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DSP-1760 FOGs
Single- or Multi-axis, High-Performance Fiber Optic Gyros
Housed
Unhoused
Available in 1-, 2-, or 3-axes
Key Features
• Superior bias instability of ≤0.05°/hr, 1σ (typical); ≤0.1°/hr, 1σ (max)
• Single- or multi-axis high performance FOGs
• All housed variants available with either Micro-D connector or circular connector
• Unhoused variants available with Micro-D connector
• Angle Random Walk (ARW) ≤0.012°/√hr (0.7°/hr/√Hz)
• Bandwidth (Housed): ≥440 Hz Bandwidth (Unhoused): ≥1000 Hz
• Available in nine configurations: - Housed 1-, 2-, or 3-axis - Unhoused 1-, 2-, or 3-axis tethered to PCBs, with Micro-D connector
• Now with EMCORE's breakthrough PIC technology
Applications
• Platform stabilization for land, sea, and aerial systems
• Navigation, guidance, and control systems
• Stabilization and navigation for unmanned and manned applications
Compact Single- or Multi-axis Fiber Optic Gyros Designed for Maximum Ease of Integration
EMCOREs DSP-1760 Fiber Optic Gyros (FOGs) combine single- or multi-axes of the worlds smallest high performance FOGs within easy-to-integrate housings, or unhoused for OEM configurations. The DSP-1760 FOG offers exceptional performance in bias stability, scale factor, and angle random walk, and is available in nine configurations to solve the most challenging design projects. The DSP-1760 FOG is ideal for air, land, or maritime stabilization and pointing applications. Due to its versatility, and accurate, reliable output, it can also be utilized in navigation, guidance, and control systems.
Designed for Flexibility and Performance
Available in single- or multi-axis gyro configurations, the DSP-1760 FOG is a high bandwidth, extremely low noise sensor. The DSP-1760 FOG offers customers a choice of two interfaces: a Micro-D or a circular connector. In addition, the DSP-1760 FOG integrates magnetic shielding within the gyro housing, providing improved performance in systems with problematic magnetic environments.
PIC Technology Improves Reliability
A key element of the DSP-1760 is EMCORE's new, groundbreaking integrated planar optical chip. Replacing individual fiber optic components, the DSP-1760 with PIC Inside™ offer improved reliability, unit-to-unit repeatability, and easier integration. The result is a precision photonic fiber optic gyro sensor that is more durable, reliable, and designed for a high level of repeatability.
Precision Gyros Designed for Ultimate Flexibility
The DSP-1760 FOG provides unmatched versatility to meet the demands of the most challenging design projects. Choose a 1-, 2-, or 3-axis configuration, each employing the world's smallest precision FOG, and either the housed design or the unhoused OEM variant. All variants offer ease of use and high adaptability, featuring flexible communication options allowing for user-programmable data output rates up to 5000 Hz. The OEM packaged version enable ease of integration into even the smallest of systems.
Ideal for the stabilization and orientation of high-speed gimbals, the versatile and lightweight DSP-1760 FOG offers nine configurations for ultimate integration flexibility.
Pipelines deliver massive amounts of crude daily and ensuring safe operation is key. The EMCORE DSP-1760, coupled to additional sensors, provides these inspection robots with extremely accurate angular data.
PIN 1
CL
CENTER OF GRAVITY
8
D EMCORE DSP-1760 7 ELECTRICAL INTERFACE: Fiber Optic G6yro
NOTICE: INFORMATION
THIS DRAWING AND/OR SPECIFICATIOIN/OIS CONTAINED HEREIN WHICH IS NOT KNOWN
TCHGOEENNEPRRNAOELPLCEYRTTINYOROTHFETKYFVIHPELEDIN:DOUFMSTMAKRVILIECHESR.SHO1AA5-LLLLDPBOEIASWITIOMNIL-(PDITNLS-)83513
CONFIDENTIAL EXCEPT TO ANY EXTENT TO WHICH IT IS ESTABLISHED TO HAVE BEEN KNOWN PREVIOUSLY
Performance Specifications FROM SOURCES
COPIED OR USED AS
OTTHHEERBATSHISANFOKRVHT.HETHMIASNUDFRAACWTINUGREMANOADRT/OISNRALGESPOIE/FCOIFAIPCPCAATROIOANNTUNMSEAWYCITTNHOOOTURTB:EWFRRIETETPMERNAODLPUEECREM1DIS5, SIOPNOSITION
(SOCKETS)
MICRO-D IAW MIL-DTL-83513 (OR EQUIVALENT)
Ho5used
DSP-1760s 1.06
4
26.9
Micro-D ConnectoCLr Option
** USE OF A SHIELDED CABLE HARNESS IS NECESSARY TO COMPLY TO EMI SPECIFICATIONS MATING CABLE PART# 32-1173-02 (2 FOOT LENGTH) IS AVAILABLE FROM KVH UPON REQUEST
PIN 1
CL
Input Rate (max) INPUT/OUTPUT CONNECTIONS:
PIN NO.
