Free Notice (Other) - District Court of Federal Claims - federal

Case 1:02-cv-00796-FMA
NAVAL REGIONAL C~[~RACTl~G

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SSIXS FUNCTIONAL BLOCK CONFIGURATION NOTES

NOTE:

Suite B: AN/UYK.20(V~ J17 and J18 to SAo1704/UGJ28. AN/UYK-20(V) J23 and J24 to SA-1704/UG J32. AN/UYK-20(V) J5 and J6 to SA=lT04/UG J20. AN/UYK.20~/) Jll and J12 to SA.1704/UG J24, AN/UYK-20(V) J26 and J30 to SAo1704/UGJ4. ANIUYK.20(V) J31 to SAo17041UG AN/UYK-20(V) d4 to SA-17041UGd12. ANIUYK-20(V) J22 to SA-17041UGJ16. ANIUYK-20(V) J8 to Secure Junction Box. AN/UYK-20(V) J2 to Secure Junction Box. ANIUYK-20(V) J16 to Secure Junction Box, ANlUYK-20(V) J34 to Secure Junction Box. ANIUYK-20(V) J20 to Secure Junction Box. ANIUSH-22(V) IN and OUTto SA-17041UG 319. RD-397A/U J2 ana J3 to SA-1704/UG TT-624(V)/UG J2 to SA-1704/UGJ7. IP-1187A/USQ~64,,rl to SAo1704/UG Jll and ON-143(V)41USQ J13 anti J14 to SA°1704/UGJ15.

AMENDMENT

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NAVAL REGIONAL

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C~VRACTING

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AN/WSC-5(V)

SATELLITE TERMINAL SIGNAL FLOW DIAGRAM NOTES

NOTES: 1. XMT CLOCK/TRANSMIT TIMINGmay either BIT supplieO to the user terminal equipment. be provided by or

2. The SB.4123/WSC-5{V) jack numbersare as follows: SB-4123/WSC-5(V) NO. Modem position 1 2 3 7 MD-905A/USC RCV XMT J218 J221 J224 J227 J206 J209 J212 J215 OK-481(V)21FSC RCV XMT J216 J219 J222 J225 J204 J207 J210 J213 ANIWSC-5(V) RCV XMT J217 J205 J220 J20~ J223 J211 J226 J214

SB-41241WSC.5(V) No. Modem MD-905AIUSC position RCV XMT 4 J218 J206 5 J221 J209 6 J224 J212 8 J227 J215

OK-481(V)2/FSC RCV XMT J216 J219 J222 J225 J204 J207 J210 J213

ANIWSC,-5{V) RCV XMT J217 J220 J223 J226 J205 J208 J211 J214

AMEI~DMENT 0007

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ANAVSC-5(V)

SATELLITE

TERMINAL

SIGNAL

FLOW DIAGRAM

NOTES

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AN/WSC-3

SATELLITE

TERMENAL SIGNAL FLOW DIAGRAM NOTES

NOTE: XMTCLOCKmay De SUDDtied by the Station Clock. If a single antenna connection is Ossite~, connect the antenna to J9 (internal wiring must also be changed), If the SATCOM antenna groul~ has diplexeL connect J8 to the XMTRF iack and J9 to the RCVRF iack.

