Connec...

Page 42: ...ing field on the Screens These arrows can be used for defining the settings using an external mouse or keyboard can be used to enter specific values in a selected field NOTE SELECTING DEVICE MODE DOES...

Page 43: ...een Mode is selected pressing a setting field displays virtual on screen controls which are used to define parameters Figure 1 2 3 5 shows the Touch Screen Numeric Keypad Figure 1 2 3 6 and Figure 1 2...

Page 44: ...est and System Functions NOTE PRESS ALT R TO REFRESH THE FIRMWARE VERSIONS Figure 1 2 3 8 RGS 2000NG Home Screen Screen Components Description OEM Select Menu Selects the OEM phase tables to be used d...

Page 45: ...ription Settings Softkey Accesses the TCAS Settings Screen Refer to 3 4 1 TCAS Settings Screen Measurements Softkey Accesses the TCAS Measurements Screen Refer to 3 4 3 TCAS Measurements Screen Own Ai...

Page 46: ...HE ANTENNA SIMULATION MODULE THE ANTENNA RESISTORS AND LOADS THE CALIBRATION TABLES FOR BEARING FOR THE SELECTED OEM SCREEN SEQUENCE TCAS Screen Settings Softkey Figure 1 2 3 10 TCAS Settings Screen S...

Page 47: ...ith the settings on the Main Display Area of the TCAS Settings Screen Refer to Section 3 4 1 TCAS Settings Screen for descriptions of these settings SCREEN SEQUENCE TCAS Settings Screen Signal Generat...

Page 48: ...TCAS Screen Measurements Softkey Setting Scope Mode Figure 1 2 3 12 TCAS Measurement Screen Scope Mode Screen Components Description Mode Toggle Switch The Mode Toggle Switch switches the Measurement...

Page 49: ...the Channel Softkey menus or the fields on the Main Display Area SCREEN SEQUENCE TCAS Screen Measurements Softkey Setting Scope Mode Channel 1 or Channel 2 Softkey Figure 1 2 3 13 TCAS Scope Mode Cha...

Page 50: ...the Main Display Area SCREEN SEQUENCE TCAS Screen Measurements Softkey Setting Scope Mode Trigger Softkey Figure 1 2 3 14 TCAS Scope Mode Trigger Softkeys Screen Components Description Source Menu Se...

Page 51: ...n Mode Toggle Switch The Mode Toggle Switch allows the user to switch the Measurement Screen mode Measurement Mode allows the user to perform a measurement Scope Mode allows the user to view a receive...

Page 52: ...nel settings can be configured using the Channel Softkey menu or the fields on the Main Display Area SCREEN SEQUENCE TCAS Screen Measurements Softkey Setting Measurements Mode Channel 1 or 2 Softkey F...

Page 53: ...settings can be configured using the Trigger Softkey menu or the fields on the Main Display Area SCREEN SEQUENCE TCAS Screen Measurements Softkey Setting Measurements Mode Trigger Softkey Figure 1 2...

Page 54: ...THE TCAS SCENARIO SCREEN REFER TO SECTION 3 4 20 TCAS Scenario Screen NOTE WHEN AN EXTERNAL SOURCE ETHERNET OR 429 IS SELECTED FOR THE OWN AIRCRAFT SOURCE THE OWN AIRCRAFT INFORMATION IS UPDATED EVERY...

Page 55: ...the user to set up the UDP information for broadcasting Own Aircraft information via UDP SCREEN SEQUENCE TCAS Own Aircraft Screen Broadcasting Softkey Figure 1 2 3 19 TCAS Own Aircraft Broadcasting Sc...

Page 56: ...ion LEDs Displays the status of reception from the TCAS system UUT Rx Group or the Test Set Tx Group LED UF UF Interrogation DF DF Reply A C Intr ATCRBS Interrogation A C Replay ATCRBS Reply Capture S...

Page 57: ...TCAS CAPTURE SOFTKEY MENU Figure 1 2 3 21 shows the TCAS Receiver Screen with the Capture Softkey Menu sequence The TCAS Receiver Capture Softkey Menu contains toggle switches which allows the enable...

Page 58: ...is available when UTC Time Stamp is ON Selects the PC Time Mode Toggle Switch Update When selected displays data received by updating a message style with the latest reception Continuous When selecte...

Page 59: ...UENCE TCAS Receiver Screen Data Logging Softkey Figure 1 2 3 23 TCAS Receiver Data Logging Softkey Menu Screen Components Description Data Logging Recording Paused Allows the user to record or pause d...

Page 60: ...ntrols that allow the user to select the messages to filter and display in the Receiver Screen SCREEN SEQUENCE TCAS Receiver Screen Filtered Masked Softkey Figure 1 2 3 24 TCAS Receiver Filtered Maske...

Page 61: ...Receiver Screen Filtered Masked Softkey Predefined Masks Softkey Figure 1 2 3 25 TCAS Receiver Predefined Masks Screen Screen Components Description Groups List Allows the user to select groups of UF...

Page 62: ...Customize Mode S Mask Softkey Figure 1 2 3 26 TCAS Receiver Customize Mode S Mask Screen Screen Components Description Number Tick Box Enables disables the selected pattern bit Bit Button Allows the p...

Page 63: ...eceiver Screen Highlight Masked Softkey Figure 1 2 3 27 TCAS Receiver Highlight Masked Screen Screen Components Description Groups List Allows the user to select groups of UF and DF messages Mask List...

Page 64: ...the ATE Lines connector A data grid of all received ATE Lines is displayed on the TCAS ATE Line Screen SCREEN SEQUENCE TCAS Screen ATE Lines Softkey Figure 1 2 3 28 TCAS ATE Line Screen Screen Compone...

Page 65: ...1 2 3 29 TCAS ATE Line Display Softkey menu Screen Components Description Display Toggle Switch Allows the user to turn ON OFF displaying new receptions Mode Toggle Switch Update Allows the user to di...

Page 66: ...enu By default data logging is enabled when the system detects valid data SCREEN SEQUENCE TCAS ATE Lines Screen Data Logging Softkey Figure 1 2 3 30 TCAS ATE Line Data Logging Softkey Menu Screen Comp...

Page 67: ...EN The TCAS Transmitter Screen allows the user to implement a block of transmissions or RTCA DO 260 tests SCREEN SEQUENCE TCAS Screen Block Transmission Softkey Figure 1 2 3 31 TCAS Transmitter Screen...

Page 68: ...3 32 TCAS Block Transmission Screen Menus Screen Components Description Load Softkey Loads a Block Transmission sequence from an internal data location or external drive Save Softkey Saves a Block Tra...

Page 69: ...en Interrupt Mode is selected Selects how many groups of block sequences are not transmitted before the next miss group No Limit Transmission Available when Continuous Mode is selected When No Limit T...

Page 70: ...k Transmission Add Message Screen Menus Screen Components Description Message Type Menu Selects the Message Type Message Name Menu Selects the Message Name the subcategory of message within the Messag...

Page 71: ...ls Screen displays the detailed breakdown of a selected message The detailed breakdown of the message can also be displayed by turning OFF the Display Softkey and double clicking on the desired messag...

Page 72: ...etails Softkey Menu allows the user to define message parameters This softkey menu is displayed by selecting a row from the table on the Block Transmission Screen and pressing the Message Details Soft...

Page 73: ...en allows the user to define a specific scenario 32 dynamic and 568 static intruders for testing a TCAS System The user can define Mode S Only Mode S Extended ADS B TIS B DF18 and ATCRBS Mode A C intr...

Page 74: ...ines must be attached to the Test Set Slant Range Tick Box Enables disables the Slant Range If enabled the Test Set calculates the range using the intruder range intruder altitude and Own Aircraft alt...

Page 75: ...rrent scenario configuration to a file Reset Softkey Allows the user to clear all intruders ground stations and video blocks data Intruders Softkey Allows the user to display an Intruder Definition Sc...

Page 76: ...e TCAS Scenario Intruders Screen are determined by the selected Intruder Type as well as the Intruder Mode Refer to the following sections for Type Mode specific user screen descriptions 3 4 21 1 TCAS...

Page 77: ...Track Angle Reply Power Field Defines the Reply Power Reply Antenna Field Defines the Reply Antenna Squitter Power Field Defines the Squitter Power Squitter Antenna Menu Defines the Squitter Antenna S...

Page 78: ...n Acquisition 1 Coordinations Softkey Accesses the Coordinations Screen Refer to Section 3 4 21 2 TCAS Intruders Static Mode S Coordinations Message Screen Broadcasts Softkey Accesses the Broadcasts S...

Page 79: ...Softkey Allows the user to remove the selected coordination message Start Time Field Defines the start time of the selected coordination message Stop Time Field Defines the stop time of the selected c...

Page 80: ...uders Static Mode S Coordination Message MU Fields Screen This screen displays the MU Field details found in the Coordination Message Message details can be edited using the settings on the Softkey Me...

Page 81: ...Intruders Broadcast Message Screen Menu Screen Components Description Add Softkey Allows the user to add a new broadcast message Remove Softkey Allows the user to remove the selected broadcast message...

Page 82: ...elds Screen This screen is used to define the MU Fields details in the Broadcast Message Data is edited using the settings on the Softkey Menu SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Ty...

Page 83: ...oftkey Figure 1 2 3 42 TCAS Intruders DF16 Replies Screen Screen Components Description Add Softkey Allows the user to add a new coordination reply Remove Softkey Allows the user to remove the selecte...

Page 84: ...ode S DF16 Replies MV Fields The DF16 Replies Screen allows the user to define MV Field data included in the DF16 Reply message SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode...

Page 85: ...io Screen Intruders Softkey Type Static Mode Mode S TCAS Only UFO s Softkey Figure 1 2 3 44 TCAS Intruders UFO Screen Menu Screen Components Description Add Softkey Allows the user to add a new UF0 in...

Page 86: ...Softkey Figure 1 2 3 45 Intruders One Shot Data Screen Menu Screen Components Description Add Softkey Allows the user to add a new One Shot Data Remove Softkey Allows the user to remove an existing On...

Page 87: ...1 Subject to Export Control See Cover Page for details Page 51 3 4 21 3 6 TCAS Intruders Static Mode S One Shot Data Frame Details SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mo...

Page 88: ...ly Screen allows the user to define all the parameters for a Static TIS B DF18 intruder Parameters can be defined using the setting fields on the Main Display Area or by using the softkey menu SCREEN...

Page 89: ...the stop time DO 260 Mode Menu Selects the DO 260 Mode Mode S Address Field Allows the user to select the Mode S Address Hexadecimal Enable Transmit Enables disables transmitting the required message...

Page 90: ...rs ME Field data and Schedule data is displayed by selecting a squitter row from the table and pressing either the ME Fields or Schedule Softkey SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey...

Page 91: ...EN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode TIS B Only Mode S Squitters Softkey ME Fields Softkey Figure 1 2 3 49 Static TIS B Mode S Squitters ME Fields Users Screen 3 4 21 5...

Page 92: ...parameters for a static ADS R DF18 intruder Parameters can be defined using the fields on the Main Display Area or on the Softkey Menu SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Stati...

Page 93: ...pping at Field Defines the stop time DO 260 Mode Menu Selects the DO 260 Mode Mode S Address Field Defines the Mode S Address Hexadecimal Enable Transmit Enables disables transmitting the required mes...

Page 94: ...tic ADS R Mode S intruder ME Fields and Schedule data is displayed by selecting a row on the squitter table and pressing the ME Fields or Schedule Fields Softkey SCREEN SEQUENCE TCAS Scenario Screen I...

Page 95: ...QUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode ADS R Mode S Squitters Softkey Action Select Squitter ME Fields Softkey Figure 1 2 3 53 Static ADS R Squitters ME Fields Screen 3 4 21 6...

Page 96: ...Screen This screen accesses all the parameters for Static Mode C intruder Parameters can be defined using the fields on the Main Display Area or on the Softkey Menu SCREEN SEQUENCE TCAS Scenario Scre...

Page 97: ...ts the Reply Power Starting at Field Selects the start time Stopping at Field Selects the stop time Enable Transmit Enables disables transmitting the required messages for this intruder Reply Enables...

Page 98: ...e Cover Page for details September 2021 3 4 21 8 TCAS Intruders Static Mode S Extended Screen Accesses all the parameters for a Static Mode S Extended intruder Parameters can be defined using the fiel...

Page 99: ...gs user Screen Refer to Section 3 4 1 TCAS Settings Screen Altitude Field Defines the Altitude Gilham Bearing Phase Field Defines the Bearing Phase Range Field Defines the Range Latitude Field Defines...

Page 100: ...elects the Altitude Code Mode Probability Pattern Squitter Defines the Squitter Probability Pattern Reply Defines the Reply Probability Pattern Vertical Speed Menu Selects the Vertical Speed Mode A Co...

Page 101: ...65 Broadcasts Softkey Accesses the Broadcasts Screen Refer to Section 3 4 21 8 3 TCAS Mode S Extended Broadcasts Screen DF16 Replies Softkey Accesses the DF 16 Replies Screen Refer to Section 3 4 21 8...

Page 102: ...oftkey Menu SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode Mode S Extended Mode S Squitters Softkey Figure 1 2 3 57 TCAS Static Mode Extended Mode S Squitter Screen Menu Scree...

Page 103: ...n accesses ME Field details for the selected squitter SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode Mode S Extended Mode S Squitters Softkey Action Select Row ME Fields Softk...

Page 104: ...CE TCAS Scenario Screen Intruders Softkey Type Static Mode Mode S Extended Mode S Squitters Softkey Action Select Row BDS Register Number Softkey Figure 1 2 3 59 BDS Register Number Screen Components...

Page 105: ...e S Extended Mode S Squitters Softkey Action Select Row BDS Register Number Softkey Action Select Row MV Fields Softkey Figure 1 2 3 60 TCAS Mode S Squitter MV Fields Screen Menu Screen Components Des...

Page 106: ...Scenario Screen Intruders Softkey Type Static Mode Mode S Extended Mode S Squitters Softkey BDS Register Number Softkey Squitter Schedule Softkey Figure 1 2 3 61 TCAS Mode S Squitter Squitter Schedule...

Page 107: ...de S Extended Coordinations Screen This screen is similar to the TCAS Static Mode S Coordinations Screen Refer to Section 3 4 21 2 TCAS Intruders Static Mode S Coordinations Message Screen for a descr...

Page 108: ...8 3 TCAS Mode S Extended Broadcasts Screen This screen is similar to the TCAS Static Mode S Broadcasts Screen Refer to Section 3 4 21 3 TCAS Intruders Static Mode S Broadcast Message Screen for a desc...

Page 109: ...Screen for a description of this screen SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Static Mode Mode S Extended DF16 Replies Softkey Figure 1 2 3 64 TCAS Mode S Extended DF16 Replies...

Page 110: ...Mode S TCAS Only Screen Allows the user to define all the parameters for a Dynamic Mode S intruder SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode Mode S TCAS Only Figure 1 2...

Page 111: ...Squitter Antenna Menu Selects the Squitter Antenna Starting at Field Defines the start time Stopping at Field Defines the stop time Mode S Address Field Defines the Mode S Address Hexadecimal Enable...

Page 112: ...21 9 1 TCAS Dynamic Mode S TCAS Only Coordinations Screen Broadcasts Softkey Accesses the Broadcasts Screen Refer to Section 3 4 21 9 2 TCAS Dynamic Mode S TCAS Only Broadcasts Screen DF16 Replies Sof...