USAGE
±490°/sec
CENTER OF GRAVITY
DIM 'CG3' (3 AXIS)
3
DIM 'CG3' (2 AXIS)
DIM 'CG3 (1 AXIS)
1
RS422_TX+
D
Bias Instability (25°C) ≤0.1°/hr, 1σ (max), ≤0.05°/hr, 1σ (typical) ELECTRICAL INTERFACE:
2
RS422_TX-
I/O CONNECTOR TYPE: MMAILCERO15-DPOIAS543WITIOMNIL-(PDITNRRRLS-ESS)S448E223R225V__1E3RRDXX-+(DO NOT CONNECT)
Bias vs. Temperature MATING I/O CONNECTOR: FEMALE 156 POSITIONRE(SSEORCVKEEDTS(D) O NOT CONNECT) MICRO-D7 IAW MIL-RDETSLE-R8V3E5D13(D(OORNOETQUCIOVANLNEENCTT))
(≤1°C/min) ≤1.5°/hr, 1σ (max), ≤1°/hr, 1σ (typical) ** USE OF A SHIELDED CABLE HARN8ESS IS NERCESEESRSVAERDY (TDOO CNOOMTPCLYONTNOECETM)I SPECIFICATIONS
MATING CABLE PART# 32-1173-902 (2 FOOPTOWLERNGRTEHT)URISN AVAILABLE FROM KVH UPON REQUEST
1.06 26.9
CL
10
9-36 VDC POWER INPUT
Bias Offset (25°C) INPUT/OUTPUT CONNECTIONS:
11
PIN NO.
USAGE
12
MSYNC TOV_OUT
±2°/hr
1 2 3 4 5 6
RS422_TX+ RS422_TX-
Scale Factor Non-linearity RS422_RX- C
RS422_RX+
13 14 15 CASE
(full rate, 25°C) RESERVED
RESERVED
(DO (DO
NOT NOT
CCOONNNONNTEEECCS:TT))
CONFIG_RST_IN EXT_RST SIGNAL_GND CHASSIS GND
≤50 ppm, 1σ
7 8 9 10
RESERVED (DO NOT CO1N. NKEVCHT)PART NUMBER: 01-0352-01 ONE AXIS, 01-0352-02 TWO AXIS, 01-0352-03 THREE AXIS
Scale Factor vs. Temperature RESERVED (DO NOT CO2N. NFEINCISTH) : CHEMICAL FILM IAW MIL-DTL-5541, TYPE II, CLASS 3 (CLEAR CHROMATE).
≤200 ppm, 1σ (max), ≤100 ppm, 1σ (typical) POWER RETURN
POWDER COAT DRYLAC SERIES 38, COLOR: ANODIZED SILVER 38/91020
(≤1°C/min) 9-36 VDC POWER INPU3.T I/O COMMUNICATIONS PARAMETERS AND MESSAGE STRUCTURE PER 56-0269
11
MSYNC
4. MAXIMUM THERMAL RATE OF CHANGE 1°C PER MINUTE
12 13 14
Angle Random Walk (25°C) ≤0.012°/√hr (0.7°/hr/√Hz) TOV_OUT CONFIG_RST_IN EXT_RST
8 7 5. ALL EXTERIOR MARKINGS AND LABELS SHALL BE IAW MIL-STD-130
6. OUTPUNOTTICPEE: R THKISVHDRAIWCINDG 5AN6D-/O0R26SP9ECIFICATION IS THE PROPERTY OF KVH INDUSTRIES. ALL
6
C
15 CASE
SIGNAL_GND CHASSIS GND
7.