OUTS:Refer to Table 5-14 for signal characteristics. RT.I1071WSC-3 J2 Pin Function 18 33 35 38 40 42 43 45 46 51 52 61 62 64 65 67 68 70 71 73 74 76 77 GROUND IN TRANSMIT DATA KEYLINE DATA MODE CHANNEL BUSY + 28 VDC RTNfor 38 XMT LL DATA RTN for 42 XMTWB VOICE RTN for 45 XMT HL DATA RTN for 51 REMOTE BITE STATUS RTN for 61 RCVWB VOICE RTN for 84 RCV LL DATA RTN for 67 XMT BIT TIMING RTN for 70 RCV HL DATA RTN for 73 RCV SIT TIMING RTN for 76 RT-I107~NSC-3 J3 Pin Function PRESET CHANNELSELE~ " A PRESET CHANNELSELE, " S PRESET CHANNEL SELE( r PRESET CHANNEL SELECT D PRESET CHANNEL SELECT E RTN for A through E - 12 VDC TO REMOTE MODULATION MODESELEb'~t" A MODULATION MODE SELEb"~ B RTN for H through L XMTR PLAIN/SECURE VO!.3E tN P'fT KEYLINE REMOTE INTERLOCK SATCOM MODE IND RTN tot W MAN FREQ SEL IND CARRIER ON IND + 12 VDC TO REMOTE RTNfor i RCVR PLAIN/SECURE VOI~E OUT RTN for m DATA SIG ACQ ~ND

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Case 1:02-cv-00796-FMA CENTER Document 46-27 Filed 03/18/2005 Page 10 N00600-94-C-0359 NAVAL REGIONAL CO~%CTI~G MX-10342]Y~TESTPOh.'~ATA: Refer to Teble~16 for Sional Charecte-~cS.
SB-4124/WSC Modules1 through6 Test Point 1 2 3 4 5 6 7 8 g 10 11 ¯ 12 " 13 - 14 " 15 ~ 16 17 - ~ 18 ¯ - 19 - 20 21 = 22 - 23 24 ':- 25 ~ + 12 VDCTO REMOTE RTN PRESET CHANNEL A PRESET'CHANNEL S DATA KEYLINE PRESET CHANNEL C PRESET CHANNEL D PRESET CHANNEL E 600 OHMXMTRNB INPUT CARRIERON IND PTT KEYLINE (GROUND) PRESETCHANNEL A-E RTN DATA SIG ACOIND MODULATION SEL MODE A-D RTN 600 OHMRCVRNB OUTPU~ REMOTEINTERLOCK S00 OHMXMTRNB fNPUTRTN SATCOMMODEIND MNL FREDSEL IND , 600 OHMRCVR NB OUTPUT RTN ÷ 12 VDOTO REMOTE MODULATION SEL MODEA MODULATION SEL MODES MODULATION SEL MODEC MODULATION SEL MODED - 12 VDCT~O REMOTE SB.41241WSC Modules7 thmugh 17 Test Pctn__._L~ 1 2 3 4 5 6 7 n S 10 11 12 13 ~ 14 ~ 15. -- 16 17 ~: 18" - 19 - 20 21 7 22 - 23 ~ 24 ~ 25 CHASSIS GROUND XMT DATA RCV]DATA DATA KEYUNE XMT ACK

of 26

DATA MODECHANNELBUSY + 28 YDC ÷ 28 VDCRTN LOOPBACK DATA SIG AC.,Q IND GROUND XMT IN XMT DATA RTN XMT CLOCK XMT CLOCK (-) RCVCLOCK RCV CLOCK - ) | RCV DATA ( XMTACK (-) REMOTE BITE STATUS RTN REMOTE BITE STATUS SHF CONTROL (DX)

PINOUTS: Refer to Table 5-16 ~or signal characteristics." -- TD-1271 BIU-A46J1 through-A4~J4 = Pin Function J L Z B V A U S N P E C D T R X W M DATA SLOT TtME MARK SIG ACQ SIG ACQ LAMP OUTPUTDATA ÷ OUTPUTDATA OUTPUTCLOCKB + OUTPUTCLOCKB OUTPUTCLOCKA + OUTPUTCLOCKA TX ACK + TX AGKTX ACK "LAMP GNO LEVEL KEY SERIAL tNPUT DATA+ SERIAL INPUT DATAINPUT CLOCK+ INPUT CLOCKLOOPBACK+ LOOPBACKXMIT REQ + XMIT REQ TD.1271BIU A4~J6 Pin Funclion S D S E A F T G U V X L J H GROUND GROUND PRESETCHANNEL SELECTA PRESET CHANNELSELECTB PRESET CHANNELSELECTC PRESET CHANNELSELECT D PRESET CHANNELSELECT E GROUND ROt/PRESET CHANNEL SELECT A RCV PRESET CHANNEL SELECT B RCV PRESETCHANNELSELECT C RCV PRESET CHANNEL SELECT D RCV PRESET CHANNEL SELECT E GND KEY RT CV.39411FSC ~=d J3 J2 Pin 2 3 4 5 6 7 8 15 17 20 Functio* Frame ~.-ound XMT RCV DAT~ DATA~E/LINE TX~ACK XMTDA'~& RTN Signal ~nd DATA M~E CHANNEL BUS~ X~ CL~K R~ CL~K DATA 3T TIME MAR-' S:

