Refer to the DCA and associated markups for a complete description of the changes incorporated in a revision. REVISION HISTORY REV DCA A DATE W14973 07/06/15 DRAWN John Blasi CHECKED APPROVED Michael Hohman 2015.07.06 15:25:32 -07'00' Digitally signed by: John Blasi DN: CN = John Blasi C = US Date: 2015.07.06 15:20:28 -06'00' PUBLISHED Robert Davis 2015.07.06 15:26:26 -06'00' Linda Andujo signature 2015.07.06 15:53:05 -07'00' 2015.0 7.
TABLE OF CONTENTS 1 PURPOSE ............................................................................................................................ 6 2 SCOPE ................................................................................................................................. 6 3 ACRONYMS, ABBREVIATIONS AND GLOSSARY ........................................................... 6 4 RELATED AND REFERENCE DOCUMENTS ......................................................................
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Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure Figure 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 90 91 95 96 97 98 99 100 Scan-Group-Function Dialog .................................................................................................................. 63 Scan-Group-Add-Transceiver Page ......................................................................................................
Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table Table 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 48 49 53 54 55 Delete-Preset-Channel-Confirm Page Actions ........................................................................................... 60 Clone-Preset-Channel-Confirm Page Actions ............................................................................................ 62 Scan-Group-Function Dialog Actions .
1 PURPOSE This document establishes the design requirements for the human interface of the RT-7000 panel mount radio. It is to be used by the design team as a specification guiding all detailed design. 2 SCOPE This document addresses only the human interface of the RT-7000 panel mount radio.
6 HUMAN INTERFACE DESCRIPTION The human interface of the PMR is provided by the User Control Module. This module consists of the faceplate, knobs, buttons, LCD touch display, digital interface port, and supporting hardware. The User Control Module communicates with the Radio Control Module over PCIe. Figure 1 depicts the User Control Module. HOME Brightness Figure 1 6.1 Volume/On/Off MENU Cursor Value/Enter User Control Module ARCHITECTURE The human interface is organized into display pages.
Normal Operation Page Menu Dialog Relay Mode Configuration Menu Backlight Brightness Dialog Tactical Mode View OTAR Confirmation Dialog ATC Mode View Simulcast Mode System Volume Adjustment Dialog OTAR Status View Relay/Simulcast Mode Preset Channels Encryption Key Selection Dialog Scan Status View Repeater Mode Scan Groups Keypad Channel Entry Dialog Message Page Encryption Keys Channel Edit Dialog QMEM Dialog Keypad Frequency Entry Dialog Scan Group Select/Edit Dialog Figure 2 6.
320-1XXXXX-XX Figure 3 Boot Screen During power up, if the Aircraft-Personality-Module (APM) is missing or inoperable, the PMR shall display an error screen indicating the condition. The operator shall be required to acknowledge this condition before execution can continue. Once acknkowledged, the system shall use default values for the APM parameters and continue the boot process. Figure 4 depicts the APM-Error screen. Configuration module error. Missing or inoperable. Using default values.
Figure 5 6.3 Factory-Configuration-Error Screen POWER OFF If aircraft power is removed while the PMR is in operation, the PMR shall be able to restore the following from non-volatile memory upon reapplication of aircraft power. Current active channel for each transceiver Current volume level for each transceiver Current active transceiver Audio Levels The operator shall be able to turn the PMR off by pressing and holding the “ON” button.
Figure 6 6.4 System Shutdown Screen DISPLAY PAGES The following sections flesh out each of the display pages identified in Figure 2. The information required to display on each page is given along with known button/knob event requirements. A picture showing the desired page layout is also provided.
RT1 RT2 RX RT3 RT4 RT5 DIR PVT SCAN CHINO FD PRESCOTT TWR 125.300 61 174 ◄ Figure 7 DIR RX PVT SCAN PRESCOTT TWR WEATHER CHAN MUTE DIR ◄ RT1 Normal Operation Page The Normal-Operation-Page is divided into 2 regions: System Dashboard and Active Transceiver. These regions are depicted in Figure 8. RX DIR PVT RT2 SCAN RT3 PRESCOTT TWR 125.
A transceiver shall be made active by pressing its Dashboard-View, either by direct touch or by cursor/value/enter. Any of the installed transceivers shall be selectable as the active transceiver, but only one transceiver shall be active at any given time. When a transceiver is made active, it shall become the active transmitter for its PTT group. In singlemicrophone installations (i.e. a single PTT group), the active transceiver shall transmit when the PTT is asserted.