Page 113: ...Mode S TCAS Only Coordinations Screen This screen is similar to the TCAS Dynamic Mode S Coordinations Screen Refer to Section 3 4 21 2 TCAS Intruders Static Mode S Coordinations Message Screen for a...

Page 114: ...Dynamic Mode S TCAS Only Broadcasts Screen This screen is similar to the TCAS Dynamic Mode S Broadcasts Screen Refer to Section 3 4 21 3 TCAS Intruders Static Mode S Broadcast Message Screen for a de...

Page 115: ...ynamic Mode S TCAS Only DF16 Replies Screen This screen is similar to the TCAS Dynamic Mode S DF16 Replies Screen Refer to Section 3 4 21 3 2 TCAS Intruders Static Mode S DF16 Replies Screen for a des...

Page 116: ...4 21 9 4 TCAS Dynamic Mode S TCAS Only UFO s Screen This screen is similar to the TCAS Dynamic Mode S UFO s Screen Refer to Section 3 4 21 3 4 TCAS Intruders Static Mode S UF0 s Screen for a descripti...

Page 117: ...ode S TCAS Only One Shot Data Screen This screen is similar to the TCAS Dynamic Mode S UFO s One Shot Data Screen Refer to Section 3 4 21 3 5 TCAS Intruders Static Mode S One Shot Data Screen for a de...

Page 118: ...82 Subject to Export Control See Cover Page for details September 2021 3 4 21 9 6 TCAS Intruders Dynamic Mode S Waypoints Screen SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mo...

Page 119: ...ntruders Dynamic TIS B Only Screen Allows the user to define all the parameters for a dynamic TIS B DF18 intruder SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode TIS B Only Fi...

Page 120: ...ing at Field Defines the stop time DO 260 Mode Menu Selects the DO 260 Mode Mode S Address Field Defines the Mode S Address Hexadecimal Enable Enables disables transmitting the required messages for t...

Page 121: ...Mode TIS B Only Mode S Squitter Screen SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode TIS B Only Mode S Squitters Softkey Figure 1 2 3 74 TCAS Intruders Dynamic TIS B Only Mo...

Page 122: ...uders Dynamic TIS B Only Waypoints Screen This screen is similar to the TCAS Static Mode TIS B Only Mode S Squitter Screen Refer to Section 3 4 21 9 6 TCAS Intruders Dynamic Mode S Waypoints Screen fo...

Page 123: ...TCAS Intruders Dynamic ADS R Screen Allows the user to define all the parameters for a dynamic ADS R DF18 intruder SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode ADS R Figur...

Page 124: ...time Stopping at Field Defines the stop time DO 260 Mode Menu Selects the DO 260 Mode Mode S Address Field Defines the Mode S Address Hexadecimal Enable Enables disables transmitting the required mess...

Page 125: ...ter Screen 3 4 21 11 2 TCAS Dynamic ADS R Waypoints Screen This screen is similar to the TCAS Static Mode TIS B Only Mode S Squitter Screen Refer to Section 3 4 21 9 6 TCAS Intruders Dynamic Mode S Wa...

Page 126: ...reen Layout and Navigation 1 2 3 RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page 90 Subject to Export Control See Cover Page for details September 2021 Figure 1 2 3 78 Dynamic ADS R Wayp...

Page 127: ...91 3 4 21 12 TCAS Intruders Dynamic Mode C Screen Allows the user to define all the parameters for a Dynamic Mode C intruder SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode Mo...

Page 128: ...topping at Field Selects the stop time Enable Transmit Enables disables transmitting the required messages for this intruder Reply Enables disables the Reply Altitude Report Enables disables the Altit...

Page 129: ...S Intruders Dynamic Mode C Waypoints Screen This screen is similar to the TCAS Static Mode TIS B Only Mode S Squitter Screen Refer to Section 3 4 21 9 6 TCAS Intruders Dynamic Mode S Waypoints Screen...

Page 130: ...age 94 Subject to Export Control See Cover Page for details September 2021 3 4 21 13 TCAS Intruders Dynamic Mode S Extended Screen Allows the user to define all the parameters for a Dynamic Mode S Ext...

Page 131: ...Screen Refer to Section 3 4 1 TCAS Settings Screen Altitude Field Defines the Altitude Gilham Bearing Phase Field Defines the Bearing Phase Range Field Defines the Range Latitude Field Defines the Lat...

Page 132: ...Pattern Squitter Field Defines the Squitter Probability Pattern Reply Field Defines the Reply Probability Pattern Mode A Code Fields Defines the Mode A Code Identification Field Defines the Intruder...

Page 133: ...21 8 1 TCAS Static Mode S Extended Mode S Squitter Screen for a description of this screen SCREEN SEQUENCE TCAS Scenario Screen Intruders Softkey Type Dynamic Mode Mode S Extended Mode S Squitters Sof...

Page 134: ...Mode S Extended Coordinations Screen This screen is similar to the TCAS Static Mode S Coordinations Screen Refer to Section 3 4 21 2 TCAS Intruders Static Mode S Coordinations Message Screen for a de...

Page 135: ...Dynamic Mode S Extended Broadcasts Screen This screen is similar to the TCAS Static Mode S Broadcasts Screen Refer to Section 3 4 21 3 TCAS Intruders Static Mode S Broadcast Message Screen for a desc...

Page 136: ...ynamic Mode S Extended DF16 Replies Screen This screen is similar to the TCAS Static Mode S DF16 Replies Screen Refer to Section 3 4 21 3 2 TCAS Intruders Static Mode S DF16 Replies Screen for a descr...

Page 137: ...3 4 21 13 5 TCAS Dynamic Mode S Extended UFO s Screen This screen is similar to the TCAS Static Mode S UFO s Screen Refer to Section 3 4 21 3 4 TCAS Intruders Static Mode S UF0 s Screen for a descript...

Page 138: ...TCAS Dynamic Mode S Extended Waypoints Screen This screen is similar to the TCAS Dynamic Mode S Waypoints Screen Refer to Section 3 4 21 9 6 TCAS Intruders Dynamic Mode S Waypoints Screen for a descr...

Page 139: ...een Ground Stations Softkey Figure 1 2 3 88 TCAS Ground Station Screen Screen Components Description Ground Station Field Defines the Ground Station name Interrogation Name Menu Selects the Interrogat...

Page 140: ...EEN SEQUENCE TCAS Scenario Screen Ground Stations Softkey Interrogations Softkey Figure 1 2 3 89 TCAS Ground Station Interrogation Screen Screen Components Description Add Softkey Allows the user to a...

Page 141: ...3 4 22 1 1 TCAS Ground Station Interrogation Frame Details Screen The Interrogation Frame Details Screen displays details for the selected UF message Message details are edited using the softkey menu...

Page 142: ...S VIDEO BLOCKS SCREEN The Video Blocks Screen allows the user to define the video block and trigger mechanism to transmit the block 3 4 23 1 TCAS Video Blocks Mode S Screen SCREEN SEQUENCE TCAS Scenar...

Page 143: ...titude Only used when the dynamic velocity is not 0 Velocity Field Defines the Velocity Vertical Speed Field Defines the Vertical Speed Only used when the dynamic velocity is not 0 Track Field Defines...

Page 144: ...initial time for video block transmission Stopping at Field Defines the stop time the final time for video block transmission Trigger Source Menu Selects the Trigger Source Tx Channel Menu Selects the...

Page 145: ...Defines the Reply Power Reply Antenna Menu Selects the Reply Antenna Reply Quadrant Defines the Reply Quadrant Enable Enables disables the video block Whisper Shout Defines the Whisper Shout One Shot...

Page 146: ...or forced trajectory latitude and longitude pass over SCREEN SEQUENCE TCAS Scenario Screen Video Blocks Softkey Trigger Source Mode S TCAS Only Mode C Video Waypoints Softkey Figure 1 2 3 94 TCAS Vide...

Page 147: ...ario Screen Video Blocks Softkey Video Data Bit Softkey Figure 1 2 3 95 TCAS Video Blocks Video Data Bit Screen Components Description Add Softkey Allows the user to add a new pulse Remove Softkey All...

Page 148: ...ideo Amplitude This screen allows users to configure video block amplitude parameters SCREEN SEQUENCE TCAS Scenario Screen Video Blocks Softkey Video Data Bit Softkey Select Data Bit Row Video Amplitu...

Page 149: ...CRBS Pulse Information Softkey Figure 1 2 3 97 TCAS ATCRBS Pulse Information Screen Screen Components Description Tx Channel Menu Selects the Tx Channel Tx Channels are defined on the TCAS Settings us...

Page 150: ...Mode S Pulse Information Screen Screen Components Description Tx Channel Menu Selects the Tx Channel Tx Channels are defined on the TCAS Settings user Screen Refer to Section 3 4 1 TCAS Settings Scree...

Page 151: ...D EVERY SECOND IF THE SCENARIO IS RUNNING Figure 1 2 3 99 TCAS Display Screen Menu Screen Components Description Range Field Allows the user to select the Display Range Caption Toggle Switch Enables d...

Page 152: ...ons SCREEN SEQUENCE Home Screen Transponder Softkey Figure 1 2 3 100 Transponder Home Screen Screen Components Description Settings Softkey Accesses the Transponder Settings Screen Refer to Section 3...

Page 153: ...r exiting the Settings Menu This screen is similar to the TCAS Settings Screen Refer to Section 3 4 1 TCAS Settings Screen for a description of this screen SCREEN SEQUENCE Transponder Screen Settings...

Page 154: ...e user to view the pulses from the Transponder or ADS B Transmitter The Transponder Measurements Screen allows the user to perform power pulse width rise time fall time spacing and frequency measureme...

Page 155: ...he UUT and Test Set Blue lines indicate receptions from the UUT green lines indicate receptions from the Test Set When performing an export the Test Set generates a SDF Compact Database File and expor...

Page 156: ...Screen Screen Components Description Test Mode Menu This menu selects the test Interrogation Mode Interrogation Type Menu Selects the type of interrogation to be performed This field is linked to the...

Page 157: ...display data contained in the intruder reply message Load Softkey Allows the user to load a saved Transponder Test Save Softkey Allows the user to save the current test setup to a file Reset Softkey...

Page 158: ...arameters i e pulse spacing pulse width etc NOTE THE LAYOUT OF THIS SCREEN DEPENDS ON THE SELECTED INTERROGATION MODE THIS SECTION DOES NOT INCLUDE SCREEN EXAMPLES OF ALL SUPPORTED INTERROGATION MODES...

Page 159: ...ons Pulse Spacing Fields Defines the Pulse Spacing Parameter can also be defined using the Pulse Spacing Softkey Menu Pulse Width Fields Defines the Pulse Width for P1 P2 and P3 Parameter can also be...

Page 160: ...ort Control See Cover Page for details September 2021 Pulse Spacing Softkey Accesses Pulse Spacing Settings Softkeys Pulse Width Softkey Accesses Width Spacing Settings Softkeys Pulse Level Softkey Ac...

Page 161: ...in 0 1 dB steps Suppression Out Toggle Switch Enables disables the Suppression Output Suppression Field Defines the Suppression Percentage This field is available when Suppression Out is turned ON Int...

Page 162: ...y Figure 1 2 3 109 Transponder Interference Pulse Screen Screen Components Description Pulse Spacing Field Selects the Pulse Spacing Parameters can also be defined using the Pulse Spacing Softkey Menu...

Page 163: ...EEN SEQUENCE Transponder Screen Transponder Test Softkey Test Mode Single Interrogation Measured Pulse Softkey Figure 1 2 3 110 Transponder Measured Pulse Softkey Menus Screen Components Description M...

Page 164: ...and data for common Transponder squitters SCREEN SEQUENCE Transponder Screen Transponder Test Softkey Test Mode Single Interrogation Receiver Summary Softkey Figure 1 2 3 111 Transponder Test Receive...

Page 165: ...mission Settings Interference Pulse Turns the Interference Pulse ON OFF Single Double and Interrogation Table Modes Interference Pulse only supported on Top Antenna port Interference Pulse Settings ar...

Page 166: ...ey Resets the current user screen settings to default values Tx Toggle Switch Starts On or Stops Off transmissions Double Interrogation Mode Softkey Accesses the Double Interrogation Mode Screen Refer...

Page 167: ...The measured UUT values are obtained from the reply associated with the interrogation selected for synchronization Enabled using tick box on the Main Display Area or Toggle Switch on the Softkey Menu...

Page 168: ...rrogation Mode Softkey Double Settings Softkey Figure 1 2 3 115 Transponder Double Interrogation Double Settings Softkey Menu Frequency Field Selects the Transmitter frequency PRF Sync Toggle Switch A...

Page 169: ...gs Screen Section 3 5 5 1 before navigating to this screen NOTE THE LAYOUT OF THIS SCREEN DEPENDS ON THE TYPE OF INTERROGATION MODE SELECTED THIS SECTION DOES NOT INCLUDE SCREEN EXAMPLES OF ALL SUPPOR...

Page 170: ...the Transponder Double Interrogation Settings Screen Section 3 5 5 1 PRF Sync Toggle Switch Allows the user to sync the PRF of the first transmission with the second Only available for P1 P2 Pulse or...

Page 171: ...gation Fields Displays message data defined on the Interrogation Table Mode S Interrogation Softkey Menu Section 3 5 6 1 2 1 Reply Information Fields These fields display data contained in the intrude...

Page 172: ...ftkey Menu This screen is used to set the data message for Mode S Interrogation for the selected interrogation Interrogation values are edited using the Softkey Menu SCREEN SEQUENCE Transponder Screen...

Page 173: ...Instrument Settings Softkey Menu This screen is similar to the Single Interrogation Instrument Settings Softkey Menu Refer to Section 3 5 4 3 Single Interrogation Test Instrument Settings Softkey Menu...

Page 174: ...Interrogation Interference Pulse Screen This screen is similar to the Single Interrogation Interference Pulse Screen Refer to Section 3 5 4 4 Single Interrogation Test Interference Pulse Screen for a...

Page 175: ...terrogation Measured Pulse Softkey Menu This screen is similar to the Single Interrogation Measured Pulse Softkey Menu Refer to Section 3 5 4 5 Single Interrogation Test Measured Pulse Softkey Menu fo...

Page 176: ...uble Interrogation Receiver Summary Screen This screen is similar to the Single Interrogation Receiver Summary Screen Refer to Section 3 5 4 6 Single Interrogation Test Receiver Summary Screen for a d...

Page 177: ...n Screen Components Description Test Mode Selects the Test Mode Interrogation Table Displays the interrogations selected to be included in the transmission Interrogations are configured on the Transpo...

Page 178: ...o a file Reset Softkey Resets the Transponder Test Tx Toggle Switch Starts On or Stops Off transmissions Interrogation Table Softkey Accesses the Interrogation Table Settings Screen Refer to Section 3...

Page 179: ...e Name Displays the message name This field is defined using the Message Name Menu on the softkey menu Frame Displays the frame data defined for each interrogation Frame Data is edited on the Interrog...

Page 180: ...s Softkey Accessed the Interrogation Settings Softkey Menu Refer to Section 3 5 6 1 1 Interrogation Table Settings Softkey Menu Message Type Menu Selects the message type for the selected table entry...

Page 181: ...n Pulse Settings Screen This screen is similar to the Double Interrogation Pulse Settings Screen Refer to Section 3 5 5 1 2 Transponder Double Interrogation Pulse Settings Screen for a description SCR...

Page 182: ...rrogation Table Mode S Interrogation Softkey Menu SCREEN SEQUENCE Transponder Screen Transponder Test Softkey Test Mode Interrogation Table Interrogation Table Definition Softkey Interrogation Pulse S...