LSl.961V~ J5 pin Funche" B 9 10 X~ RCV RCV

LSI-961V.29J1 end J2 Pin Function 2 3 XMT DATA RCV DATA DATA KEYLINE DATA MODE CHANNEL XMT CLOCK RCV CLOCK EXT CLOCK

CV.39411FSC =~d J5 J4 Pin 1 2 3 5 7 Frame G~unU RCVDAT~ DATAKi TX ACK S~gnalG'ound DATA Mr~DE CHANNEL RCVCL~ ~K XMTCL K- 148

TD.1271S/UA46A2J1through A46A2J4 Pin Function 8 15 17 24

D RRU TX + F RRUTX B RRU RX -~ C RRURX L RRU ~

OW-101/FSC DAMA

SATELLITE CONFIGURATION)

TERMINAL SIGNAL FLOW

(}~,T.~ DIAGRAM

DUPLEX NOTES

RADIO

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MX-10342/WSC TEST POINT DATA: Refer ~o Table 5-16 lor Signa~ Characlerlst=cs,

SB,41241WSCModules 1 through 6 Point t 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 '~9 20 21 22 2~ 24 25 ÷ 12 VDC TO REMOTERTN PRESET CHANNEL A PRESET CHANNEL B DATA KEYLINE PRESET CHANNEL C PRESET CHANNEL D PRESET CHANNEL E 600 OHM XMTR NB INPUT CARRIER ON IND p'FT KEYLINE (GROUNDt PRESET CHANNEL A-E RTN DATA SIG ACQ IND MODULATION SEL MODE A-D RTN 600 OHM RCVR NB OUTPUT REMOTE |NTERLOCK 600 OHM XMTR NB INPUT RTN SATCOM MODE IND MNL FRED SEL IND 50~ OHM RCVR NB OUTPUT RTN 4- 12 VDC TO REMOTE MODULATION SEL MODE A MODULATION SEL MODE B MODULATION SEL MODE C MODULATION SEL MODE D - t2 VDC TO REMOTE

SB-41241WBCModules 7 through 17 Test Point 2 3 5 6 7 9 10 12 13 14 15 16 17 18 19 20 21 22 23 24 25 : CV-39411FSCJ2 8~d J3 Pin Function 1 2 3 4 5 6 7 8 15 17 20 FrameG~ ,uncl XM'r DA":. RCV DATAK[ .LINE TX ACK XMT DA3A RTN Signal G.=Jntl ¯ DATA MODE CHANNEL BUSY XMT CLOCK RCV CLOCK DATA SL(ff TIME MARK Siona_.~ CHASSIS GROUND XMT DATA RCV DATA DATA KEYLINE XMT ACK not assigned SIGNAL GROUND DATA MODE CHANNEL BUSt' ÷ 28 VDC + 28 VDC RTN LOOPBACK DATA SIG ACQ IND GROUND IN XMT XMT DATA RTN XMT CLOCK XMT CLOCK (-) RCV CLOCK RCV CLOCK - ) ( RCV DATA (- t ,~ not assigne DATA SLOT TIME MARK XMTACK ( REMOTE BiTE STATUS RTN REMOTE BITE STATUS SHF CONTROL (DX)