RTX RX TX PTX DIR PVT SCAN SIM RLY ACT--CHANNEL Figure 10 Dashboard View – Internal Transceiver RTX PTX RX TX SIM RLY Figure 11 Dashboard View – External Transceiver Table 1 Dashboard View Indicators Indicator Description Placeholder for transceiver’s identifier. Always visible. Valid values are RT1, RTX RT2 … RT5 RX Indicates transceiver is receiving. Only visible when receiving. TX Indicates transceiver is transmitting. Only visible when transmitting. Indicates transceiver is associated with PTT-X.
PVT SCAN SIM RLY ACT--CHANNEL Indicates transceiver is in private mode, i.e. encryption is enabled. Only visible when transceiver is in encrypted mode. When not displayed, transceiver is operating in the clear. Indicates transceiver is in scan mode. Only visible when transceiver is in scan mode. When not displayed, transceiver is not scanning. Indicates transceiver is participating in a simulcast. Only visible when simulcast mode is active and the transceiver is participating in the simulcast.
RTX NOT INSTALLED Figure 13 6.4.1.4 Dashboard View – Transceiver Not Installed Active-Transceiver-View The Active-Transceiver-View contains detailed information on the operating state of the active transceiver, and allows the operator to control the transceiver. From within this view the operator can perform activities such as change channels, enter/exit direct mode, turn on/off encryption, etc. This also contains more detailed state information than is displayed in the Dashboard-View.
Table 2 Active Transceiver View Indicators Indicator Description RX Indicates transceiver is receiving. Only visible when receiving. TX Indicates transceiver is transmitting. Only visible when transmitting. M Indicates transceiver is muted. Only visible when muted. Placeholder for current volume level. Always visible. Valid values range 90% from 0% to 100%. Indicates transceiver is in direct mode. Only visible when transceiver is in direct mode. When not displayed, transceiver is in repeater mode.
Table 3 Function CHAN DIR OTAR KEY TEST Transceiver Functions Description Allows channel to be selected by channel number Toggles state of direct/repeat mode Start/Stop performing an OTAR operation Allows encryption key to be temporarily changed Temporarily forces un-squelch of transceiver SCAN Start/Stop scanning PVT Toggles encryption on/off EDIT QMEM VOL ATC FREQ MUTE 25K 8.
Figure 15 6.4.1.5 Active Transceiver View – Transceiver Off Common Functions Some functionality is available regardless of whether a transceiver is operating in Tactical mode or ATCCOM mode, such as volume control. The following sections describe operation that is common to both Tactical and ATC-COM mode. 6.4.1.5.1 Test Function When the operator presses and holds the TEST Transceiver-Menu button the active transceiver shall be forcibly un-squelched for as long as the button is pressed.
RT1 90% DIR VOL: Figure 16 6.4.1.5.4 90% 90% CHAN MUTE VOL ◄ ◄ PVT Volume Adjustment Dialog Quick Memory (QMEM) The QMEM feature allows the operator to store/recall frequencies much like presets on a car stereo. When the operator presses the QMEM Transceiver-Menu button, the QMEM selection dialog shall be displayed. The QMEM selection dialog allows the operator to either recall or program a QMEM location.
When a transceiver is operating in Tactical mode the QMEM selection dialog shall display the alphanumeric identifier of the preset channel if the QMEM locations has been programmed or “N/A if the locations is un-programmed. When a transceiver is operating in ATC-COM mode, the receive frequency of the channel shall be displayed for programmed QMEM locations, while “N/A” shall be displayed for unprogrammed locations. The QMEM locations can be touched directly, or selected by rotation the Cursor knob.
Figure 19 Changing Active Channel by Transfer When the unit is operating in tactical mode and standby tuning is enabled the operator shall be able to focus the standby channel’s Channel-Number field. When the Channel-Number field has the focus, turning the Value knob clockwise shall select the next available channel by number, while turning the knob counterclockwise shall select the previous available channel by number. Figure 20 depicts the standby channel being tuned by number.
the knob counterclockwise shall select the previous available channel by alphanumeric identifier. Figure 21 depicts the standby channel being tuned by alphanumeric identifier. Figure 21 Changing Standby Channel by Alphanumeric Identifier When the unit is operating in tactical mode and standby tuning is enabled and the operator presses the CHAN Transceiver-Menu button, the Channel-Number-Entry dialog shall appear to change the standby channel on the active transceiver.