Page 183: ...y Test Mode Interrogation Table Interrogation Table Definition Softkey Interrogation Pulse Settings Softkey Interrogation Softkey Frame Details Softkey Figure 1 2 3 130 Interrogation Table Interrogati...

Page 184: ...Instrument Settings Softkey Menu This screen is similar to the Single Interrogation Instrument Settings Softkey Menu Refer to Section 3 5 4 3 Single Interrogation Test Instrument Settings Softkey Menu...

Page 185: ...ion Table Interference Pulse Settings Screen This screen is similar to the Single Interrogation Interference Pulse Screen Refer to Section 3 5 4 4 Single Interrogation Test Interference Pulse Screen f...

Page 186: ...s are transmitted Entry1 Entry2 Entry3 Entry1 and Entry2 If a burst spacing greater than 0 is defined then the next burst sequence begins with Entry1 again For example if the Interrogation Table has t...

Page 187: ...easured Pulse Softkey Menu This screen is similar to the Single Interrogation Measured Pulse Softkey Menu Refer to Section 3 5 4 5 Single Interrogation Test Measured Pulse Softkey Menu for a descripti...

Page 188: ...Table Receiver Summary Screen This screen is similar to the Single Interrogation Receiver Summary Screen Refer to Section 3 5 4 6 Single Interrogation Test Receiver Summary Screen for a description SC...

Page 189: ...ansmissions Block transmissions are defined on the TCAS Block Transmission Screen Section 3 4 19 Settings Interference Pulse Turns the Interference Pulse ON OFF Single Double and Interrogation Table M...

Page 190: ...ssions Instrument Settings Softkey Accesses the Transponder Block Instrument Settings Softkey Menu Refer to Section 3 5 7 2 Transponder Block Transmission Instrument Settings Softkey Menu Interference...

Page 191: ...sses the Transponder Block Transmission Add Message Softkey Menu Refer to Section 3 5 7 1 1 Transponder Block Transmission Add Message Screen Message Details Softkey Accesses the Transponder Block Tra...

Page 192: ...Block Transmission Add Message Screen This screen is similar to the TCAS Block Transmission Add Message Screen Refer to Section 3 4 19 1 TCAS Block Transmission Add Message Screen for a description SC...

Page 193: ...Message Details Screen This screen is similar to the TCAS Block Transmission Message Details Screen Refer to Section 3 4 19 3 TCAS Block Transmission Message Details Softkey Menu for a description SC...

Page 194: ...ssion Instrument Settings Softkey Menu This screen is similar to the Single Interrogation Instrument Settings Softkey Menu Refer to Section 3 5 4 3 Single Interrogation Test Instrument Settings Softke...

Page 195: ...Transmissions Interference Pulse Screen This screen is similar to the Single Interrogation Interference Pulse Screen Refer to Section 3 5 4 4 Single Interrogation Test Interference Pulse Screen for a...

Page 196: ...easured Pulse Softkey Menu This screen is similar to the Single Interrogation Measured Pulse Softkey Menu Refer to Section 3 5 4 5 Single Interrogation Test Measured Pulse Softkey Menu for a descripti...

Page 197: ...ssion Receiver Summary Screen This screen is similar to the Single Interrogation Receiver Summary Screen Refer to Section 3 5 4 6 Single Interrogation Test Receiver Summary Screen for a description SC...

Page 198: ...menu selects the Interrogation Type the Single Interrogation Mode PRF Field Defines the pulse repetition rate Pulse Repetition Frequency Power Field Selects the Power Frequency Field Selects the Tran...

Page 199: ...terrogation with CW Single Interrogation Mode Screen Refer to Section 3 5 8 1 Transponder Interrogation With CW Single Interrogation Definition Screen Instrument Settings Softkey Accesses the Interrog...

Page 200: ...With CW Single Interrogation Definition Screen This screen is similar to the Single Interrogation Test Mode Screen Refer to Section 3 5 4 2 Transponder Single Interrogation Mode Definition Screen for...

Page 201: ...nstrument Settings Screen This screen is similar to the Transponder Interrogation Table Instrument Settings Screen Refer to Section 3 5 6 2 Transponder Interrogation Table Instrument Settings Softkey...

Page 202: ...ion With CW Measured Pulse Softkey Menu This screen is similar to the Single Interrogation Measured Pulse Softkey Menu Refer to Section 3 5 4 5 Single Interrogation Test Measured Pulse Softkey Menu fo...

Page 203: ...errogation With CW Receiver Summary Screen This screen is similar to the Single Interrogation Receiver Summary Screen Refer to Section 3 5 4 6 Single Interrogation Test Receiver Summary Screen for a d...

Page 204: ...r UAT testing SCREEN SEQUENCE Home Screen UAT Softkey Figure 1 2 3 150 UAT Screen Screen Components Description Settings Softkey Accesses the UAT Settings Screen Refer to Section 3 6 1 UAT Settings Sc...

Page 205: ...S ONLY PARAMETERS DEFINED ON THE UAT SETTINGS SCREEN DO NOT PERSIST UPON EXITING THE SCREEN THE UNIT REVERTS BACK TO DEFAULT SETTINGS WHEN USER LEAVES THE UAT SETTINGS SCREEN Figure 1 2 3 151 UAT Sett...

Page 206: ...phase for the generator according to the selected OEM Modulation Selects the generator Modulation Rise Fall Menu Selects the Rise Fall Generator A C and E only Factory Setup Softkey Resets all paramet...

Page 207: ...e Cover Page for details Page 171 3 6 2 UAT SIGNAL GENERATOR SOFTKEY MENU This Softkey Menu is similar to the TCAS Signal Generator Softkey Menu Refer to Section 3 4 2 TCAS Settings Signal Generator S...

Page 208: ...user to define the own aircraft position information SCREEN SEQUENCE UAT Screen Receiving Station Softkey Figure 1 2 3 153 UAT Receiving Station Screen Screen Components Description Mode S Address Fie...

Page 209: ...AT Screen Receiver Softkey Figure 1 2 3 154 UAT Receiver Screen Screen Components Description LEDs Displays the status of reception from the UUT and or Test Set LED UF UF Interrogation DF DF Reply A C...

Page 210: ...ol See Cover Page for details September 2021 3 6 5 UAT RECEIVER CAPTURE SOFTKEY MENU This Softkey Menu is similar to the TCAS Filtered Capture Softkey Menu Refer to Section 3 4 9 TCAS Capture Softkey...

Page 211: ...rol See Cover Page for details Page 175 3 6 6 UAT RECEIVER DISPLAY SOFTKEY MENU This Softkey Menu is similar to the TCAS Receiver Display Softkey Menu Refer to Section 3 4 10 TCAS Receiver Display Sof...

Page 212: ...for details September 2021 3 6 7 UAT RECEIVER DATA LOGGING SOFTKEY MENU This Softkey Menu is similar to the TCAS Receiver Data Logging Softkey Menu Refer to Section 3 4 11 TCAS Receiver Data Logging...

Page 213: ...l See Cover Page for details Page 177 3 6 8 UAT FILTERED MASKED SOFTKEY MENU This Softkey Menu is similar to the TCAS Filtered Masked Softkey Menu Refer to Section 3 4 12 TCAS Filtered Masked Softkey...

Page 214: ...ge for details September 2021 3 6 8 1 UAT Predefined Masks Screen This screen is similar to the TCAS Predefined Masks Screen Refer to Section 3 4 12 1 Predefined Masks Screen for a description SCREEN...

Page 215: ...age for details Page 179 3 6 9 UAT CUSTOMIZE MODE S MASK SCREEN This screen is similar to the TCAS Customize Mode S Masks Screen Refer to Section 3 4 12 1 Predefined Masks Screen for a description SCR...

Page 216: ...rt Control See Cover Page for details September 2021 3 6 10 UAT HIGHLIGHT MASKED SCREEN This screen is similar to the TCAS Highlight Masked Screen Refer to Section 3 4 13 Highlight Masked Screen for a...

Page 217: ...to perform a test on an UAT Receiver The UAT Scenario Screen can be used to perform DO 282 MOPS testing of an UAT Unit SCREEN SEQUENCE UAT Screen Scenario Softkey NOTE WHEN DEFINING TARGETS AUTOMATIC...

Page 218: ...les sweep mode Sweep Step Defines the milliseconds time between swept transmissions Range 50 to 200 ms Used only when sweep is enabled Interval Defines the length or end point of the sweep in millisec...

Page 219: ...the carrier frequency for DME Fruit 12 s Spacing DME Fruit 30 s Spacing and Receiver Selectivity Test Modes Doppler Defines the Doppler Doppler Test and Doppler Modulation Frequency Test Modes Dopple...

Page 220: ...RX1 Statics Field Defines the number of UAT RX1 Static Targets UAT RX1 Toggle Switch Enables disables the UAT RX1 Sweep UAT RX1 Sweep Rate Field Defines the UAT RX1 Sweep Rate UAT RX1 Sweep Interval...

Page 221: ...pping UAT messages All the settings of Normal Mode are also allowed 3 6 12 3 DME Fruit 12 us Spacing One UAT transmitter and one pulse modulated transmitter are connected to the top antenna port to pe...

Page 222: ...selected by the user All the settings of Normal mode are also allowed 3 6 12 12 Doppler Modulation Frequency Allows the user to generate a positive or negative Doppler frequency shift at a specified m...

Page 223: ...details Page 187 SCREEN SEQUENCE Figure 1 2 3 163 UAT Target Definition Screen and Menus UAT Screen Scenario Softkey Test Mode Specific Mode Not Normal The Target Definition Screen is then accessed b...

Page 224: ...edback Power Field Allows the user to select the Power Starting at secs Field Allows the user to select the Start Time the Target is operational Enable Tick Box Allows the user to enable the Target St...

Page 225: ...lays information about the UAT ADS B Message Additional message information is displayed by pressing the Payload Details Softkey SCREEN SEQUENCE UAT Target Definition Screen ADS B Message Softkey Figu...

Page 226: ...1 1 UAT Payload Fields Screen SCREEN SEQUENCE UAT Target Definition Screen ADS B Message Softkey Payload Details Softkey Figure 1 2 3 165 UAT Payload Fields Screen Menu Sequence Screen Components Desc...

Page 227: ...efines the Navigation Integrity Category NIC of the intruder A G State Softkey Defines the Air Ground A G State of the intruder Reserved Softkey Future Use North Velocity Softkey Defines the intruder...

Page 228: ...ype of intruder Target Number Field Defines the target number Payload Type Menu Selects the payload type of the intruder Tx Channel Field Displays the selected Tx Channel Tx Channels are defined on th...

Page 229: ...abled the calculated Offset is replaced by the defined Offset If Manual Override is disabled the Offset is calculated between the Target Latitude and Longitude and the Receiving Station Latitude and L...

Page 230: ...n Screen Payload Type Ground Uplink Figure 1 2 3 167 AT Target Definition Screen Ground Uplink Screen Components Description Intruder Type Field Selects the type of intruder Target Number Field Define...

Page 231: ...ower Starting at secs Field Defines the Start Time the Target is operational Enable Tick Box Allows the user to enable the Target Stopping at secs Field Defines the Stop Time the Target is operational...

Page 232: ...UAT Target Definition Screen Payload Type Ground Uplink Ground Uplink Messages Softkey Figure 1 2 3 168 UAT Target Ground Uplink Message Screen Screen Components Description Name Displays the Message...

Page 233: ...Header data SCREEN SEQUENCE UAT Target Definition Screen Payload Type Ground Uplink Ground Uplink Messages Softkey UAT Specific Header Softkey Figure 1 2 3 169 UAT Target Specific Header Fields Screen...

Page 234: ...the first second the messages will be transmitted between 200ms to 210ms In the next second the messages will be moved to 300ms to 310ms 2 The messages will move by the Sweep Step defined so no messa...

Page 235: ...C second is broken up into Ground Segments and ADS B Segments as shown in the following figure Figure 1 2 3 172 UTC Second Each segment is broken up into specific time slots defined for both ground an...

Page 236: ...ort Control See Cover Page for details September 2021 3 6 13 4 2 Ground Message Format Because the ground uplink slot is 5 5 ms long each slot spans the equivalent of 22 MSOs 5 5 ms 250us per MSO Ther...

Page 237: ...rdware Version Allows the user to select the Unit Hardware Version Software Version Allows the user to select the Unit Software Version Product Key Allows the user to select the Product Key The Produc...

Page 238: ...oftkey Menu Allows the user to reset the GPIB interface Network Connections Accesses the Network Connections Screen 429 Configuration Menu Accesses the 429 Connections Screen Update Key Allows the use...

Page 239: ...n Components Description Name Displays the Name of the Ethernet Adapter Names may vary Rear LAN Indicates the Test Set s Rear Panel LAN Connector Front LAN Indicates the Test Set s Front Panel LAN Con...

Page 240: ...s Description Local Area Connection Obtain an IP Address Automatically Selects DHCP Mode for establishing a LAN connection Use the following IP Address Selects Static IP Mode for establishing a LAN co...

Page 241: ...e to the test Set s Front or Rear Panel LAN Connector 2 Navigate to the Network Connections Screen 3 Select the LAN Connector from the Network Connection Table 4 Press the Change Settings Softkey 5 Se...

Page 242: ...4 Select the Use the following IP Address Tick Box 5 Enter the IP address for the internal DSP connection 6 Press the Set Softkey 7 Wait while the Test Set reconfigures the internal DSP settings When...

Page 243: ...3 is used Selections are maintained on future power up cycles Own Aircraft Latitude Allows the user to select the Position input port of the 429 Adapter for the Own Aircraft Latitude data Allows the u...

Page 244: ...rmware for the updated software If update fails because of an update failure place the cursor in the Selected Programming Script File textbox on the top of the screen and press Alt S The Touch Screen...

Page 245: ...209 3 7 6 CALIBRATION HISTORY SCREEN The Calibration Screen displays the Test Set s the last calibration date and calibration results SCREEN SEQUENCE Home Screen System Softkey Calibration History So...

Page 246: ...The Errors Log Screen displays a list of errors generated during a session The Softkeys allow the user to save or clear the error log SCREEN SEQUENCE Home Screen System Softkey Errors Log Softkey Figu...

Page 247: ...4 1 8 Install the RF Amplifier 6 4 1 9 Enter the Own Aircraft Information 7 4 1 10 Set Up a Static ATCRBS Mode C Intruder 7 4 1 11 Set Up a Dynamic ATCRBS Mode C Intruder 8 4 1 12 Set Up a Static Mode...

Page 248: ...le to the test Set s Front or Rear Panel LAN Connector 3 Navigate to the Network Connections Screen 4 Select the LAN Connector from the Network Connection Table 5 Select the Change Settings Softkey 6...

Page 249: ...Softkey to start programming If some devices do not require reprogramming deselect the device under the Programming column and press the Execute Softkey to start programming 6 During the programming s...

Page 250: ...rator D Generator E Generator F Single All SIF Modes P1 and P3 P2 and P4 P1 and P3 P2 and P4 P1 P2 P1 P2 P1 P2 P1 P1 P1 DME P1 P2 P1 P2 Mode S P5 P1 P2 and P6 P5 P1 P2 and P6 Interference Pulses P1 P2...

Page 251: ...MHz UAT RX 2 978 MHz 1030 MHz Multi Receiver Generator Assignments Test Mode Top Top Bottom Bottom Top or Bottom Top or Bottom Generator A Generator B Generator C Generator D Generator E Generator F S...

Page 252: ...ress the Test Set s Front Panel Power Button to turn OFF the Test Set The Test Set provides power to the RF Amplifier so the Power Indicator on the RF Amplifier is illuminated once power is applied to...