PiN OUTS:Refer to Table 5-16 for signal characteristics. TD-1271B/U A46J1 through A46J4 Pin H J L Z B V A U S N P E i C D T f R X W M Function DATA SLOT TIME MARK BIG ACG BIG ACO LAMP OUTPUT DATA + OUTPUT DATA OUTPUT CLOCK B + OUTPUT CLOCK B OUTPUT CLOCK A + OUTPUT CLOCK A TX ACK + TX ACK TX ACK LAMP GND LEVEL KEY SERIAL INPUT DATA + SERIAL INPUT DATA INPUT CLOCK + INPUT CLOCK LOOPBACK + LOOPBACK XMIT REQ + XMtT REQ A46A2J4 7 8 15 17

TD-1271BIU A46J6 Pin B D S E A F T G U V X L J H Function GROUND GROUND PRESET CHANNEL SELECT A PRESET CHANNEL SELECT S PRESET CHANNEL SELECT C PRESET CHANNEL SELECT D PRESET CHANNEL SELECT E GROUND RCV PRESET CHANNEL SELECT RCV PRESET CHANNEL SELECT RCV PRESET CHANNEL SELECT RCV PRESET CHANNEL SELECT RCV PRESET CHANNEL SELECT GND KEY RT

A B C D E

LSt-gB~V.29 J5 Pin Function XMT XMT RCV RCV

LSI-961V.29 J1 and J2 Pin 1 2 3 Function Frame Ground XMT DATA RCV DATA DATA KEYLINE TX ACK Signal Ground DATA MODE CHANNEL BUSY XMT CLOCK RCV CLOCK EXT CLOCK

7 8 9 10

TDd271B/U A46A2J1 through Pin Function D F RRU TX + RRU TX RRU RX + RRU RX RRU ~ DAMA SATELLITE CONFIGURATION) 0007

CV.39411FSC ~nd J5 J4 Pin 2 3 4 5 7 8 17 24 Functio" Frame G" )und XMT DA]A RGV DATA DATA KEYLINE TX ACK Signal G~ound DATA MODE CHANNEL BUSY RCV CLCCK XMT CLCCK K - 150

L OW-101/FSC

TERMINAL SIGNAL

FLOW

(FULL DUPLEX DIAGRAM NOTES

RADIO

AMENDMENT

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ON-143(V)9/USQ CUSIXS USER TERMINAL INTERFACE SIGNAL FLOW DIAGRAM NOTES

NOTE: 1. XMTCLOCKmay he supplied by the Station Clock.

PIN OUTS: Refer to Table 5-18 tot signal characteristics. ON-143(V)4/USQ Pin Function 5 6 9 18 35 42 ,~3 67 68 70 71 76 77 DATA KEYLINE DATA KEYLINE RTN DATA SIG GROUND IN TRANSMIT DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT CLOCK XMT CLOCK RTN RCV CLOCK RCV CLOCK RTN ON.143(V}41USQ J15 Pin L M N P R S Function ALARM INDICATE ALARM INDICATE MIAR MIAR RTN PREP PREP RTN RTN

ON-143(V}41USQ J16 Pin G H J K R S Function XMT DATA XMT DATA RTN RCM DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN

ON.143(M)41USQ Pin T U V W Y Function XM'f,~RCV CLOCK XMTIRCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN

ANIUYK.20(V) J22 Pin A5 B5 B7 A7 G4 C12 G2 Dll H2 A6 D12 Function XMT DATA XMT CLOCK RCV DATA RCV CLOCK LINK ENABLE END RECEIVE MIAR ALARM INDICATE AUDIBLE ALARM ENABLE SIGNAL RTN CHANNEL BUSY

ON-143(V)41USQ J14 Pin Function

J XMT DATA K XMT DATA RTN L XMT CLOCK M XMT CLOCK RTN N RCV DATA RCV DATA RTN RCV CLOCK S RCV CLOCK RTN T LINK ENABLE U LINK ENABLE RTN X END RECEIVE Y END RECEIVE RTN h MIAR MIAR RTN ALARM INDICATE k ALARM INDICATE RTN rn AUDIBLE ALARM ENABLE n AUDIBLE ALARM ENABLE RTN CHANNEL BUSY w CHANNEL BUSY RTN