Figure 22 OTAR Confirmation Dialog Once the operator has confirmed the operation, the active transceiver shall begin the OTAR operation. The display shall give feedback to the operator on the progress of the OTAR operation. At a minimum, “OTAR in progress” and “OTAR completed” or “OTAR failed” status messages shall be displayed. The status messages shall be displayed in the screen area normally used to display the active and standby channel information. Figure 23 depicts a typical OTAR status display.
RT1 90% DIR PVT SCAN OTAR in progress CANCEL RT1 90% DIR PVT SCAN OTAR complete OK RT1 90% DIR PVT SCAN OTAR failed! OK Figure 23 OTAR Status Display Figure 24 OTAR Cancel Confirmation Dialog 701-070801 Rev A This document contains proprietary information, see proprietary statement on first page.
6.4.1.6.6 Encryption Key Selection When the operator presses the KEY Transceiver-Menu button, the encryption key selection dialog shall appear as depicted in Figure 25. All 16 possible keys shall be displayed, both by number and alphanumeric identifier. In addition, the “PRESET” option shall be displayed, allowing the restoration of the key that was preset for the channel. The operator shall be able to select a key by touching it directly on the screen, or by using the cursor/value knobs.
Pressing the Cancel soft-button or the HOME button shall return the system to the Home page in normal operating mode. Pressing the Scan soft-button shall return the system to the Home page with the active transceiver in scan mode. Pressing the Edit soft-button shall invoke the Scan-Group-Edit dialog.
Pressing the Back soft-button or the HOME button shall return the system to the Scan-Group-Selection dialog. Pressing the Scan soft-button shall return the system to the Home page with the active transceiver in scan mode. TBD – How to navigate this by cursor/value? Note that selecting 1 of the 10 channels for priority channel is inconsistent with the scan-group FPP pages.
If the operator presses PTT while a non-scanning transceiver is active, the transceiver being scanned shall remain scanning. If the operator changes channel on a scanning transceiver, the newly tuned channel shall become the active channel and the system shall continue scanning. If the operator changes channel on a nonscanning transceiver, the transceiver being scanned shall remain scanning.
RT1 Preset 105 Channel Number Alphanumeric ID 105 PRESCOTT TWR PRESCOTT TWR Receive Frequency Transmit Frequency 138.125 138.125 Receive NAC Transmit NAC 293 293 Receive Bandwidth Transmit Deviation Standard 2.
Table 4 Channel Properties Property Values Channel Number Integer Alphanumeric String Identifier Receive Frequency Real Number Transmit Frequency Real Number Receive Tone See Appendix A Transmit Tone See Appendix A Receive Network Access Code Transmit Network Access Code Receive Modulation Type Receive Bandwidth Transmit Power Encryption Key Zone Zone Channel Talk Group Transmit Deviation Transmit Phase Receive Phase OTAR Capable 3-digit hexadecimal 3-digit hexadecimal FM, AM, P25, Trunked Narrow, Stan
shall be tuned to the new active frequency (previously the standby frequency). Figure 32 depicts the active transceiver both prior to, and after, pressing the Transfer-Button. RT1 121.500 127.300 RT1 ◄ Figure 32 TEST 25K 25K ◄ 8.3K ◄ ◄ 90% 90% 127.300 121.500 8.3K TEST Changing Active Frequency by Transfer When the unit is operating in ATC-COM mode and standby tuning is enabled the operator shall be able to focus the standby frequency’s megahertz field.
When the unit is operating in ATC-COM mode and standby tuning is enabled the operator shall be able to focus the standby frequency’s kilohertz field. When the kilohertz field has the focus and the transceiver is in 25K mode, turning the Value knob clockwise shall increment the frequency by 25.0 KHz, while turning the knob counterclockwise shall decrement the frequency by 25.0 KHz. When the kilohertz field has the focus and the transceiver is in 8.
Figure 35 Brightness Control Dialog When the brightness knob is turned clockwise, the display brightness shall increase in intensity. When the brightness knob is turned counterclockwise, the display brightness shall decrease in intensity. The dialog shall disappear when no brightness knob activity has been present for more than 2 seconds. 6.4.2.2 Mode Selection Menu The Mode-Selection-Menu dialog shall appear anytime the MENU button is pressed while the Home page is active.
Information button pressed Configure button pressed HOME key pressed 6.4.2.3 Invoke Information page When option for password protection of programming mode is enabled, invoke Programming-Password-Entry dialog. Otherwise, invoke Programming-Mode-Selection dialog. Return to Home page. Relay Mode Relay Mode allows the PMR transceiver system to function as a cross-band repeater. All five transceivers can participate in a relay.