Page 253: ...using the Number of Static Intruders Field or Settings Softkey 6 Select the Intruders Softkey to edit the intruder information Select Mode C in the Intruder Mode Field or Settings Softkey to display...

Page 254: ...P PROCEDURE 1 Go to the Home Screen 2 Select the TCAS Softkey to display the TCAS Home Screen 3 Select the Scenario Softkey to display the TCAS Scenario Screen 4 Use the Scenario Time Field or Setting...

Page 255: ...has started the Run Time Field on the top of the Scenario Screen changes with the current scenario time 12 If the scenario terminates the Scenario Softkey returns to the OFF position To terminate the...

Page 256: ...ned from the Number Field on the Intruders Screen 8 Use the controls on the Static Mode S Screen to enter the information for the Mode S intruder Static Mode S Minimum Parameters Parameter Default Sel...

Page 257: ...adding DF16 Replies refer to Section 4 1 19 How to Add DF16 Replies to an Intruder 12 If adding UFO s refer to Section 4 1 20 How to Add UFO s to an Intruder 13 If adding One Shot Data refer to Secti...

Page 258: ...the Number Field on the Intruders Screen 8 Use the controls on the Dynamic Mode S Screen to enter the information for the Mode S intruder The Dynamic Mode S Screen is similar to the static and the use...

Page 259: ...o Add UFO s to an Intruder 13 If adding One Shot Data refer to Section 4 1 21 How to Add One Shot Data to an Intruder 14 If adding Waypoints refer to Section 4 1 22 How to Add Waypoints to an Intruder...

Page 260: ...being defined select the intruder to be defined from the Number Field on the Intruders Screen 8 Use the controls on the Static Mode S Extended Screen to enter the information for the Mode S Extended i...

Page 261: ...0 How to Add UFO s to an Intruder 14 When all the required information has been entered press the Return Softkey to return to the TCAS Scenario Screen 15 To start the scenario use the Scenario Softkey...

Page 262: ...lect the intruder to be defined from the Number Field on the Intruders Screen 8 Use the controls on the Dynamic Mode S Extended Screen to enter the information for the Mode S Extended intruder Dynamic...

Page 263: ...refer to Section 4 1 19 How to Add DF16 Replies to an Intruder 13 If adding UFO s refer to Section 4 1 20 How to Add UFO s to an Intruder 14 If adding Waypoints refer to Section 4 1 22 How to Add Wayp...

Page 264: ...key Menu Select a Register Name Press the OK Button to confirm name selection and close the dialog window 6 Configure remaining parameters using the Softkey Menu 7 When all the required information ha...

Page 265: ...o the TCAS Intruders Screen FOLLOW UP PROCEDURE Complete the remaining steps of the Scenario configuration procedure i e Hyperlink Section 4 1 15 How to Set Up a Dynamic Mode S Extended Intruder 4 1 1...

Page 266: ...TCAS Intruders Screen FOLLOW UP PROCEDURE Complete the remaining steps of the Scenario configuration procedure i e Hyperlink Section 4 1 15 How to Set Up a Dynamic Mode S Extended Intruder 4 1 21 ADD...

Page 267: ...the TCAS Intruders Screen STEP PROCEDURE 1 Press the Waypoints Softkey from the TCAS Intruders Screen Softkey Menu 2 Press the Add Softkey A new row is added to the table Verify the new row is selecte...

Page 268: ...st Configurations 1 2 4 RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page 22 Subject to Export Control See Cover Page for details September 2021 4 2 TEST CONFIGURATIONS 4 2 1 TRANSPONDER A...

Page 269: ...edures and Test Configurations 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual 1 2 4 September 2021 Subject to Export Control See Cover Page for details Page 23 4 2 2 TRANSPONDER ADS B OUT 10...

Page 270: ...Test Configurations 1 2 4 RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page 24 Subject to Export Control See Cover Page for details September 2021 4 2 3 TCAS HYBRID SURVEILLANCE ITP VERSIO...

Page 271: ...ing Procedures and Test Configurations 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual 1 2 4 September 2021 Subject to Export Control See Cover Page for details Page 25 4 2 4 ADS B IN CDTI TE...

Page 272: ...Procedures and Test Configurations 1 2 4 RGS 2000NG TCAS Test Set Operation Manual 139187 Rev 500 Page 26 Subject to Export Control See Cover Page for details September 2021 4 2 5 TCAS COORDINATED RA...

Page 273: ...s 14 5 5 1 Data Format 14 5 5 2 Frequency Request 14 5 5 3 Mode 14 5 5 4 Phase Request 15 5 5 5 Port 15 5 5 6 Pulse 16 5 5 7 Pulse Falltime Request 17 5 5 8 Pulse Risetime Request 17 5 5 9 Pulse Posit...

Page 274: ...ings 150 5 10 2 OEM 150 5 10 3 Phase Noise Parameters 151 5 10 4 Pulse Width 151 5 10 5 Receiver Path 152 5 10 6 Scope Port 153 5 10 7 TX Generator Parameters 154 5 11 Transponder Commands 158 5 11 1...

Page 275: ...ontrol See Cover Page for details Page 3 5 12 7 Reset 188 5 12 8 Serial Number Request 188 5 12 9 Software Version Request 188 5 12 10Unit Name 188 5 12 11Versions 189 5 13 Examples 190 5 13 1 Scenari...

Page 276: ...is used to indicate the command did not complete correctly The command will explicitly state if it will return a question mark The is used to indicate the command completed normally The command will...

Page 277: ...fferent subcommand categories by using the and adding the subcommand structure for the other command For example using the previous example we can also add a factory setting at the end of the command...

Page 278: ...55 in accordance with the following table SYSTEM ERROR This command returns one line from the error log in the Touchscreen Every time that the command is transmitted the next available error will be r...

Page 279: ...low the user to configure on which of the three 429 ports of the Unit 429 adapter the parameter is received These values cannot be changed while a test or scenario is running 5 3 2 1 Altitude Command...

Page 280: ...d Syntax RGS RGS2000NG M429 LATITUDE LAT POS SP A1B1 A2B2 A3B3 CR Description This command sets the pin position for the 429 latitude Default A1B1 Example RGS M429 LAT POS A2B2 r Command Syntax RGS RG...

Page 281: ...uous and Interrupt of Block Transmissions 5 4 1 1 Frame Period 5 4 1 2 Hit 5 4 1 3 Miss Command Syntax RGS RGS2000NG TXBLOCK PERIOD SP numeric CR Description This command defines the block transmissio...

Page 282: ...terrupt mode then the hit and miss count is used Command Syntax RGS RGS2000NG TXBLOCK TRANSMISSIONS TRANS SP NOLIMIT numeric CR Description This command sets the total number of blocks transmission Nu...

Page 283: ...ast six characters are the Mode S Address ATCRBS Reply 0 to FFF 3 hexadecimal ASCII Default Mode S Interrogation Mode S Message 00000000000001 ATCRBS Reply 000 Example RGS TXBLOCK 1 MESS ACBDEF1234567...

Page 284: ...nds on frame period value Example RGS TXBLOCK 2 TIME 99 r Command Syntax RGS RGS2000NG TXBLOCK message number TYPE SP numeric numeric1 CR Description This command sets the type of the message selected...

Page 285: ...RGS2000NG TXBLOCK TI TIME CR Description This command returns the current transmission block run time Return Value Decimal value in ASCII in 1 second resolution Example RGS TXBLOCK TI r Returns 0 Com...

Page 286: ...lies numeric format Numeric 0 to 2 decimal ASCII Value Format 0 Hexadecimal 1 Decimal no fractional part 2 Float fractional part Default 1 Example RGS MEA DFORMAT 1 r Command Syntax RGS RGS2000NG MEA...

Page 287: ...e selected pulse between Port 1 and the selected port Return Value is in ASCII data format specified in degrees In case of the Float data format the value is returned with one decimal point Example RG...

Page 288: ...ly 8 D1 D1 ATCRBS Reply 9 B2 B2 ATCRBS Reply 10 D2 D2 ATCRBS Reply 11 B4 B4 ATCRBS Reply 12 D4 D4 ATCRBS Reply 13 F2 F2 ATCRBS Reply 14 P1MSR P1 Mode S Reply 15 P2MSR P2 Mode S Reply 16 P3MSR P3 Mode...

Page 289: ...mat specified in ns In case of the Float data format the value is returned without fractional part Example RGS MEA PUL RISE r Returns 88 Command Syntax RGS RGS2000NG MEA MEASURE PUL PULSE POS POSITION...

Page 290: ...he interrogation Default 0 Example RGS MEA SET SPR 2 r Command Syntax RGS RGS2000NG MEA MEASURE SET SETTINGS TRIGGER TRIG ANT ANTENNA SP TOP BOTTOM CR Description This command sets the measurement rou...

Page 291: ...and sets the trigger level in dBm if trigger source is set to log video Numeric 15 to 60 dBm decimal ASCII Example RGS MEA SET TRIG LDBM 22 r Command Syntax RGS RGS2000NG MEA MEASURE SET SETTINGS TRIG...

Page 292: ...ine Default 3 Example RGS MEA SET TRIG SOU 0 r Command Syntax RGS RGS2000NG OWN ALT ALTITUDE SP numeric CR Description This command sets the own aircraft TCAS under test altitude value Numeric 1000 to...

Page 293: ...c 180 to 180 degrees double ASCII Default Last longitude before power down Example RGS OWN LONG 80 333331 r NOTE This command is valid only when the source of the own aircraft parameters is defined as...

Page 294: ...ax RGS RGS2000NG RCV RCVR CO COUNT CR Description This command returns the count of messages available to read from the Unit receiver log Return Value Decimal value in ASCII Example RGS RCV CO r Retur...

Page 295: ...5 Data Mode S Short Replies DF0 to DF15 Byte 2 to 8 All 0 s Byte 9 to 15 Data Byte 9 Bit 7 MSB Hexadecimal Mode S Long Replies DF16 to DF24 Byte 2 to 15 Data Byte2 Bit 7 MSB Hexadecimal Mode S Short I...

Page 296: ...ll Call 9 Mode A with S1 A Mode A Only All Call with S1 B Mode A Mode S All Call with S1 C Byte 3 UUT Whisper Shout Level RGS Zero Byte 4 UUT High Nibble Bit 7 4 Zero Low Nibble Bit 3 0 Quadrant RGS Z...

Page 297: ...Generator F 5 Bit 3 0 Always 0 Byte 17 to 19 Address Mode S Replies Interrogations Mode S Address Byte 17 Bit 7 to MSB ATCRBS Replies Interrogations All 0 s Byte 20 to 25 Time Stamp 6 bytes represent...

Page 298: ...0x20 Unit ATCRBS Replies 0x40 Unit UF Messages 0x80 Unit ATCRBS Interrogations Default No mask All receivers off Example RGS RCV MA FF r Command Syntax RGS RGS2000NG RCV RCVR ST STATUS CR Description...

Page 299: ...ME Command Syntax RGS RGS2000NG RCV RCVR UTC SP ON PC GPS 429 OFF CR Description This command enables or disables the UTC time format for the received messages timestamp When the UTC time is enabled t...

Page 300: ...on only two generators are available GENA and GENC The generator GENA is used to define the reference Mode S message and generator GENC is used to define the special test 5 8 1 GENERATOR PARAMETERS 5...

Page 301: ...PB1 PD1 PB2 PD2 PB4 PD4 PF2 DPOS SP numeric CR Description This command sets the delta position of the selected ATCRBS pulse on the selected generator Numeric 1000 to 1000 ns in 25 ns steps decimal AS...

Page 302: ...Special Test RGS DO260 TYPE OVERLAP GENS GENC DELAY 100 r Command Syntax RGS RGS2000NG DO260 TYPE NORMAL GENS GENA GENB GENC GEND GENE GENF SIGNAL SIG SP ON OFF CR Description This command enables or...

Page 303: ...ted Mode S pulse on the selected generator Numeric 400 to 400 ns in 25 ns steps decimal ASCII Default 0 Example RGS DO260 TYPE NORMAL PULSE MODES CH 1 P2 DWIDTH 50 r Command Syntax RGS RGS2000NG DO260...

Page 304: ...NC POW 30 r Command Syntax RGS RGS2000NG DO260 TYPE NORMAL GENS GENA GENB GENC GEND GENE GENF MODES RANDOM SP ON OFF CR Description This command enables or disables the random generation of Mode S Pul...

Page 305: ...he delay value and then moves 50 ns every transmission until the end Default On Example RGS DO260 TYPE NORMAL GENS GENA WALK OFF r Command Syntax RGS RGS2000NG DO260 LOAD SP filename CR Description Th...

Page 306: ...es the DO 260 test to the default values Attribute Value Test Type Normal Trigger Source GENA Trigger Mode Delay Period ms 10 Number of Transmissions 0 to Unlimited Signal All Generators OFF Power All...

Page 307: ...LT PULSE P1 P2 P3 P4 REFERENCE REF SP GENA GENC CR Description This command sets the selected pulse reference power Only the generators GENA and GENC are available By default the reference power is GE...

Page 308: ...s pulse Numeric 0 for no bad chip 1 to 112 if the reference is a long Mode S 1 to 56 if the reference is a short Mode S decimal ASCII Default 0 Example RGS DO260 TYPE BITF CHIPS BLAST 39 r Command Syn...

Page 309: ...is a short Mode S decimal ASCII Default None selection Example RGS DO260 TYPE CONF ENERGY CHIPS 3 7 15 25 44 r Command Syntax RGS RGS2000NG DO260 TYPE OVERLAPPINGPULSE OVERLAP PULSE DELAY SP numeric C...

Page 310: ...NG DO260 TYPE PREAMBLEVAL PREA CHIPS NFIRST SP numeric CR Description This command sets the first no energy Bit of the message Numeric 0 for no energy chip 1 to 112 if the reference is a long Mode S 1...

Page 311: ...a long Mode S 1 to 56 if the reference is a short Mode S decimal ASCII Default 0 Example RGS DO260 TYPE PREA CHIPS NLAST 5 r Command Syntax RGS RGS2000NG DO260 START CR Description This command begins...

Page 312: ...starting position of the enable generators from the initial delay by 50 ns every transmission Numeric 0 to 3 Value Mode 0 Delay 1 Delay 2 Random 3 Walk Default 0 Delay Example RGS DO260 TIMING TRIG MO...

Page 313: ...TRIG RANDOM POS 0 r Command Syntax RGS RGS2000NG SCE SCENARIO PULSE ATCRBS CH 1 2 3 PF1 PC1 PA1 PC2 PA2 PC4 PA4 PB1 PD1 PB2 PD2 PB4 PD4 PF2 DAMP SP 0 1 CR Description This command sets the delta ampl...

Page 314: ...CR Description This command enables or disables not visible the selected ATCRBS pulse Default On Example RGS SCE PULSE ATCRBS CH 2 PC1 ENABLE ON r Command Syntax RGS RGS2000NG SCE SCENARIO I1030 RATE...

Page 315: ...nd Syntax RGS RGS2000NG SCE SCENARIO I1030 message number TYPE SP numeric CR Description This command sets the type of the 1030 message selected Numeric Value Generator 1 Mode S Interrogation 2 Mode A...

Page 316: ...isables the selected interrogation interval Default On Example RGS SCE INTER 2 INT 1 ENA ON r Command Syntax RGS RGS2000NG SCE SCENARIO INTER INTERROGATOR interrogator number INT INTERVAL interval num...