AMENDMENT 0007

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ON 143(V)9/USQ CUD~'XS

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SIGNAL

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FLOW DIAGRAM

INTERFACE

PIN OUTS: Reler to Table 5-19 for signal characteristics. ON-143(V)91USQ J1 Pin 5 6 7 8 9 18 35 " 42 43 67 68 70 71 76 77 Function DATA KEYLINE DATA KEYLINE RTN DATA SLOT TIME MARK DATA SLOT TIME MARK RTN DATA SIC ACQ tND GROUNDIN TRANSMIT DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT CLOCK XMT CLOCK RTN RCV CLOCK RCV CLOCK RTN ON-14~'V)91USQ Pin T U V W X Y Function XMT/RCV CLOCK XMT/RCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN ON.143~91USQ J16 Pin G J K R S Function XMT DATA XMT DATA RTt, RCV DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN

ON.143(V)91USQ J15 Pin L M N P R S Function ALARM INDICATE ALARM INDICATE MtAR MIAR RTN PREP PREP RTN RTN

ON-143(V)91USQ J10 (INPUT) Pin H J F G B C D E K L M N P R S T U V W X Y Z a b c d e f g h i j k m n p q r s t Function EFR EFR RTN EFA EFA RTN ODA ODA RTN ODR ODR RTN OD0 OD0 RTN OD1 OD1 RTN OD2 OD2 RTN OD3 OD3 RTN OD4 OD4 RTN OD5 OD5 RTN OD6 OD6 RTN OD7 OD7 RTN OD8 OD8 RTN OD9 OD9 RTN ODIO OD10 RTN ODll ODll RTN OD12 OD12 RTN OD13 OD13 RTN OD14 OD14 RTN OD15 OD15 RTN AMT.~IDMENT0007

ON.143(V)91USQ Jll Pin - Function H J F " G B C D E K L M N P ~ S T U V W X Y Z a b c d e f g h i j k m n p .q r s t EIE EtE RTN EIR EIR RTN IDR IDR RTN IDA IDA RTN ID0 ID0 RTN ID1 ID1 RTN ID2 ID2 RTN ID3 ID3 RTN ID4 ID4 RTN ID5 ID5 RTN ID6 ID6 RTN ID7 ID7 RTN ID8 ID8 RTN ID9 ID9 RTN ID10 1010 RTN IDll IDll RTN ID12 ID12 RTN ID13 tD13 RTN ID14 tD14 RTN ID15 ID15 RTN

(OUTPUT)

ANIUYK-21~ Pin Function B8 A8 B7 A7 B5 A5 B6 A6 D1 C1 D2 C2 D3 C3 D4 C4 D5 C5 D6 C6 D7 C7 D8 C8 D9 C9 D10 C10 Dll Cll D12 C12 G1 H1 G2 H2 G3 H3 G4 H4 EFR EFR RTN EFA EFA RTN ODA ODA RTN ODR ODR RTN OD0 OD0 RTN OD1 OD1 RTN OD2 OD2 RTN OD3 OD3 RTN 004 OD4 RTN OD5 OD5 RTN OD6 OD6 RTN OD7 OD7 RTN ODB OD8 RTN OD9 OD9 RTN OD10 OD10 RTN ODll ODll RTN OD12 OD12 RTN OD13 OD13 RTN OD14 OD14 RTN OD15 OD15 RTN

ANIUY~.20(V) (INPUT) Pin ; unCtion

88 i ~E A8 ! IE RTN f. IR B7 ~'IR RTN A7 B5 A5 ~l:~l RTN B6 A6 IDA RTN D1 C:1 ;,30 RTN C2 ~}1 RTN D3 ID2 RTN C3 ~O3 D~ C4 ~D3 RTN D5 C5 ID4 RTN D6 ~D5 ~D5 RTN C6 D7 C7 ~;)6 RTN D8 107 RTN C8 ID8 D9 113~RTN C9 D10 ID9 C10 ID9 RTN Dll IOl0 F~TN