When Relay-Mode is active, transceivers participating in the relay shall display the RLY indicator in both their Dashboard-View and Active-Transceiver-View. The Active-Transceiver-View for a transceiver in Relay-Mode is depicted in Figure 38. This figure illustrates a relay between RT2, RT4, and RT5. Note that RT4 is receiving and the received message is being retransmitted on RT2 and RT5.
When an operator indicates their desire to enter Simulcast-Mode, they shall first be presented the Simulcast-Configuration dialog. This dialog shall allow the operator to select which PTTs and transceivers will participate in the simulcast. Only transceivers installed in the system shall be selectable. Only PTTs wired into the system shall be selectable. Only a single PTT shall be selected at any given time, i.e. selecting a PTT shall deselect any previously selected PTT.
RT2 TX DIR PVT RT2 ◄ RT5 SIM TX TX 186 174 6.4.2.5 RT4 CHINO FD CYFD PV FD 1 Figure 40 RT3 SIM SIM CYFD WEATHER CHAN MUTE DIR ◄ RT1 Simulcast-Mode Page Message Page The Message page shall allow the operator to manage notification messages for the system. The MSG indicator shall only be visible when one or more unread notification messages exist within the system. When the Message page is invoked and no messages are available, the No-Message page shall be displayed.
message shall invoke the Message-View page with the selected message displayed. Pressing the HOME button shall return to the previous page. Figure 42 Message List Page The Message-View page, depicted in Figure 43, shall allow the operator to read the details of a notification message. The message title shall be displayed at the top of the page, and the message text shall be displayed in the Message-Text field.
6.4.2.6 Information Page The Information page shall display summary information for the system. This page is depicted in Figure 44. Pressing the Home button shall return to the previous page. System Information Part Number NVG 400-0ZZZZZ-ZZ Yes Software Firmware 320-3XXXXX-02 320-3YYYYY-01 Temperature HOBBS 60.0 C 120.2 Hrs Display Lighting Panel Lighting 28V DC 28V DC Figure 44 6.4.2.
Table 9 Programming-Mode-Selection Dialog Actions Event Action Preset button pressed Invoke Preset-Channel-Function dialog. Scan button pressed Invoke Scan-Group-Function dialog. Key button pressed Invoke Encryption-Key-Function dialog. Transceiver button pressed Invoke Configure-Transceiver pages. HOME key pressed Return to Home page. The Programming-Mode-Selection dialog shall be optionally password protected.
Figure 47 Preset-Channel-Function Dialog Table 10 Preset-Channel-Function Dialog Actions Event Action Add button pressed Invoke Preset-Channel-Add dialog. Clone button pressed Invoke Preset-Channel-Clone dialog. Change button pressed Invoke Preset-Channel-Change dialog. Delete button pressed Invoke Preset-Channel-Delete dialog. HOME key pressed Return to Home page. 6.4.2.8.
Figure 48 Preset-Channel-Transceiver Page Table 11 Preset-Channel-Transceiver Page Actions Event Action RT1 button pressed Select transceiver 1 and invoke Preset-Channel-Number page. RT2 button pressed Select transceiver 2 and invoke Preset-Channel-Number page. RT3 button pressed Select transceiver 3 and invoke Preset-Channel-Number page. HOME key pressed Return to Preset-Channel-Function page. The Preset-Channel-Number page shall allow the operator to select the channel to be added.
Table 12 Preset-Channel-Number Page Actions Event Action Value-Up button pressed Select next (larger number) un-programmed channel. Value-Down button pressed Select previous (smaller number) un-programmed channel. Right slider button pressed Select next (larger number) un-programmed channel. Left slider button pressed Select previous (smaller number) un-programmed channel. Select nearest un-programmed channel to relative position of Slider position moved slider.
to flick velocity. Should animate rotation through characters if possible. Invoke Preset-Channel-Number page. Invoke Preset-Channel-Type page. Return to Preset-Channel-Function page. BACK button pressed NEXT button pressed HOME key pressed The Preset-Channel-Type page shall allow the operator to input the channel type of the channel. Valid values are AM, FM, and P25. AM shall not be available for APX transceivers. The type shall default to FM.
Figure 52 Preset-Channel-Receive-Frequency Page Table 15 Preset-Channel-Receive-Frequency Page Actions Event Action Value-Up button pressed Increment focused digit. Value-Down button pressed Decrement focused digit. Right arrow button pressed Focus next (to right) digit. Left arrow button pressed Focus previous (to left) digit. Cursor-Right button pressed Focus next (to right) digit. Cursor-Left button pressed Focus previous (to left) digit. Tap frequency Set focused digit to be the one that was touched.