Page 317: ...command sets the stop time for the selected interrogation interval Numeric 0 to 6550 seconds decimal ASCII Default Scenario stop time Example RGS SCE INTER 2 INT 4 END 0 5 r Command Syntax RGS RGS2000...

Page 318: ...TAT STATIC DYN DYNAMIC intruder number CPR SP ODDEVEN ODD EVEN CR Description This command sets the selected intruder airborne or surface position squitter compact position reporting format type to th...

Page 319: ...er POSSS SP numeric CR Description This command sets the selected intruder airborne position squitter surveillance status to the specified code Numeric 0 to 3 decimal ASCII Value Surveillance Status 0...

Page 320: ...OFF CR Description This command enables or disables the position even or odd squitter message of the specified intruder Default On Example RGS SCE DYN 1 SPOSODD INT 1 ENA ON r Command Syntax RGS RGS20...

Page 321: ...r Numeric 0 to 6550 seconds decimal ASCII Resolution 0 1 Default By default the spaces not defined between intervals are considered off Example RGS SCE DYN 1 SPOSODD INT 2 END 24 r NOTE Only the user...

Page 322: ...RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS AVSIZE SP numeric CR Description This command sets the selected intruder aircraft operational status squitter aircraft vehicle leng...

Page 323: ...utput power is 70 Watts Default 0 Example RGS SCE STAT 1 SAOS B2L 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS NICB SP numeric CR Description This command...

Page 324: ...0 No Cockpit Display of Traffic Information CDTI capability 1 CDTI Operational Default 0 Example RGS SCE DYN 1 SAOS CDTI 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder...

Page 325: ...operational status squitter horizontal reference direction field to the specified value Numeric 0 to 1 decimal ASCII Value Meaning 0 True North 1 Magnetic North Default 0 Example RGS SCE DYN 1 SAOS H...

Page 326: ...0 5 2 meters Right 6 4 meters Right 7 6 meters Right Default 0 Example RGS SCE STAT 1 SAOS GPSLAT 3 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS GPSLONG SP...

Page 327: ...NACP Comment 0 EPU 10 Nm Unknown Accuracy 1 EPU 10 Nm RNP 10 2 EPU 4 Nm RNP 4 3 EPU 2 Nm RNP 2 4 EPU 1 Nm RNP 1 5 EPU 0 5 Nm RNP 0 5 6 EPU 0 3 Nm RNP 0 3 7 EPU 0 1 Nm RNP 0 1 8 EPU 0 05 Nm GPS SA on...

Page 328: ...tion This command sets the selected intruder aircraft operational status squitter NIC Supplement B field to the specified value Numeric 0 to 1 decimal ASCII Default 0 Example RGS SCE DYN 1 SAOS NISB 1...

Page 329: ...CE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS ATC SP numeric CR Description This command sets the selected intruder aircraft operational status squitter receiving air traffic control servic...

Page 330: ...CENARIO STAT STATIC DYN DYNAMIC intruder number SAOS SAF SP numeric CR Description This command sets the selected intruder aircraft operational status squitter single antenna field to the specified va...

Page 331: ...Probability of Exceeding NIC Radius of Containment per Sample Default 0 Example RGS SCE STAT 1 SAOS SILS 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS SDA...

Page 332: ...0 Example RGS SCE DYN 1 SAOS RA 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number SAOS TOH SP numeric CR Description This command sets the selected intruder aircraf...

Page 333: ...sets the selected intruder aircraft operational status squitter UAT In field to the specified value Numeric 0 to 1 decimal ASCII Value Meaning 0 No Capability to Receive ADS B UAT Messages 1 Receives...

Page 334: ...le RGS SCE DYN 1 SAOS INT 2 BEGIN 3 8 r NOTE Only the user can define the intervals where the message is transmitted Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number SAOS INT INTE...

Page 335: ...squitter ARA field to the specified value if the intruder is an extended Mode S or an ADS R and the aircraft status subtype selected is TCAS Resolution Advisory 2 Numeric 0 to 3FFF hex ASCII Default...

Page 336: ...S Resolution Advisory squitter RAC field to the specified value if the intruder is an extended Mode S or an ADS R and the aircraft status subtype selected is TCAS Resolution Advisory 2 Numeric 0 to 15...

Page 337: ...ets the selected intruder Aircraft Status TCAS Resolution Advisory squitter TID field to the specified value if the intruder is an extended Mode S or an ADS R and the aircraft status subtype selected...

Page 338: ...nd sets the start time for the selected aircraft status squitter message interval for the selected intruder Numeric 0 to 6550 seconds decimal ASCII Resolution 0 1 Default By default the spaces not def...

Page 339: ...Mode S Extended TIS B or ADS R Altitude data is not available For example DF0 contains all zero in Altitude Code Default On Example RGS SCE STAT 2 ALTRPT ON r Command Syntax RGS RGS2000NG SCE SCENARIO...

Page 340: ...IC intruder number WS2 wslevel RPLYANT SP TOP BOTTOM ALTITUDE CR Description This command sets the reply criteria for whisper shout level 2 of an ATCRBS intruder Whisper shout level is a number betwee...

Page 341: ...level 2 of an ATCRBS intruder Whisper shout level is a number between 0 and 255 The reply quadrant can be forward right left after Omni any quadrant or location reference to own aircraft bearing Numer...

Page 342: ...2 AQ 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number BRO BROADCAST INT INTERVAL interval number ENA ENABLE SP ON OFF CR Description This command enables or disabl...

Page 343: ...ruder Default 0 Example RGS SCE STAT 2 BRO INT 4 RL 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number BRO BROADCAST INT INTERVAL interval number BEGIN SP numeric CR...

Page 344: ...lected coordination message for the selected intruder to be initiated at the specified time if intruder initiated Yes or to wait for a coordination message from the UUT at the specified time before tr...

Page 345: ...L 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number COOR COORDINATION INT INTERVAL interval number BEGIN SP numeric CR Description This command sets the start time...

Page 346: ...IC intruder number RDF16 NINT NINTERVAL SP numeric CR Description This command sets the number of DF16 reply intervals for the selected intruder Numeric 0 to 10 decimal ASCII Example RGS SCE DYN 2 RDF...

Page 347: ...IC intruder number GRO GROUND SP ON OFF CR Description This command sets the ground status of the intruder If the intruder is an extended Mode S and ground status is enabled the surface position squit...

Page 348: ...BRID DRAN DRANGE SP numeric CR Description This command sets the delta range for hybrid testing The passive position squitter is modified from the actual by the delta range Numeric 12000 to 12000 feet...

Page 349: ...C intruder number IDENT SP characters BLANK NODATA CR Description This command sets the selected intruder identification characters for the Ident squitter The maximum length is eight characters use th...

Page 350: ...mmand sets the start time for the selected identification squitter message interval for the selected intruder Numeric 0 to 6550 seconds decimal ASCII Resolution 0 1 Default By default the spaces not d...

Page 351: ...ion This command sets the selected intruder to a specific intruder type The intruder types are ATCRBS TCAS Mode S Only TIS B Mode S Extended or ADS R When the intruder type is set to ADS R the Control...

Page 352: ...ntervals where the message is transmitted Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number SDF11 INT INTERVAL interval number END SP numeric CR Description This command sets the s...

Page 353: ...e FS field for a Mode S intruder Numeric 0 to 7 decimal ASCII Default 0 Example RGS SCE STAT 1 FS 6 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number MSADDR SP numeri...

Page 354: ...l ASCII Value RI 0 No Onboard TCAS 1 Not Assigned 2 No Resolution 3 Vertical Only Resolution 4 Vertical and Horizontal 5 Not Assigned 6 Not Assigned 7 Not Assigned Default 0 Example RGS SCE STAT 1 RI...

Page 355: ...esolution 4 Vertical and Horizontal 5 Not Assigned 6 Not Assigned 7 Not Assigned 8 No Airspeed 9 Airspeed 75 knots 10 75 Airspeed 150 knots 11 150 Airspeed 300 knots 12 300 Airspeed 600 knots 13 600 A...

Page 356: ...1 DF 1FECA000 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number ONE ONESHOT MESS MESSAGE message number ENA ENABLE SP ON OFF CR Description This command enables or di...

Page 357: ...GS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number ALT ALTITUDE SP NODATA numeric CR Description This command sets the selected intruder to the specified altitude If altitude data is not av...

Page 358: ...er LONG LONGITUDE SP numeric CR Description This command sets the selected intruder to the specified longitude Numeric 180 to 180 degrees double ASCII Default Calculated using the range and bearing an...

Page 359: ...VELOCITY SP NODATA numeric CR Description This command sets the selected intruder to the specified velocity If velocity data is not available then use the keyword NODATA If velocity data is not avail...

Page 360: ...ON r Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number WAY WAYPOINTS POS POSITION position number LAT LATITUDE SP numeric CR Description This command sets the latitude at the sele...

Page 361: ...Off RPLYCH 1 2 3 PPRPLY 0 0 2 0 4 0 6 0 8 1 PPSQ 0 0 2 0 4 0 6 0 8 1 RPLYANT Bottom Top Alternating Both Altitude SQANT Bottom Top Both RPLYPWR 20 to 90 SQPWR 20 to 90 CA 0 to 7 RIAQ1 0 to 7 RIAQ0 0...

Page 362: ...OTH ALTERNATE ALTITUDE CR Description This command sets the reply antenna for the intruder The interrogation must match the reply antenna for an intruder to respond to an interrogation If Alternate is...

Page 363: ...ENARIO STAT STATIC DYN DYNAMIC intruder number BEGIN SP numeric CR Description This command sets the scenario time when the intruder becomes active Numeric 0 to 6550 seconds decimal ASCII Default 0 Ex...

Page 364: ...f squitters turns active the definition of the squitter scheduled transmission Default On Example RGS SCE DYN 1 SQU ON r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder numb...

Page 365: ...Reserved for Decelerating 4 Reserved for Accelerating 5 Reserved for Backing Up For DO 260B 0 to 6 decimal ASCII Value Movement 0 No Movement Information 1 Aircraft Stopped 2 Ground Speed 0 125 kts 3...

Page 366: ...nd Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET AHM SP numeric CR Description This command sets the selected intruder target state and status squitter altitude hol...

Page 367: ...SCE DYN 1 STARGET APP 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET AEG SP numeric CR Description This command sets the selected intruder target state...

Page 368: ...Default 0 Example RGS SCE DYN 1 STARGET NICB 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET BPS SP NODATA numeric CR Description This command sets the s...

Page 369: ...Meaning 0 No emergency 1 General Emergency 2 Lifeguard medical emergency 3 Minimum fuel 4 No communications 5 Unlawful interference 6 Downed Aircraft 7 Reserved Default 0 Example RGS SCE DYN 1 STARGET...

Page 370: ...DYN 1 STARGET HMI 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET LMG SP numeric CR Description This command sets the selected intruder target state and...

Page 371: ...specified value if the intruder is an extended Mode S Numeric 0 to 15 decimal ASCII Value NACP 0 EPU 10 Nm 1 EPU 10 Nm 2 EPU 4 Nm 3 EPU 2 Nm 4 EPU 1 Nm 5 EPU 0 5 Nm 6 EPU 0 3 Nm 7 EPU 0 1 Nm 8 EPU 0...

Page 372: ...T SHS 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET SILS SP numeric CR Description This command sets the selected intruder target state and status squit...

Page 373: ...DYN DYNAMIC intruder number STARGET ACAP SP numeric CR Description This command sets the selected intruder target state and status squitter target altitude capability flag field to the specified value...

Page 374: ...gle being reported Default 0 Example RGS SCE DYN 1 STARGET THTI 1 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET TOP SP numeric CR Description This command...

Page 375: ...2 Holding Altitude 3 FMS RNAV System Default 0 Example RGS SCE DYN 1 STARGET VDASI 2 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number STARGET VMI SP numeric CR Descr...

Page 376: ...arget state and status squitter message of the specified intruder Default On Example RGS SCE DYN 1 STARGET INT 1 ENA ON r Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number STARGET...

Page 377: ...for the selected target state and status squitter message interval for the selected intruder Numeric 0 to 6550 seconds decimal ASCII Resolution 0 1 Default By default the spaces not defined between in...

Page 378: ...Default Reply Mode S Mode C TIS B Extended parameter selection REPLY On Off SQUITTER On Off CC On Off RPLYCH 1 2 3 PPRPLY 0 0 2 0 4 0 6 0 8 1 PPSQ 0 0 2 0 4 0 6 0 8 1 RPLYANT Bottom Top Alternating B...

Page 379: ...r Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number WAY WAYPOINTS TIME interval number BEGIN SP numeric CR Description This command sets the time when the selected waypoint for th...

Page 380: ...ommand sets the service volume identification of the intruder selected Numeric 0 to 15 decimal ASCII Default 0 Example RGS SCE STAT 1 COARSE SVID 3 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STA...

Page 381: ...IC DYN DYNAMIC intruder number VELDBA SP numeric CR Description This command sets the selected intruder velocity squitter difference from barometric altitude field to the specified value if the intrud...

Page 382: ...AT STATIC DYN DYNAMIC intruder number VELINTENT SP numeric CR Description This command sets the selected intruder velocity squitter intent change flag field to the specified value if the intruder is a...

Page 383: ...SP numeric CR Description This command sets the selected intruder velocity squitter NIC Supplement A field to the specified value Numeric 0 to 1 decimal ASCII Default 0 Example RGS SCE DYN 1 VELNISA 1...

Page 384: ...S2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number HSGS SP numeric CR Description This command sets the selected intruder velocity squitter status Bit for heading or ground track field to th...

Page 385: ...al 4 Airspeed Heading Supersonic 5 Subtype 5 Reserved 6 Subtype 6 Reserved 7 Subtype 7 Reserved Default 1 Example RGS SCE DYN 1 VELTYPE 3 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DY...

Page 386: ...sets the Vertical Velocity source or GEO flag of the specified intruder Numeric 0 to 1 decimal ASCII Value Meaning 0 Vertical Rate information from Geometric Source 1 Vertical Rate information from B...

Page 387: ...e user can define the intervals where the message is transmitted Command Syntax RGS RGS2000NG SCE SCENARIO DYN DYNAMIC intruder number SVEL INT INTERVAL interval number END SP numeric CR Description T...

Page 388: ...RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number UF0 INT INTERVAL interval number ENA ENABLE SP ON OFF CR Description This command enables or disables the selected UF0 message for th...

Page 389: ...Example RGS SCE DYN 1 UF0 INT 1 BEGIN 0 r Command Syntax RGS RGS2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number UF0 INT INTERVAL interval number END SP numeric CR Description This command...

Page 390: ...TH 25 r Command Syntax RGS RGS2000NG SCE SCENARIO PULSE MODES CH 1 2 3 P1 P2 P3 P4 ENABLE SP ON OFF CR Description This command enables or disables not visible the selected Mode S pulse Default On Exa...

Page 391: ...define UAT Intruders that will be transmitted by the specified channel This command will be ignored when defining Intruders for TCAS type scenario By default the channel grouping is UATRX1 Example RG...

Page 392: ...s all the data has been processed in other words the command can be sent before or after the completion of the scenario benefit of sending the command after the scenario has started is that the file g...

Page 393: ...amic targets numeric2 Ignored static or dynamic targets Number of Static Targets 568 Number of Dynamic Targets 32 UAT numeric1 Number of static or dynamic targets in the UAT RX1 channel numeric2 Numbe...

Page 394: ...Unit hardware and calibration High Power Low Power Very Low Power Minimum dBm 69 dBm 90 dBm 110 dBm Maximum dBm 1 dBm 20 dBm 40 dBm Default Low Power Return is returned if the command is able to comp...