G2 H2 G3 H3 G4

ID13 ID13 RTN ID14 ID14 RTN ID15

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TADIXS USER TERMINAL INTERFACE SIGNAL FLOW DIAGRAMNOTES

NOTE: 1. XMTCLOCKmay be provided by or supplied ON-143{V)4/USQ. to the

PiN OUTS:Refer to Table 5-20 for signal characteristics. ON-143(V}41USQ J1 Pin 5 6 9 18 33 35 - 42 43 67 68 70 71 76 77 Function DATA KEYLINE DATA KEYLINE . DATA SIC ACQ IND GROUND tN TRANSMIT DATA KEYLINE (GND/OPEN) DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT BIT CLOCK XMT BiT CLOCK RTN RCV BIT CLOCK RCV BIT CLOCK RTN ON-143(V)4/USQ Pin L M N P R S Function ALARM IND.ICATE ALARM INDICATE MIAR MtAR RTN PREP PREP RTN RTN J15 ON-143(V)41USQ Pin J K L M N P R S T U X Y h i j k V W Function XMT DATA XMT D/~TA XMT CLOCk XMT CLOCK RTN RCV DATA RCV DATA RTN RCV CLOCK RCV CLOCK RTN LINK ENABLE LINK ENAB~-= RTN END RECEP, ENDRECEI', ~ RTN MIAR MIAR RTN ALARM INDICATE ALARM INDICATE RTN CHANNEL BUSY CHANNEL BUSY RTN

ON.143(V)41USQ J16 Pin G H J K R S Function XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN

ON-143(V)4/USQ Pin T U V W X Y Function XMT/RCV CLOCK XMTIRCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN

ANIUYKo2~/) J22 Pin Fur orion A5 XMT DATA B5 XMT CLOCK B7 RCV DATA A7 . RCV CLOCK G4 LINK ENABLE C12 END RECEIVE G2 MIAR Dll ALARM INDICATE A6 SIGNAL RTN D12 CHANNEL BUSY

AMENDMENT 0007

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OTCIXS USER TERMINAL INTERFACE SIGNAL FLOW DIAGRAM NOTES

NOTE: "L Re|er to FO-69 ~ot TSEC/KG-84 interfaces, 2. XMTCLOCKmay either be provided supplied to the ON.143(V)6/USQ. by or

PIN OUTS:Re|er to Table 5-22 for signal characteristics. ON-143(V)61USQ Pin 5 6 9 ~8 33 35 42 43 67 68 70 71 76 77 Function DATA KEYLINE DATA KEYLINE RTN DATA SIC ACQ IND GROUND~N TRANSMIT DATA KEYLINE (GND/OPEN) DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT CLOCK XMT CLOCK RTN RCV CLOCK RCV CLOCK RTN ON,143(V)61USQ J16 Pin G H J K R S D M C N L P Function XMT DATA XMT DATA RTN RCM DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN ALARM INDICATE ALARM |ND~CATE RTN MIAR MIAR RTN PREP PREP RTN

CV.3333/U J5 ON.143(V)61USO Pin T U V W X Y Function XMT/RCV CLOCK XMT/RCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN Pin A E~ E F G H J K a b c d g h s t Function XMT DATA XMT DATA RTN XMT CLOCK XMT CLOCK RTN RCV DATA RCV DATA RTN RCV CLOCK RCV CLOCK RTN XMT FRAMES ONLY XMT FRAMES ONLY RTN RCV INHIB RCV INHtB RTN P'Fr KEYLINE P'Fr KEYLINE RTN SYNC SEARCH INHIB SYNC SEARCH INHIB RTN