Figure 53 Preset-Channel-Receive-Tone Page Table 16 Preset-Channel-Receive-Tone Page Actions Event Action Double-Tap tone Invoke Tone-Entry dialog. BACK button pressed Invoke Preset-Channel-Receive-Frequency page. NEXT button pressed Invoke Preset-Channel-Transmit-Frequency page. HOME key pressed Return to Preset-Channel-Function page. The Preset-Channel-Receive-NAC page shall allow the operator to input the receive NAC code of the channel. This value shall be a 3-digit hexadecimal number.
Table 17 Preset-Channel-Receive-NAC Page Actions Event Action Value-Up button pressed Increment focused digit. Value-Down button pressed Decrement focused digit. Right arrow button pressed Focus next (to right) digit. Left arrow button pressed Focus previous (to left) digit. Cursor-Right button pressed Focus next (to right) digit. Cursor-Left button pressed Focus previous (to left) digit. Tap digit thumbwheel Set focused digit to be value touched. Slide digit thumbwheel to left Decrement focused digit.
Left arrow button pressed Cursor-Right button pressed Cursor-Left button pressed Tap frequency Double-Tap frequency Tap digit thumbwheel Slide digit thumbwheel to left Slide digit thumbwheel to right Flick digit thumbwheel to left Flick digit thumbwheel to right BACK button pressed NEXT button pressed HOME key pressed Focus previous (to left) digit. Focus next (to right) digit. Focus previous (to left) digit. Set focused digit to be the one that was touched. Invoke Frequency-Entry dialog.
HOME key pressed Return to Preset-Channel-Function page. The Preset-Channel-Transmit-NAC page shall allow the operator to input the transmit NAC code of the channel. This value shall be a 3-digit hexadecimal number. The allowable character set shall be the standard ASCII characters ‘0’ thru ‘9’ and ‘A’ thru ‘F’. The page is depicted in Figure 57 and the page’s Action/Event table is contained in Table 20.
Figure 58 Preset-Channel-Transmit-Power Page Table 21 Event Preset-Channel-Transmit-Power Page Actions Action Select high power and invoke : Preset-Channel-OTAR-Capability page when transceiver HI button pressed is OTAR capable. Preset-Channel-Receive-Bandwidth page otherwise. Select high power and invoke : Preset-Channel-OTAR-Capability page when transceiver LO button pressed is OTAR capable. Preset-Channel-Receive-Bandwidth page otherwise.
Figure 59 Preset-Channel-Talk-Group Page Table 22 Preset-Channel-Talk-Group Page Actions Event Action Double-Tap tone Invoke Talk-Group-Entry dialog. BACK button pressed Invoke Preset-Channel-Transmit-Power page. NEXT button pressed Invoke Preset-Channel-Encryption-Type page. HOME key pressed Return to Preset-Channel-Function page. The Preset-Channel-Encryption-Type page shall allow the operator to input the encryption type of the channel. Valid values are None, Standard, and OTAR.
Table 23 Event Preset-Channel-Encryption-Type Page Actions Action Select no encryption, not OTAR capable, and invoke PresetNONE button pressed Channel-Receive-Audio-Phase page. Select standard encryption, not OTAR capable, and invoke STD button pressed Preset- Channel-Encryption-Key page. Select standard encryption, OTAR capable, and invoke PresetOTAR button pressed Channel-Encryption-Key page. Move focus to next location in a left-to-right, top-to-bottom Cursor-Right button pressed fashion.
Slide digit thumbwheel to left Slide digit thumbwheel to right Flick digit thumbwheel to left Flick digit thumbwheel to right BACK button pressed NEXT button pressed HOME key pressed Decrement key. Increment key. Increment key by value proportionate to flick velocity. Should animate rotation through keys if possible. Decrement key by value proportionate to flick velocity. Should animate rotation through keys if possible. Invoke Preset-Channel-Encryption-Type page.
HOME key pressed Return to Preset-Channel-Function page. The Preset-Channel-Transmit-Phase page shall allow the operator to input the transmit phase of the channel. Valid values are 0 and 180. The page is depicted in Figure 63 and the page’s Action/Event table is contained in Table 26. Figure 63 Preset-Channel-Transmit-Phase Page Table 26 Event Preset-Channel-Transmit-Phase Page Actions Action Select phase of 0 degrees and invoke Preset-Channel-Transmit0 button pressed Deviation page.