Page 395: ...all commands used to define the scenario The UAT mode requires Unit UAT Hardware Command Syntax RGS RGS2000NG SCE SCENARIO UTCGPS SP ON OFF CR Description This command turns on or off the UTC time fro...

Page 396: ...ount the time duration of the scenario When the Static Test Mode is enabled the Mode S static and dynamic intruders maintain the position acquired when the maximum time duration is reached Default Off...

Page 397: ...iption This command sets the carrier frequency for the Doppler Test This command is valid only for UAT scenario Numeric 1 335 to 85 45 kHz decimal ASCII Default 20 0 kHz Example RGS SCE UAT STEST DOPP...

Page 398: ...or the UAT test Mode Selected This command is valid only for UAT scenarios This command is valid for the UAT Test Mode Modulation Frequency and Doppler Modulation Frequency Numeric 0 to 3 decimal ASCI...

Page 399: ...d MSO 9 Doppler Test 10 Modulation Frequency 11 DME Fruit 30 s spacing 12 Doppler and Modulation Frequency 13 Receiver Selectivity Default 1 Normal Example RGS SCE UAT STEST TYPE 3 r Command Syntax RG...

Page 400: ...DYN DYNAMIC intruder number ADDRQ SP numeric CR Description This command sets the address qualifier of the specified intruder The intruder number specifies the number of the intruder in the channel g...

Page 401: ...15 decimal ASCII Value Meaning Length meters Width meters 0 No Data 1 15 23 2 25 28 5 3 25 34 4 35 33 5 35 38 6 45 39 5 7 45 45 8 55 45 9 55 52 10 65 59 5 11 65 67 12 75 72 5 13 75 80 14 85 80 15 85 9...

Page 402: ...the channel grouping specified Numeric 0 to 1 decimal ASCII Value Altitude Type 0 Pressure Altitude 1 Geometric Altitude Default 0 Example RGS SCE STAT 1 ALTTYPE 1 r Command Syntax RTG RTG2000NG SCE S...

Page 403: ...of the specified intruder The intruder number specifies the number of the intruder in the channel grouping specified Numeric 0 to 31 decimal ASCII Value Meaning 0 No Data 1 Applied by sensor 2 2 meter...

Page 404: ...2 NM 8 Rc 0 1 NM 9 Rc 75 m 10 Rc 25 m 11 Rc 7 5 m 12 Reserved NIC 12 13 Reserved NIC 13 14 Reserved NIC 14 15 Reserved NIC 15 Example RGS SCE STAT 1 NIC 4 r Command Syntax RTG RTG2000NG SCE SCENARIO S...

Page 405: ...ounded The intruder number specifies the number of the intruder in the channel grouping specified Numeric 0 to 3 decimal ASCII Value Meaning 0 No Data 1 True Track 2 Magnetic Heading 3 True Heading Ex...

Page 406: ...21 3 22 to 25 4 26 to 28 5 29 to 30 6 31 7 32 Example RGS SCE STAT 1 UPLINK 2 r Command Syntax RTG RTG2000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder number UTC SP ON OFF CR Description This com...

Page 407: ...nel grouping specified Numeric 0 to 10 decimal ASCII Value Type Code 0 ADS B Message Payload Type Code 0 1 ADS B Message Payload Type Code 1 2 ADS B Message Payload Type Code 2 3 ADS B Message Payload...

Page 408: ...tion This command sets the intruder state payload message element of the ADS B message of the specified intruder This command applies to ADS B Messages with payload type code of 3 4 and 5 6 The data m...

Page 409: ...ts the start time for the selected ADS B payload message interval for the selected intruder The intruder number specifies the number of the intruder in the channel grouping specified Numeric 0 to 6550...

Page 410: ...der in the channel grouping specified Numeric 0 to 14 decimal ASCII Value Type Code 0 ADS B Message Payload Type Code 0 1 ADS B Message Payload Type Code 1 2 ADS B Message Payload Type Code 2 3 ADS B...

Page 411: ...n the right with zeros for a length according to the data set size identified by excess for instance if length 96 128 then length 128 According with the length of the ADS B message data will be calcul...

Page 412: ...he specified intruder This command applies to ADS B Messages with payload type code of 1 2 5 and 5 6 The data message is padded on the right with zeros for a length 10 hexadecimal ASCII The intruder n...

Page 413: ...ric block no 1 to 6 decimal ASCII numeric FFFFFFFF FFFFFF 144 hexadecimal ASCII Example RGS SCE STAT 1 RSB 1 PLMSG 12000000000000444FFAA00 r Command Syntax RTG RTG2000NG SCE SCENARIO STAT STATIC intru...

Page 414: ...degrees double ASCII Example RGS SCE STAT 1 UAT GUS LONG 24 6698 r Command Syntax RTG RTG2000NG SCE SCENARIO STAT STATIC intruder number UAT GUS POSVALID SP ON OFF CR Description This command enables...

Page 415: ...er The intruder number specifies the number of the intruder in the channel grouping specified Numeric 0 to 255 decimal ASCII Example RGS SCE STAT 1 UAT GUS IFRAME NIFRAMES 6 r Command Syntax RTG RTG20...

Page 416: ...he number of the intruder in the channel grouping specified Numeric 0 to 15 decimal ASCII Example RGS SCE STAT 2 UAT GUS IFRAME 2 IFTYPE 3 r Command Syntax RGS RGS2000NG SCE SCENARIO VDB vdb number AL...

Page 417: ...AFTER OMNI CR Description This command allows setting the whisper shout level and quadrant trigger for an ATCRBS trigger of the selected VDB Default Whisper Shout 0 and Forward Quadrant Numeric wsleve...

Page 418: ...sables the selected one shot data message for the selected video data block Numeric ON once one shot defined Example RGS SCE VDB 1 ONE TIME 1 ENA ON r Command Syntax RGS RGS2000NG SCE SCENARIO VDB vdb...

Page 419: ...vdb number RPLYANT SP TOP BOTTOM CR Description This command allows setting the reply antenna of the selected VDB Default Bottom Only Example RGS SCE VDB 1 RPLYANT TOP r Command Syntax RGS RGS2000NG...

Page 420: ...the selected VDB Numeric 0 to 6550 seconds decimal ASCII Default 0 Example RGS SCE VDB 1 BEGIN 6 r Command Syntax RGS RGS2000NG SCE SCENARIO VDB vdb number END SP numeric CR Description This command a...

Page 421: ...ber VEL VELOCITY SP numeric CR Description This command allows setting the velocity of the selected VDB Numeric 0 to 2000 knots decimal ASCII Default 0 knots Example RGS SCE VDB 1 VEL 325 r Command Sy...

Page 422: ...he current scenario type Return is returned if the command was able to complete successfully is returned if a failure occurs Example RGS SET FACT TCAS r Command Syntax RGS RGS2000NG SET SETTINGS OEM S...

Page 423: ...o complete successfully is returned if a failure occurs Numeric 0 to 70 decimal SASCII Default 0 Example RGS SET PHA NOI 70 r Command Syntax RGS RGS2000NG SET SETTINGS PHA PHASE NOI NOISE CR Descripti...

Page 424: ...nel represented by the numeric value Chamber is selected when the Unit is working with an RF Amplifier Chamber Test Set option The RF Amplifier Chamber directs the receive port to T1 and 30 dB of atte...

Page 425: ...Modulation 7 Transmitter 2 Gen B Pulse Modulation 8 Transmitter 3 Gen C Pulse Modulation 9 Transmitter 4 Gen D Pulse Modulation 10 Transmitter 5 Gen E Pulse Modulation 11 Transmitter 6 Gen F Pulse Mo...

Page 426: ...Hz GenE 1030 MHz 1090 MHz 1090 MHz GenF 1030 MHz 1090 MHz 1090 MHz For the scenario type UAT the default settings depend of the UAT Test Mode The generators GenD GenE and GenF are disabled Any command...

Page 427: ...D MODE SP CW PULSE CR Description This command sets the selected generator to either CW pulse modulation or off Return is returned if the command was able to complete successfully is returned if a fai...

Page 428: ...acing Top Disabled Bottom Retrigger Long ADS B Message Top Disabled Bottom Retrigger Long Ground Link Message Top Disabled Bottom 1090 Pulse Interference Top Top Disabled Ground Link Message Invalid M...

Page 429: ...nF are disabled Any command sent to a disabled generator is considered an invalid command Return is returned if the command was able to complete successfully if a failure occurs Default 20 dBm 40 dBm...

Page 430: ...and GenF are disabled Any command sent to a disabled generator is considered an invalid command Return is returned if the command was able to complete successfully if a failure occurs Default On Examp...

Page 431: ...NTERF P1WIDTH P1W SP numeric CR Description This command sets the width of the first interference pulse Numeric 0 to 1 95 s decimal ASCII Default 0 8 s Example RGS XPDR INTERF P1W 0 9 r Query RGS XPDR...

Page 432: ...Returns ON Command Syntax RGS RGS2000NG XPDR INTERFERENCE INTERF SPACING SPAC SP numeric CR Description This command sets the spacing of the second interference pulse P2 from the first Numeric 6 05 t...

Page 433: ...1031 01 r Query RGS XPDR FREQ r Returns 1031 01 Command Syntax RGS RGS2000NG XPDR RF SP ON OFF CR Description This command turns on or off the interrogations This command is equivalent to start test E...

Page 434: ...ription This command loads a CSV test file specified filename from the internal storage area Return is returned if the command was able to complete successfully is returned if a failure occurs Example...

Page 435: ...DR SCOPE INTERR OFFSET r Returns 3 Command Syntax RGS RGS2000NG XPDR STA START CR Description This command starts a predefined test Example RGS XPDR STA r Query No See INTERROGATION ON OFF Command Syn...

Page 436: ...7 1 1 1 Frame Period 5 11 17 1 1 2 Hit Command Syntax RGS RGS2000NG XPDR TXBLOCK PERIOD SP numeric CR Description This command defines the block transmission period in ms Numeric 10 to 90000 decimal A...

Page 437: ...ault 0 Example RGS XPDR TXBLOCK MISS 4 r Query RGS XPDR TXBLOCK MISS r Return 4 Command Syntax RGS RGS2000NG XPDR TXBLOCK MODE SP CONTINUOUS INTERRUPT CR Description This command sets the transmission...

Page 438: ...decimal ASCII The last six characters are the Mode S Address Default 00000000000001 for Mode S Interrogation and Mode S Message Example RGS XPDR TXBLOCK 1 MESS 7ABA3259A66BBB r Query RGS XPDR TXBLOCK...

Page 439: ...Query RGS XPDR TXBLOCK 3 TIME r Return 77 Command Syntax RGS RGS2000NG XPDR TXBLOCK message number TYPE SP numeric numeric1 CR Description This command sets the type of the message selected The option...

Page 440: ...ation below demonstrates how the interlaced ratio operates 5 11 17 2 2 1 Interlaced Mode ON OFF Command Syntax RGS RGS2000NG XPDR DBL interrogation number FREQ FREQUENCY SP numeric CR Description This...

Page 441: ...eric 1 to 1000 decimal ASCII Default 1 Example RGS XPDR DBL IRATIO 11 r Query RGS XPDR DBL IRATIO r Return 11 Command Syntax RGS RGS2000NG XPDR DBL interrogation number MOD MODE SP numeric CR Descript...

Page 442: ...Default 00000000000001 Example RGS XPDR DBL 2 UF 5AC4727338FF22 r Query RGS XPDR DBL 2 UF r Return AC4727338FF22 Command Syntax RGS RGS2000NG XPDR DBL P1TOP1 SP numeric CR Description This command se...

Page 443: ...3WIDTH P3W 0 to 1 95 P4WIDTH P4W 0 to 1 95 P5WIDTH P5W 0 2 to 1 95 P6ENDWIDTH P6ENDW P1POWER P1P 19 to 9 CAL OFF P2POWER P2P 19 to 9 CAL OFF P3POWER P3P 19 to 9 CAL OFF P4POWER P4P 19 to 9 CAL OFF P5P...

Page 444: ...number PWIDTH PW SP numeric CR Description This command sets the pulse width of the selected double interrogation interrogation number defines the double interrogation number Interrogation 1 to 2 deci...

Page 445: ...ount is five then the first five interrogations are transmitted and on the next burst the same five are transmitted If the burst count is 0 then every time a burst start command is received the number...

Page 446: ...he number of interrogations that are sent once the operation starts Numeric 1 to 1000 decimal ASCII Default 200 Example RGS XPDR ITABLE BURST COUNT 10 r Query RGS XPDR ITABLE BURST COUNT r Returns 10...

Page 447: ...PDR ITABLE NINT r Return 3 Command Syntax RGS RGS2000NG XPDR ITABLE PRF SP numeric CR Description This command sets the pulse repetition rate PRF for all table entries Numeric 1 to 400 decimal ASCII 1...

Page 448: ...TABLE 1 ANT TIM r Returns 0 5 Command Syntax RGS RGS2000NG XPDR ITABLE table entry ENABLE SP ON OFF CR Description This command turns on or off the interrogation of the selected table entry Table Entr...

Page 449: ...to FFFFFFFFFFFFFF 14 hexadecimal ASCII Long interrogation 0 to FFFFFFFFFFFFFFFFFFFFFFFFFFFF 28 hexadecimal ASCII The last six characters are the Mode S Address Default 00000000000001 Example RGS XPDR...

Page 450: ...Mode S P2POWER P2P 19 to 9 CAL OFF Not Valid for Mode S P3POWER P3P 19 to 9 CAL OFF Not Valid for Mode S P4POWER P4P 19 to 9 CAL OFF Not Valid for Mode A Mode C and Mode S P5POWER P5P 19 to 9 CAL OFF...

Page 451: ...S2000NG XPDR ITABLE SYNC SP numeric CR Description This command allows selecting the table entry for synchronization The measured UUT values are obtained from the reply associated with the interrogati...

Page 452: ...c1 is used to define the Mode C pulse Numeric 1 0 to 1 0 s decimal ASCII Default 0 Example RGS XPDR ANT TIM 0 8 r Query RGS XPDR ANT TIM r Return 0 8 Example Alternate Mode A Mode C RGS XPDR ANT TIM 0...

Page 453: ...mand Syntax RGS RGS2000NG XPDR UF SP numeric CR Description This command sets the data message for the Mode S Interrogation Numeric Short interrogation 0 to FFFFFFFFFFFFFF 14 hexadecimal ASCII Long in...

Page 454: ...d for Mode S P2POWER P2P 19 to 9 CAL OFF Not Valid for Mode S P3POWER P3P 19 to 9 CAL OFF Not Valid for Mode S P4POWER P4P 19 to 9 CAL OFF Not Valid for Mode A Mode C and Mode S P5POWER P5P 19 to 9 CA...

Page 455: ...r Query RGS XPDR PRF r Return 150 Command Syntax RGS RGS2000NG XPDR PWIDTH PW SP numeric CR Description This command sets the pulse width Numeric 0 to 5 s decimal ASCII Default 0 Example RGS XPDR PW 1...

Page 456: ...e Mode A Mode C the first ON OFF is used to define the Mode A pulse and the second or the optional is used to define the Mode C pulse Default Off Example RGS XPDR SLS ON r Query RGS XPDR SLS r Return...

Page 457: ...errogation Mode C Mode S All Call ACS Single Interrogation Mode A Only All Call ACSA Single Interrogation Mode A Mode S All Call ACSC Single Interrogation Mode C Only All Call BLOCK Block Transmission...

Page 458: ...bottom separated by comma Return Value Decimal value in ASCII If the Unit is not ready to return an answer is returned separated by comma Example RGS XPDR PREP r Return Mode S 50 0 0 0 Return ATCRBS 5...