ON-143(V)61USQJ22 Pin L M N P R S T U V W Z a J K Function XMT DATA XMT DATA RTN XMT CLOCK XMTCLOCK RTN RCV DATA RCV DATA RTN RCV CLOCK RCV CLOCK RTN XMT FRAMES ONLY XMT FRAMES ONLY RTN ACV INHIB RCV INHIB RTN PTT KEYLINE pTr KEYLINE RTN SYNC SEARCH |NHIB SYNC SEARCH INHIB RTN

ON.143~61USQ J17 Pin C D E F Function TDP/TADIXS TDPITADIXS TDPITADIXS TDPITADIXS XMT DATA XMT DATA RTN RCV DATA RCV DATA R3"N

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e

TACINTEL USER TERMINAL INTERFACE SIGNAL FLOW DIAGRAM NOTES

NOTE: 1. XMTCLOCKmay either be ~tovtded by or suDplieO to the ON-143(V)6/USQ.

PIN OUTS: Refer to Table 5-;23 for signal characteristics. ON:143(V'I61USQJ1 Pin 5 9 33 35 42 43 67 68 70 71 77 Function DATA KEYLINE DATA KEYL~NE RTN DATA SIG ACQ IND GROUND IN TRANSM1T DATA KEYLINE (GND/OPEN) DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT CLOCK XMT CLOCK RTN RCV CLOCK RCV CLOCK RTN ON.143~61USQ J17 Pin C D E F Function TDP TDP TDP TDP XMT XMT RCV RCV DATA DATA RTN DATA DATA RTN

ON-143(V)BIUSQ J16 Pin G H J K R S D M C N L P Functton XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN ALARM iNDICATE ALARM ~NDICATE RTN MIAR MtAR RTN PREP PREP RTN

ON.143(V)BIUSQ Pin T U V W X Y Function XMTRCV CLOCK XMT/RCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN

ON.143(V)61USQ J22 Pin A B G H Function TAD~XS TADIXS TADIXS TADIXS XMT XMT RCV RCV DATA DATA RTN DATA DATA RTN

AMENDMENT 0007

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SSIXS

USER TERMINAL INTERFACE SIGNAL FLOW DIAGRAM NOTES

NOTE: XMTCLOCK may be either provided by or provided to the ON-143(V)41USQ.

PIN OUTS:Reler 1o Table 5°24 for signal characteristics. ONol43(V}41USQJ1 ON-143(V)41USQJ15

5 6 9 18 33 35 42 43 67 6B 70 71 76 77

DATA KEYLINE DATA KEYLINE RTN DATA SIC ACQ IND GROUND IN TRANSMIT DATA KEYLINE (GND/OPEN) DATA MODE CHANNEL BUSY XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN XMT CLOCK XMT CLOCK RTN RCV CLOCK RCV CLOCK RTN

L M N P R S

ALARM INDICATE ALARM INDICATE RTN MIAR MIAR RTN PREP PREP RTN

ON-143(V)41USQ J16 Pin Function G H J K R S XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN GATED CLOCK GATED CLOCK RTN

ON-143(V)41USQ Pin T U V W Y Function XMT/RCV CLOCK XMTIRCV CLOCK RTN XMT DATA XMT DATA RTN RCV DATA RCV DATA RTN

ANIUYK-20(V) J22 Pin A5 B5 B7 A7 G4 C12 G2 Dlt A6 D12 Function XMT DATA XMT CLOCK RCV DATA RCV CLOCK LINK ENABLE END RECEIVE MIAR ALARM INDICATE SIGNAL RTN CHANNEL BUSY

ON-143(V~41USQ J14 Pin J K L M N P R S T U Function

XMT DATA XMT DATA RTN XMT CLOCK XMT CLOCK RTN RCV DATA RCV DATA RTN RCV CLOCK RCV CLOCK RTN LINK ENABLE LINK ENABLE RTN END RECEIVE END RECEIVE RTN MIAR MIAR RTN ALARM INDICATE k ALARM INDICATE RTN v CHANNEL BUSY w CHANNEL BUSY RTN

AMENDMENT 0007

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®

Z ©

©

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Z ©

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