Figure 64 Preset-Channel-Transmit-Deviation Page Table 27 Event Preset-Channel-Transmit-Deviation Page Actions Action Select transmit deviation of 2.5 KHz and invoke Preset-Channel“2.5” button pressed Receive-Bandwidth page. Select transmit deviation of 4.0 KHz and invoke Preset-Channel“4.0” button pressed Receive-Bandwidth page. Select transmit deviation of 5.0 KHz and invoke Preset-Channel“5.0” button pressed Receive-Bandwidth page. Select transmit deviation of 5.6 KHz and invoke Preset-Channel“5.
Figure 65 Preset-Channel-Receive-Bandwidth Page Table 28 Event Preset-Channel-Receive-Bandwidth Page Actions Action Select narrow receive bandwidth and invoke Preset-Channel-Save “Narrow” button pressed page. Select standard receive bandwidth and invoke Preset-Channel“Standard” button pressed Save page. Select wide receive bandwidth and invoke Preset-Channel-Save “Wide” button pressed page. Move focus to next location in a left-to-right, top-to-bottom Cursor-Right button pressed fashion.
Figure 66 Preset-Channel-Save Page Table 29 Preset-Channel-Save Page Actions Event Action BACK button pressed Invoke Preset-Channel-Transmit-Audio-Phase page. SAVE button pressed Save channel and invoke Preset-Channel-Function page. HOME key pressed Return to Preset-Channel-Function page. 6.4.2.8.2 Change Preset Channel The Preset-Channel-Change pages shall allow the operator to modify the properties of an existing channel in a transceiver’s channel list.
Figure 67 Delete-Preset-Channel-Transceiver Page The Delete-Preset-Channel-Number page shall allow the operator to select the channel to be deleted. Only channels that are programmed shall be selectable. The page is depicted in Figure 68. Figure 68 Delete-Preset-Channel-Number Page The Delete-Preset-Channel-Confirm page shall allow the operator to confirm deletion of the channel. The page is depicted in Figure 69 and the page’s Action/Event table is contained in Table 30.
Figure 69 Delete-Preset-Channel-Confirm Page Table 30 Delete-Preset-Channel-Confirm Page Actions Event Action BACK button pressed Invoke Delete-Preset-Channel-Number page. DELETE button pressed Delete channel and invoke Preset-Channel-Function page. HOME key pressed Return to Preset-Channel-Function page. 6.4.2.8.4 Clone Preset Channel The Preset-Channel-Clone pages shall allow the operator to add a new channel to a transceiver’s channel list by cloning an existing channel in the list.
Figure 70 Clone-Preset-Channel-Transceiver Page The Clone-Preset-Channel-Source page shall allow the operator to select the channel to be cloned, i.e. the source channel. Only channels that are programmed shall be selectable. The page is depicted in Figure 71. Figure 71 Clone-Preset-Channel-Source Page The Clone-Preset-Channel-Target page shall allow the operator to select the new channel, i.e. the destination channel. Only channels that are not programmed shall be selectable.
The Clone-Preset-Channel-Confirm page shall allow the operator to confirm cloning of the channel. The page is depicted in Figure 73 and the page’s Action/Event table is contained in Table 31. Figure 73 Clone-Preset-Channel-Confirm Page Table 31 Clone-Preset-Channel-Confirm Page Actions Event Action BACK button pressed Invoke Clone-Preset-Channel-Target page. CLONE button pressed Clone channel and invoke Preset-Channel-Function page. HOME key pressed Return to Preset-Channel-Function page. 6.4.2.
Figure 74 Scan-Group-Function Dialog Table 32 Scan-Group-Function Dialog Actions Event Action Add button pressed Invoke Scan-Group-Add dialog. Change button pressed Invoke Scan-Group-Change dialog. Delete button pressed Invoke Scan-Group-Delete dialog. HOME key pressed Return to Home page. 6.4.2.9.1 Add Scan Group The Scan-Group-Add pages shall allow the operator to add a new scan group to a transceiver’s scan group list and configure the newly added group’s properties.
Figure 76 Scan-Group-Add-Number Page Table 34 Scan-Group-Add-Number Page Actions Event Action Value-Up button pressed Increment group number. Value-Down button pressed Decrement group number. Tap thumbwheel Set group number to be value touched. Slide thumbwheel to left Decrement group number. Slide thumbwheel to right Increment group number. Increment group number by value proportionate to Flick digit thumbwheel to left flick velocity. Should animate rotation through groups if possible.