Page 459: ...LOCAL CR Description This command sets the mode of operation of the Unit Example RGS ACCESS RMT r Command Syntax RGS RGS2000NG ATE ATELINE SOURCE SP DIRECT ATEBOX CR Description This command sets the...

Page 460: ...zero Set the Own Aircraft Mode S Address to 4 6 Reset Scenario 7 Sets the Unit to the factory default settings Return is returned if the factory settings were able to complete successfully is returned...

Page 461: ...eturn Value ASCII Value in the following format User Interface Version Server Version Receiver DSP Version Receiver FPGA Version Transmitter DSP Version Transmitter FPGA Version Receiver Module 1 FPGA...

Page 462: ...E 3000 RGS SCE STATIC QUANTITY 2 RGS SCE DYNAMIC QUANTITY 2 RGS SCE INTERROGATOR QUANTITY 2 RGS SCE VDB QUANTITY 2 RGS SCE FRUIT OFF RGS SCE ATELINE OFF RGS SCE COORDINATION 10000 RGS SCE SLANT ON RGS...

Page 463: ...ATIC 1 UM 0 RGS SCE STATIC 1 DR 0 RGS SCE STATIC 1 FS 0 0 By Default 0 Subtype 0 Reserved Valid only for Extended TIS B 1 Groundspeed Normal 2 Groundspeed Supersonic 3 Airspeed Heading Normal 4 Airspe...

Page 464: ...NTERVAL 1 MU 30000000000002 RGS SCE STATIC 1 COORDINATION INTERVAL 2 BEGIN 30 INTERVAL 2 END 60 INTERVAL 2 ENABLE ON RL 1 AQ 1 INTRUDER YES MU 30000000000002 Intruder Broadcast Definition Example 1 no...

Page 465: ...Intruder Definition Example 2 RGS SCE STATIC 2 MODE TIS B RGS SCE STATIC 2 ENABLE ON RGS SCE STATIC 2 BEGIN 0 RGS SCE STATIC 2 END 3000 RGS SCE STATIC 2 MSADDR 2 RGS SCE STATIC 2 GROUND OFF RGS SCE S...

Page 466: ...DYNAMIC 1 PPSQ 1 0 By Default 0 2 1 GenA 2 GenC 3 GenD RGS SCE DYNAMIC 1 RPLYCH 1 1000 By Default RGS SCE DYNAMIC 1 ALTITUDE 12000 RGS SCE DYNAMIC 1 BEARING 135 RGS SCE DYNAMIC 1 RANGE 5 ALTITUDE By...

Page 467: ...E 12000 Intruder Latitude By Default RGS SCE DYNAMIC 1 WAYPOINTS POSITION 1 LATITUDE 0 04 Intruder Longitude By Default RGS SCE DYNAMIC 1 WAYPOINTS POSITION 1 LONGITUDE 0 0 RGS SCE DYNAMIC 1 WAYPOINTS...

Page 468: ...RACK 0 0000 By Default Octal Digits PadLeft 4 0 only valid for ATCRBS ignored for rest RGS SCE DYNAMIC 2 ACODE 1234 ON By Default only valid for ATCRBS ignored for the rest RGS SCE DYNAMIC 2 ALTRPT ON...

Page 469: ...WIDTH 0 DPOS 0 DAMP 0 ENABLE ON RGS SCE PULSE ATCRBS CH 1 PB2 DWIDTH 0 DPOS 0 DAMP 0 ENABLE ON RGS SCE PULSE ATCRBS CH 1 PD2 DWIDTH 0 DPOS 0 DAMP 0 ENABLE ON RGS SCE PULSE ATCRBS CH 1 PB4 DWIDTH 0 DPO...

Page 470: ...1 DATA 007FE001FF RGS SCE VDB 1 AMPLITUDE 008403105000000000000000000000 Video Data Block Definition Example 2 RGS SCE VDB 2 MODE ATCRBS RGS SCE VDB 2 ENABLE ON RGS SCE VDB 2 BEGIN 0 RGS SCE VDB 2 EN...

Page 471: ...E DEFINITION RGS DO260 TYPE NORMAL GENS GENA POWER 20 RGS DO260 TYPE NORMAL GENS GENA PHASE 0 RGS DO260 TYPE NORMAL GENS GENA PATH TOP RGS DO260 TYPE NORMAL GENS GENA DELAY 0 Not Available for Gen A B...

Page 472: ...RGS DO260 TYPE NORMAL GENS GENA POWER 20 RGS DO260 TYPE NORMAL GENS GENA PHASE 0 RGS DO260 TYPE NORMAL GENS GENA PATH TOP RGS DO260 TYPE NORMAL GENS GENA DELAY 0 Not Available for Gen A Business Rule...

Page 473: ...ERLAP PULSE DELAY 0 RGS DO260 TYPE OVERLAP GENS GENA POWER 20 RGS DO260 TYPE OVERLAP GENS GENA PHASE 0 RGS DO260 TYPE OVERLAP GENS GENA PATH TOP RGS DO260 TYPE OVERLAP GENS GENA DELAY 0 Not Available...

Page 474: ...BITFAILURES CHIPS FIRST 33 RGS DO260 TYPE BITF CHIPS LAST 39 RGS DO260 TYPE BITF GENS GENA POWER 20 RGS DO260 TYPE BITF GENS GENA PHASE 0 RGS DO260 TYPE BITF GENS GENA PATH TOP RGS DO260 TYPE BITF GE...

Page 475: ...00 RGS DO260 TYPE ALT PULSE P2 POSITION 1000 RGS DO260 TYPE ALT PULSE P2 REFERENCE GENA RGS DO260 TYPE ALT PULSE P2 ENABLE ON RGS DO260 TYPE ALT PULSE P3 WIDTH 500 RGS DO260 TYPE ALT PULSE P3 POSITION...

Page 476: ...500 Page 204 Subject to Export Control See Cover Page for details September 2021 RGS DO260 TYPE ALT GENS GENC PATH TOP RGS DO260 TYPE ALT GENS GENC DELAY 0 RGS DO260 TYPE ALT GENS GENC SIGNAL ON Not A...

Page 477: ...D 100 TRANSMISSION MODE CONTINUOUS OR INTERRUPT RGS TXBLOCK MODE CONTINUOUS TOTAL NUMBER OF BLOCKS TRANSMISSION RGS TXBLOCK TRANS 5 DATA MESSAGE RGS TXBLOCK 1 MESS 00000000000001 TYPE OF THE MESSAGE R...

Page 478: ...IC 1 PLCODE 0 payload type code 0 13 0 by default RGS SCE STATIC 1 ADDRQ 0 Address qualifier 0 7 RGS SCE STATIC 1 AVSIZE 0 A V Size 0 15 RGS SCE STATIC 1 AGSTATE 0 AG State 0 3 RGS SCE STATIC 1 ALTTYP...

Page 479: ...2 PLMS FFFF mode status payload message element Apply only for payload type 1 and 3 24 hexadecimal pad on the right with zeros RGS SCE STATIC 2 PLASV FFFF the auxiliary state vector payload message el...

Page 480: ...TIC 1 OFFMANUAL OFF RGS SCE STATIC 1 TAH 0 RGS SCE STATIC 1 VVSOURCE 0 RGS SCE STATIC 1 UPLINK 0 RGS SCE STATIC 1 UTC ON RGS SCE STATIC 1 PLMS FFFF RGS SCE STATIC 1 PLTS FFFF RGS SCE STATIC 2 PLCODE 1...

Page 481: ...g text can be copied and pasted into 4 files and compiled Example Program Title Main h Purpose Main header file Created on 4 10 2017 at 10 12 29 AM by VIAVI Test Solutions Copyright VIAVI AvComm All R...

Page 482: ...the method you desire and set the address status RGS_init RGSGen1 RGS 2000NG 113956 ETHERNET 10 170 170 52 status RGS_init RGSGen1 RGS 2000NG 113956 GPIB 8 if status 0 failed to initialize Display er...

Page 483: ...t to switch to proper instrument and clear the transmission block Delay 3 status RGS_writeInstrData RGSGen1 RGS TXBLOCK PERIOD 100 cmdWait status RGS_writeInstrData RGSGen1 RGS TXBLOCK MODE CONTINUOUS...

Page 484: ...cplusplus__ extern C endif ifdef __RGS_GLOBALS define RGS_EXT else __RGS_GLOBALS is not defined define RGS_EXT extern endif __RGS_GLOBALS Define Instrument Specific Error Warning Codes Here define VI_...

Page 485: ...OR_OFFSET 0xF7L 0xBFFC09F7 define DEFAULT_BAUD 115200 Default baud rate define DEFAULT_DBITS 8 Default data bits define DEFAULT_SBIT 1 Default stop bit define DEFAULT_PARITY 0 Default parity define OF...

Page 486: ...n ViInt32 errorCode ViChar _VI_FAR message if defined __cplusplus defined __cplusplus__ endif endif END INCLUDE FILE Title RGS_Driver c Purpose Driver functions to control the RGS 2000NG using GPIB Et...

Page 487: ...5 define ERR_PARAMETER2 0XFFFFFC12 Parameter 2 Out Of Range 1006 define ERR_PARAMETER3 0XFFFFFC11 Parameter 3 Out Of Range 1007 define ERR_PARAMETER4 0XFFFFFC10 Parameter 4 Out Of Range 1008 define ER...

Page 488: ...ffer11 80 ViChar Buffer12 80 ViChar Buffer13 80 ViChar Buffer14 80 ViChar Buffer15 80 ViChar Buffer16 80 ViChar Buffer17 80 ViChar Buffer18 80 ViChar Buffer19 80 ViChar tmp_buffer 20 80 ViChar OutBuff...

Page 489: ...ected FFFFFC18 Function not available BFFF0034 Violation of raw write protocol occurred BFFF0035 Violation of raw read protocol occurred BFFF0036 Device reported an output protocol error BFFF0037 Devi...

Page 490: ...RGSGen 1 0 Zero Session Handle strcpy RGSGenDevice RGSGen 1 Type RGSGenType strcpy RGSGenDevice RGSGen 1 Pn RGSGenPartNumber strcpy RGSGenDevice RGSGen 1 Bus RGSGenBus strcpy RGSGenDevice RGSGen 1 Pri...

Page 491: ...iAddr if RGS_status RGS_initialize resource VI_OFF VI_OFF RGSGenSession RGSGen 1 0 RGSGenSession RGSGen 1 0 else RGSGenConfig baudrate DEFAULT_BAUD RGSGenConfig databits DEFAULT_DBITS RGSGenConfig par...

Page 492: ...OP_BITS VI_ASRL_STOP_ONE 0 return RGS_status else if RGSGenConfig stopbits 2 if RGS_status viSetAttribute RGSGenSession RGSGen 1 VI_ATTR_ASRL_STOP_BITS VI_ASRL_STOP_TWO 0 return RGS_status else RGS_st...

Page 493: ...ator number Return Values Zero on success non zero otherwise ViStatus _VI_FUNC RGS_close ViInt16 RGSGen ViSession rmSession ViSession instPtr ViStatus RGS_status VI_SUCCESS if RGSGen 0 RGSGen MAX_SESS...

Page 494: ...List RGSGen Generator number writeBuffer String to write waitToNxtCmd Delay to next command Return Values Zero on success non zero otherwise ViStatus _VI_FUNC RGS_writeInstrData ViInt16 RGSGen ViStrin...

Page 495: ...SGen 1 VI_READ_BUF_DISCARD 0 return RGS_status Make sure to wait the minimum amount of time between commands if RGS_status RGS_nxtCmdWait RGSGenSession RGSGen 1 0 return RGS_status if RGS_status viWri...

Page 496: ...on BIT not set if statusbyte 0x10 0 Message Available RGS_status ReadAndStoreIntoBuffer RGSGenSession RGSGen 1 if saved_buffer device 0 saved_buffer device 0 error ClearStoredBuffer RGSGenSession RGSG...

Page 497: ...ero on success non zero otherwise ViStatus _VI_FUNC RGS_readInstrData ViInt16 RGSGen ViInt32 numberBytesToRead ViChar _VI_FAR readBuffer ViPInt32 numBytesRead ViInt32 k index ViChar Buf 1024 ViStatus...

Page 498: ...eturn RGS_status check for data in buffer if is_buffer_occupied device 0 strncpy readBuffer saved_buffer device numberBytesToRead 1 readBuffer numberBytesToRead 1 0 numBytesRead strlen saved_buffer de...

Page 499: ...oRead ViPUInt32 numBytesRead 0 return RGS_status Log this as the last command transmission time if RGS_status RGS_nxtCmdLog RGSGenSession RGSGen 1 WAITTIME0_03 0 return RGS_status index FindPattern re...

Page 500: ...al k 1 readBuffer i Buf i Equal k 1 0 store values if Equal k 0 break Fmt tmp_buffer k s s Buf Parse data with comma separator buffer_num 0 for index 0 index k index comma 0 do if comma FindPattern tm...

Page 501: ...ma tmp_buffer index break case 10 Fmt Buffer10 s s i0w comma tmp_buffer index break case 11 Fmt Buffer11 s s i0w comma tmp_buffer index break case 12 Fmt Buffer12 s s i0w comma tmp_buffer index break...

Page 502: ...mp_buffer index break case 2 strcpy Buffer2 tmp_buffer index break case 3 strcpy Buffer3 tmp_buffer index break case 4 strcpy Buffer4 tmp_buffer index break case 5 strcpy Buffer5 tmp_buffer index brea...

Page 503: ...break case 18 strcpy Buffer18 tmp_buffer index break case 19 strcpy Buffer19 tmp_buffer index break buffer_num Increment buffer counter while comma 1 Check to see if the command was read as a result...

Page 504: ...Input Parameters if RGS_status RGS_readInstrData instrumentHandle 150 InBuffer bytesRead 0 return RGS_status Restore if RGS_status viSetAttribute instrumentHandle VI_ATTR_TMO_VALUE TIME_OUT_NORM_VAL 0...

Page 505: ...tatus Function Reset Purpose This function resets the instrument If the reset function is not supported by the instrument this function returns the warning VI_WARN_NSUP_RESET ViStatus _VI_FUNC RGS_res...

Page 506: ...quest the status if RGS_status RGS_writeInstrData RGSGen RGS STATUS r WAITTIME0_02 0 return RGS_status if RGS_status RGS_readInstrData RGSGen 150 InBuffer bytesRead 0 return RGS_status if FindPattern...

Page 507: ...e ViStatus RGS_status VI_SUCCESS ViSession rmSession 0 Check input parameter ranges if RGS_invalidViBooleanRange IDQuery return VI_ERROR_PARAMETER2 if RGS_invalidViBooleanRange resetDevice return VI_E...

Page 508: ...RGS_status else if FindPattern resourceName 0 1 ASRL 0 0 1 Configure VISA Formatted I O if RGS_status viSetAttribute instHandle VI_ATTR_TMO_VALUE TIME_OUT_NORM_VAL 0 return RGS_initCleanUp rmSession...

Page 509: ...VI_ATTR_WR_BUF_OPER_MODE VI_FLUSH_ON_ACCESS 0 return RGS_initCleanUp rmSession instHandle RGS_status if RGS_status viSetAttribute instHandle VI_ATTR_RD_BUF_OPER_MODE VI_FLUSH_ON_ACCESS 0 return RGS_in...

Page 510: ...sessionInfo index session instHandle break if index MAX_SESSIONS return RGS_ERROR_SESSION_ALREADY_EXITS Check to see if there is room to open another session handle for index 0 index MAX_SESSIONS ind...