Figure 77 Scan-Group-Add-Alpha Page Table 35 Scan-Group-Add-Alpha Page Actions Event Action Value-Up button pressed Increment focused character. Value-Down button pressed Decrement focused character. Right arrow button pressed Focus next (to right) character. Left arrow button pressed Focus previous (to left) character. Cursor-Right button pressed Focus next (to right) character. Cursor-Left button pressed Focus previous (to left) character.
Figure 78 Scan-Group-Add-Channel-1 Page Table 36 Scan-Group-Add-Channel-1 Page Actions Event Action Value-Up button pressed Increment preset channel. Value-Down button pressed Decrement preset channel. Tap digit thumbwheel Set preset channel to be value touched. Slide digit thumbwheel to left Decrement preset channel. Slide digit thumbwheel to right Increment preset channel. Increment preset channel by value proportionate to Flick thumbwheel to left flick velocity.
Figure 79 Scan-Group-Add-Priority-Channel Page Table 37 Scan-Group-Add-Priority-Channel Page Actions Event Action Value-Up button pressed Increment preset channel. Value-Down button pressed Decrement preset channel. Tap digit thumbwheel Set preset channel to be value touched. Slide digit thumbwheel to left Decrement preset channel. Slide digit thumbwheel to right Increment preset channel. Increment preset channel by value proportionate to Flick thumbwheel to left flick velocity.
Figure 80 Scan-Group-Add-Confirm Page Table 38 Scan-Group-Add-Confirm Page Actions Event Action BACK button pressed Invoke Scan-Group-Add-Channel-10 page. SAVE button pressed Save scan group and invoke Scan-Group-Function page. HOME key pressed Return to Scan-Group-Function page. 6.4.2.9.2 Change Scan Group The Scan-Group-Change pages shall allow the operator to modify the properties of an existing scan group in a transceiver’s scan group list.
Figure 81 Scan-Group-Delete-Transceiver Page Table 39 Scan-Group-Delete-Transceiver Page Actions Event Action RT1 button pressed Select transceiver 1 and invoke Scan-Group-Delete-Number page. RT2 button pressed Select transceiver 2 and invoke Scan-Group-Delete-Number page. RT3 button pressed Select transceiver 3 and invoke Scan-Group-Delete-Number page. HOME key pressed Return to Scan-Group-Function page.
Table 40 Scan-Group-Delete-Number Page Actions Event Action Value-Up button pressed Increment group number. Value-Down button pressed Decrement group number. Tap thumbwheel Set group number to be value touched. Slide thumbwheel to left Decrement group number. Slide thumbwheel to right Increment group number. Increment group number by value proportionate to Flick digit thumbwheel to left flick velocity. Should animate rotation through groups if possible.
Figure 84 Encryption-Key-Function Dialog Table 42 Encryption-Key-Function Dialog Actions Event Action Fill button pressed Invoke Encryption-Key-Fill page. Delete button pressed Invoke Encryption-Key-Delete page. HOME key pressed Return to Home page. 6.4.2.10.1 Fill Encryption Keys The Encryption-Key-Fill pages shall allow the operator to load (fill) a transceiver’s encryption keys. The first page in the sequence shall be the Encryption-Key-Fill-Transceiver page.
Figure 85 Encryption-Key-Fill-Transceiver Page Table 43 Encryption-Key-Fill-Transceiver Page Actions Event Action RT1 button pressed Select transceiver 1 and invoke Encryption-Key-Fill-Action page. RT2 button pressed Select transceiver 2 and invoke Encryption-Key-Fill-Action page. RT3 button pressed Select transceiver 3 and invoke Encryption-Key-Fill-Action page. BACK key pressed Invoke Encryption-Key-Function page. Select focused transceiver and invoke Encryption-Key-Fill-Action NEXT key pressed page.
6.4.2.10.2 Erase Encryption Keys The Encryption-Key-Erase pages shall allow the operator to erase a transceiver’s encryption keys. The first page in the sequence shall be the Encryption-Key-Erase-Transceiver page. This page shall allow the operator to specify the transceiver for which the encryption keys will be erased. Only transceivers installed in the system that support encryption shall be selectable. The page is depicted in Figure 87 and the page’s Action/Event table is contained in Table 45.
Figure 88 Encryption-Key-Erase-Action Page Table 46 Event Encryption-Key-Erase-Action Page Actions Action Execute key erase operation. Disable Start button. Hide or Start button pressed disable BACK button. Hide Start button. Show Complete indicator. Show or enable Key erase completed BACK button. BACK key pressed Invoke Encryption-Key-Erase-Transceiver page. Return to Encryption-Key-Function page. Sound error tone and HOME key pressed ignore button press if key erase operation is underway. 6.4.2.