Page 511: ...sourceName return VI_SUCCESS Function Get session from wait list Purpose This function gets the resource name from the open list ViStatus RGS_sessionInfoResource ViSession instHandle ViChar resourceNa...

Page 512: ...mer sessionInfo index startTime while delay sessionInfo index curWaitTime return VI_SUCCESS Function Log last command transmission Purpose This function stores the timer count when called to indicate...

Page 513: ...tatus status viRead instHandle unsigned char saved_buffer device 511 ret_count Log this as the last command transmission time if status RGS_nxtCmdLog instHandle WAITTIME0_03 0 return status saved_buff...

Page 514: ...l VI_TRUE VI_TRUE VI_FALSE Function Initialize Clean Up Purpose This function is used only by the RGS_init function When an error is detected this function is called to close the open resource manager...

Page 515: ...ecifications applicable while transmitters configured for 50 50 ns rise fall time mode only 3 When transitioning between operating modes high to low or low to high a 30 minute waiting period is requir...

Page 516: ...0 3 3 PRF interrogations XPDR 10 3 4 Interlace Interrogation 11 3 5 Interlace Ratio 11 4 Antenna 11 4 1 VSWR 11 5 Receiver5 11 5 1 Decoding 11 5 2 Range 11 6 Measurement5 12 6 1 Power 1030 AND 1090 MH...

Page 517: ...ected XPDR 20 to 90 dBm UAT 1 to 98 dBm T1 port only Multi Receiver option Low Power Mode 20 to 90 dBm High Power Mode to 1 to 69 dBm Resolution 1 dB Accuracy 1 dB 1030 and 1090 MHz 978 MHz with UAT o...

Page 518: ...Pulse Variable Range from Nominal F1 0 to 100 ns All Other Pulses 1 0 s Resolution 25 ns Accuracy 10 ns 1 6 1 2 Mode S Reply TCAS Nominal P1 to P2 1 0 s P1 to P3 3 5 s P1 to P4 4 5 s Variable Range fr...

Page 519: ...5 s Resolution 25 ns Accuracy P1 to P2 10 ns P2 to SPR 15 ns P5 to SPR 15 ns P6 to SPR 15 ns 1 6 1 5 Interference Pulse XPDR Variable Signal 1 relative to P1 17 5 to 400 s Signal 2 relative to Signal...

Page 520: ...Bits Consecutive 1 s or 0 s 0 5 s Alternating 1 s or 0 s 1 0 s Variable Range from Nominal P1 400 ns P2 400 ns P3 400 ns P4 400 ns Data bits 100 ns Resolution 25 ns Accuracy 20 ns 1 6 2 3 ATCRBS Inte...

Page 521: ...10 ns 1 6 2 5 Interference Pulse XPDR Range 0 2 to 32 s Resolution 25 ns Accuracy 25 ns 1 6 3 RISE FALL TIME 1 6 3 1 TCAS Test Mode Low Power Mode Range Rise Fall 50 50 ns 75 110 ns 100 200 ns 230 23...

Page 522: ...Cover Page for details September 2021 1 6 4 2 XPDR Test Mode ATCRBS all pulses and Mode S Interrogations P2 P5 and P6 Range 19 to 9 dB relative to P1 Resolution 1 dB Accuracy 1 dB Interference Pulse R...

Page 523: ...ion 1 at any Simulated Bearing Port to Port 4 deviation between any port referenced to port 1 2 Port Antenna Port to Port 4 Magnitude Directional Range 0 to 359 Resolution 1 Accuracy 4 Port Formula 2...

Page 524: ...SPECIFICATIONS XPDR 3 1 INTERROGATION TABLE BURST MODE Number of Messages 1 to 1000 Interrogations Burst 1 to 10 000 Burst Spacing Range 0 to 20 s 0 s for single burst transmission Resolution 0 1 s Ac...

Page 525: ...ync or non sync Resolution 1 Hz Accuracy 0 1 of setting 3 4 INTERLACE INTERROGATION Range 1 Hz to 10 KHz Resolution 1 Hz Accuracy 0 1 of setting 3 5 INTERLACE RATIO 1 1 to 1 1000 4 ANTENNA 4 1 VSWR 1...

Page 526: ...FREQUENCY Pulse Measurement Type Range 1030 MHz 3 MHz 1090 MHz 3 MHz Resolution 1 KHz Accuracy 50 KHz Frequency 1030 Measurement Type TCAS DO 186 Mode S Test Mode 3 only Range 1030 MHz 50 KHz Resolut...

Page 527: ...E S SQUITTER XPDR Range DF11 0 01 to 40 0 s DF17 Airborne Position 0 01 to 2 0 s Surface Position 0 01 to 15 0 s A C Identification 0 01 to 25 0 s Airborne Velocity 0 01 to 2 0 s Event Driven 0 01 to...

Page 528: ...STRIKE 4 REQUIRED Insertion Loss Antenna Ports to Spectrum Analyzer Outputs SA AMP 31 dB 5 dB SA Thru 59 5 dB 5 dB 10 PHYSICAL Overall Dimensions 10 5 in H X 19 in W X 24 in D 26 7 cm 48 3 cm 60 9 cm...

Page 529: ...l Number 1 4 SHIPPING CONTAINERS Test Sets must be repackaged in original shipping containers using Viavi packing molds If original shipping containers and materials are not available contact Viavi Cu...

Page 530: ...87 Rev 500 RGS 2000NG TCAS Test Set Operation Manual 1 4 1 September 2021 Subject to Export Control See Cover Page for details Page 2 Figure 1 4 1 1 Repacking Procedure TOP PACKING MOLD TEST INSTRUMEN...

Page 531: ...Page for details Page 1 Chapter 5 Storage Perform the following storage precautions whenever the Test Set is stored for extended periods more than six months Disconnect the Test Set from any electric...

Page 532: ...Chapter 5 Storage 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual 1 5 1 September 2021 Subject to Export Control See Cover Page for details Page 2 THIS PAGE INTENTIONALLY LEFT BLANK...

Page 533: ...ECTOR TYPE INPUT OUTPUT ATE LINE D SUB 37 Pin Input Output Refer to Appendix A Table 4 for ATE LINE Connector description B1 Antenna D Type Input Output B2 Antenna D Type Input Output B3 Antenna D Typ...

Page 534: ...1 Subject to Export Control See Cover Page for details Page 2 USB A USB 2 0 Type A Input Output Refer to Appendix A Table 7 for USB A Connector description USB B USB 2 0 Type B Input Output Refer to A...

Page 535: ...Hyperlink A 4 External Pulse Modulation BNC Connector I O Characteristics for External Pulse Modulation Connector description SA THRU SMA Output SA AMP SMA Output SCOPE BNC Output SUPP BNC Input Outpu...

Page 536: ...x A Connector Pin Out Tables 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix A September 2021 Subject to Export Control See Cover Page for details Page 4 This page intentionally left...

Page 537: ...protocol message 0x8F 0xAB ATCRBS reply trigger input for test only ATE output Collins OEM only 1 Mode S 0 Mode C ATE line clock output Collins OEM only TISI sync output Collins OEM only TCAS Selex O...

Page 538: ...message input RX UTC time from GPS Trimble TSIP protocol message 0x8F 0xAB unused I O unused I O unused I O PPS pulse per second ouput simulating GPS sync DME ATC only PPS not used in this test mode G...

Page 539: ...C CONNECTOR I O CHARACTERISTICS Table A 1 3 External Pulse Modulation BCN Connectors Pin Out Table BNC CONNECTOR CONNECTOR NAME I O CHARACTERISTICS 1 EXT_PULSE_1 3 3 V CMOS input output 2 EXT_PULSE_2...

Page 540: ...Open Collector Output 4 ATE_SPARE_Out2 Open Collector Output 5 ATE_SPARE_Out3 Open Collector Output 6 ATE_SPARE_Out4 Open Collector Output 7 ATE_SPARE_Out5 Open Collector Output 8 ATE_SPARE_Out6 Open...

Page 541: ...5 V CMOS Input 24 ATE_SPARE_IN4 5 V CMOS Input 25 ATE_D0 5 V CMOS Input 26 ATE_D1 5 V CMOS Input 27 ATE_D2 5 V CMOS Input 28 ATE_D3 5 V CMOS Input 29 ATE_D4 5 V CMOS Input 30 ATE_D5 5 V CMOS Input 31...

Page 542: ...139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix A September 2021 Subject to Export Control See Cover Page for details Page 10 This page intentionally left blank...

Page 543: ...0001 Cable 20 6634 0001 Cable 20 6636 0001 Cable 20 6637 0001 1 GND GND GND GND GND 2 GND GND GND GND GND 3 ATE_SPARE_OUT_1 Out 4 ATE_SPARE_OUT_2 Out 5 ATE_SPARE_OUT_3 Out 6 ATE_SPARE_OUT_4 Out 7 ATE_...

Page 544: ...WS3 WS3 25 ATE_D0 In TDO0 MODE C S MODE C S MODE C S MODE C S 26 ATE_D1 In TDO1 TOP BOT TOP BOT TOP BOT TOP BOT 27 ATE_D2 In TDO2 DIR OMNI DIR OMNI DIR OMNI DIR OMNI 28 ATE_D3 In TDO3 Q LSB Q LSB Q LS...

Page 545: ...t Set O perati on M anual Appendix A Septem ber 2021 Subj ectto Expor tContr ol See CoverPage f ordetai l s Page 1 3 36 ATE_A2 In SOS SOS SOS 37 GND GND Pin Signal Name Buffer Dir Cable 20 6632 0001 C...

Page 546: ...500 RG S 2000N G TCAS Test Set O perati on M anual Appendix A Page 1 4 Subj ectto Expor tContr ol See CoverPage f ordetai l s Septem ber 2021 Appendix A Connector Pin Out Tables This page intentionall...

Page 547: ...r Pin Out Diagram Table A 1 5 Auxiliary Control Connector Pin Out Table PIN NO PIN NAME DESCRIPTION 1 nPRG_EN LVDS Output 2 GND GND 3 GND GND 4 GND GND 5 GND GND 6 SPICSn LVDS Output 7 SPICLKp LVDS Ou...

Page 548: ...September 2021 Subject to Export Control See Cover Page for details Page 16 20 SPICLKn LVDS Output 21 SPIDIp LVDS Input 22 GND GND 23 SPIDOn LVDS Output 24 12 V 12 V Out 25 12 V 12 V Out Table A 1 5 A...

Page 549: ...See Cover Page for details Page 17 A 8 GPIB BUS CONNECTOR PIN OUT TABLE Figure A 1 3 GPIB Bus Connector Pin Out Diagram Table A 1 6 GPIB BUS Connector Pin Out Table PIN NO SIGNAL NAME 1 D101 2 D102 3...

Page 550: ...AS Test Set Operation Manual Appendix A September 2021 Subject to Export Control See Cover Page for details Page 18 18 GND 19 GND 20 GND 21 GND 22 GND 23 GND 24 GND Table A 1 6 GPIB BUS Connector Pin...

Page 551: ...mber 2021 Subject to Export Control See Cover Page for details Page 19 A 9 LAN CONNECTOR PIN OUT TABLE Figure A 1 4 LAN Connector Pin Out Diagram Table A 1 7 LAN Connector Pin Out Table PIN NO SIGNAL...

Page 552: ...20 A 10 USB A CONNECTOR PIN OUT TABLE Figure A 1 5 USB A Connector Pin Out Diagram A 11 USB B CONNECTOR PIN OUT TABLE Figure A 1 6 USB B Connector Pin Out Diagram Table A 1 8 USB A Connector Pin Out T...

Page 553: ...0 3048 m sec km hr 3 6 ft sec km hr 1 097 m sec miles hr 2 237 ft sec knots 0 5921 miles feet 5280 ft sec miles hr 0 6818 miles km 1 609 ft sec2 cm sec2 30 48 miles meters 1609 ft sec2 m sec2 0 3048 m...

Page 554: ...al Conversion Table with Nautical Distance Conversions 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix B September 2021 Subject to Export Control See Cover Page for details Page 2 Th...

Page 555: ...c BAT Battery BD BDS Register bps Bits per Second BRG Bearing C C Celsius or Centigrade CA Transponder Capability CAL Calibration ccw Counterclockwise CDI Course Deviation Indication Ch Channel cm Cen...

Page 556: ...GEN Generator or Generate Geo Geometric GND Ground GPIB General Purpose Instrument Bus GPS Global Positioning System G S Glideslope H Hr Hour Hrs Hours H W Hardware Hz Hertz I IFR Instrument Flight Ru...

Page 557: ...n ms Millisecond 10 3 Seconds MSB Most Significant Bit MSO Message Start Opportunity mV Millivolt mW Milliwatt N N A Not Applicable NAV Navigation nmi Nautical Miles ns nsecs Nanosecond 10 9 Seconds O...

Page 558: ...egment Request Subfield SSR Secondary Surveillance Radar STD Standard SUPP Suppressor Suppression SWP Sweep SWR Standing Wave Ratio SYNC Synchronous T TCAS Traffic Collision Avoidance System TCP IP Tr...

Page 559: ...ations 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix C September 2021 Subject to Export Control See Cover Page for details Page 5 X XPDR Transponder A Microamps s secs Microseconds...

Page 560: ...ppendix C Abbreviations 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix C September 2021 Subject to Export Control See Cover Page for details Page 6 This page intentionally left blan...

Page 561: ...ne INSTrument Supported RGS2000 XPDR MODE INSTrument SAVE Supported RGS2000 XPDR SAVE INSTrument RESTore Supported RGS2000 XPDR LOAD INSTrument CABLOS Supported RGS2000 XPDR CABLOS INSTrument CABLOS S...

Page 562: ...None MODES SUBmode Supported Multiple Commands for each submode MODES SUBmode Supported None MODES TABLE Supported RGS2000 XPDR ITABLE NINT MODES TABLE STATE Supported RGS2000 XPDR ITABLE table entry...

Page 563: ...Supported Datalink is a legacy transponder mode which is not supported by the ATC 5000NG None DATALINK MESSage Not Supported Datalink is a legacy transponder mode which is not supported by the ATC 500...

Page 564: ...a legacy transponder mode which is not supported by the ATC 5000NG None DATALINK GLOADDR Not Supported Datalink is a legacy transponder mode which is not supported by the ATC 5000NG None PULSE COMMAND...

Page 565: ...e GEN SUPPressor POSition Not Supported Allows the user to select the suppressor pulse position None GEN SUPPressor WIDth Not Supported Allows the user to select the suppressor pulse width None GEN EX...

Page 566: ...XPDR PREPLY MEASure SQUITter DF Supported None MEASure SQUITter DATA Supported None MEASure SQUITter INTerval Supported None MEASure SQUITter REPLY Supported None MEASure SQUITter II Not Supported Ret...

Page 567: ...FF Supported None MEASure AVGON Supported None MEASure AVG Supported None MEASure MINMAXREset Supported None MEASure AVGPARAMeter Supported None MEASure AVGPARAMeter Supported None MEASure AVGPARAMete...

Page 568: ...Appendix D SDX Compatibility Command Set Table 139187 Rev 500 RGS 2000NG TCAS Test Set Operation Manual Appendix D September 2021 Subject to Export Control See Cover Page for details Page 8...

Page 569: ...olutions North America 1 844 GO VIAVI 1 844 468 4284 Latin America 52 55 5543 6644 EMEA 49 7121 862273 APAC 1 512 201 6534 All Other Regions viavisolutions com contacts 139187 Rev 500 September 2021 E...

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