Figure 89 System-Configuration-Xcvr-Transceiver Page Table 47 Event System-Configuration-Xcvr-Transceiver Page Actions Action Select transceiver 1 and invoke System-Configuration-Xcvr-Action RT1 button pressed page. Select transceiver 2 and invoke System-Configuration-Xcvr-Action RT2 button pressed page. Select transceiver 3 and invoke System-Configuration-Xcvr-Action RT3 button pressed page. HOME key pressed Return to Home page.
Figure 90 System-Configuration-Xcvr-Action Page Table 48 Event System-Configuration-Xcvr-Action Page Actions Action Configure transceiver for configuration operation. Change state Start button pressed of operation to Underway. Hide or disable Start button. Hide or disable BACK button. Configure transceiver for normal operation. Change state of Stop button pressed operation to Idle. Show or enable Start button. Show or enable BACK button. Hide or disable Stop button.
Enter Channel Number C 105 Figure 91 6.4.3.2 7 8 9 4 5 6 1 2 3 Ok 0 Channel-Number-Entry Dialog Talk Group Entry The Talk-Group-Entry dialog shall allow the operator to input Talk Group identifiers. Talk Group identifiers are 16-bit integers ranging from 0 to 65535. The Talk-Group-Entry dialog is depicted in Figure 92. Figure 92 6.4.3.3 Talk-Group-Entry Dialog Frequency Entry The Frequency-Entry dialog shall allow the operator to input frequencies. Frequencies may range from 29.
keypad shall be touchable directly, or selectable via the cursor/value controls. An entry can be cleared (restarted) by pressing the “C” button. Entry shall be completed by pressing the “Ok” button. The Frequency-Entry dialog is depicted in Figure 93. Enter Frequency C 138.125 Figure 93 6.4.3.4 7 8 9 Ok 4 5 6 . 1 2 3 0 Frequency-Entry Dialog Tone Entry The Tone-Entry dialog shall allow the operator to input sub-audible tones. Both CTCSS (PL) and DCS (DPL) tones shall be supported.
Figure 95 Tone-Entry Dialog DCS Select Tone CTCSS DCS None None OK Figure 96 701-070801 Rev A Cancel Tone-Entry Dialog No Tone This document contains proprietary information, see proprietary statement on first page.
APPENDIX A A.1 SUB-AUDIBLE TONES CTCSS TONE CODE TABLE Table 49 WED Code 1 2 3 4 5 6 7 8 11 12 13 14 15 16 17 18 21 22 23 24 25 26 27 28 31 32 33 701-070801 Rev A CTCSS Tones Tone Freq. (Hz) 67.0 71.9 74.4 77.0 79.7 82.5 85.4 88.5 91.5 94.8 97.4 100.0 103.5 107.2 110.9 114.8 118.8 123.0 127.3 131.8 136.5 141.3 146.2 151.4 156.7 162.2 167.9 EIA Code WED Code XZ XA WA XB WB YZ YA YB ZZ ZA ZB 1Z 1A 1B 2Z 2A 2B 3Z 3A 3B 4Z 4A 4B 5Z 5A 5B 6Z 34 35 36 37 38 Tone Freq. (Hz) 173.8 179.9 186.2 192.8 203.
A.
APPENDIX B B.1 ARINC 716 SPECIFICATION FOR 8.33 KHZ TUNING 8.33 KHZ TUNING Table 51 701-070801 Rev A Control Head Tuning in 8.33 KHz Mode Frequency Channel (MHz) Spacing (kHz) Channel Name 118.0000 25 118.000 118.0000 8.33 118.005 118.0083 8.33 118.010 118.0167 8.33 118.015 118.0250 25 118.025 118.0250 8.33 118.030 118.0333 8.33 118.035 118.0417 8.33 118.040 118.0500 25 118.050 118.0500 8.33 118.055 118.0583 8.33 118.060 118.0667 8.33 118.065 118.0750 25 118.
701-070801 Rev A This document contains proprietary information, see proprietary statement on first page.
EMPTY PAGE 84 Cobham Avionics, Communications 701-070801 Rev A This document contains proprietary information, see proprietary statement on first page.
End of Document END OF DOCUMENT Cobham Avionics, Communications 701-070801 Rev A This document contains proprietary information, see proprietary statement on first page.