CCUOISNNFFTOIODREMMNATETIARIOLNEMXCOCOEUNPTNTAITNTIEONDGAHNEYSREUEIXNRTEFWNAHTCICTEHO
IWRSHEINCQOHUT IIKTRNEIOSMWENESNTGATEBSNLE:ISRHALELDY
IN TO
THE FIELD OF KVH SHALL BE HAVE BEEN KNOWN PREVIOUSLY
MFEROTMALS,OUFRRCEESE OOTHFERPTAHIANNTKVAHN. D THCISODNRTAAWMINIGNAANTDIO/ONR SPECIFICATION MAY NOT BE REPRODUCED,
COPTIEEDMOPREURSAETDUARSETH(EMBAAXS)IS: F7O5R°CTHE MANUFACTURE OR SALE OF APPARATUS WITHOUT WRITTEN PERMISSION
Housed: ≥440 Hz NOTES: Bandwidth (-3 dB) Unhoused: ≥1000 Hz 1. KVH PART NUMBER: 01-0352-0G1ENOENREAALXISS,P0E1C-I0F3IC52A-TI0O2NSTW: O AXIS, 01-0352-03 THREE AXIS
(UNLESS OTHERWISE SPECIFIED: PERFORMANCE CHARACTERISTICS MEASURED AT 25°C
2°C)
2.
FINISH:
CHEMICAL FILM POWDER COAT
DIARWYLAMCIL-SDEGTRLYI-ERS5O53481P,,ECTRYOFPLOEORRI:IM, AACNNLOACDSIESZED3
(CLEAR CHROMATE). SILVER 38/91020
UNITS
SPEC
3.79 96.4
5
CL DIM 'CG2'
DIM 'C3.G739' (3 AXIS) 96.4
DIM 'CG3' (2 AXIS)
DIM 'CG3 (1 AXIS)
CL
.17
DIM 'CG2'
4.3
SEE LABE
CENTER OF GRAVITY
4
2.90 73.7
.17 4.3CL
PIN 1
DIM 'CG1'
CENTER OF GRAVITY
Electrical/Mechanical Interface 8 D 7 3. I/O COMMUNICATIONS PARAMETERSINPAUNDT RMAETSESAGE STRUCTURE PER 56-0269
4. MAXIMUM THERMAL RATE OF CHANBGIEAS1°SCTAPBEIRLITMY IN(UcoTEnstant temperature)
6 °/s MAX
°/hr, 1σ
±490 <0.05 TYPICAL
5
4 CENTER3.5O0F GRAV8IT8Y.9
3
DIM 'CG3' (3 AXIS
Initialization Time ≤1.25 secs housed, ≤1.5 secs unhoused Circular Connector Option B COPCIEFODRINN65OFFOM..OIDRNREOOASMNUTOLUATISUCLTIETAIREODLPC:NEUEEAXSXSCTTTCHOEOETINSPTHRPTHEETAIDEOIRNRRTBREAOAWDTKSHIAIMNVSAHNGNHAEYFRRAOKEENKRIIXVNCDHTI/NET.DWHNOGHTRESTI5CHTMS6HOIPASA-NENIWCUSD0HDIFRF2IANACICC6WOHLATIT9NAUTIGIRBKOTENNBBSEAIOSNLOCIIWSDAASRENA/SSESTLOSTHLGSERAAEEETOLHBNEHCSLFAFEPPIESFRRTLOAEHAORSLFRCCLEPEMILIDFTAECYBTIPRAOCTAPTELIARONYA(TLRIrOSHOITAoANNHITFAEoNWUEVONm MESKTNFAVSEMIBWYH-EIRTEILtITLLNDEeFIIHNVNI-Om AONDIOTTUSUCEKFpYTSBTNAEeTDKEOWRRr:VW-IRaIEHRTN(IStTE11Yu.TPS3PE°rRHCNR0eOAAE)D/LLVPLLUIm EOCRBUEiMSEnDILS,uYStIeON ramp)
°/hr °/hr, 1σ ppm, 1σ
2° <1 <50 (full rate)
7. CMUESTTAOLM, EFRREMEOUONFTIPNAGINSTUARNFDACCEORNESTQACMUAIII/LNREOEATMFICEOANNOCTNTSON: RECTTEOMRPETRYAPTEU:REGLESNENASIRITISVEITRYIES 801 MIGHTpYpmM,O1UσSE 13 POSITION <(P2I0N0S)
TEMPERATURE (MAX): 75°C
Data Interface Asynchronous or Synchronous RS-422 GENERAL SPECIFICATIONS:
BANAGNM*ALD*LAEWTTUEIIRDNSRATEGNHNADOIT/(OFE-OM3AMdCWABOSAT)HNLIKNNIEGEL(CDAIE/TRDOOWR)C:C(AOCrBoNLoLNEEmEECVHEtTAeOmRTRENp:CEeSGrHaSLNtEuONIrSLeAO)INGREIECSSEER°SF/ISAEh°/AESrH√R/-zY8√hIB0rH-T1zO0M1CI-GO0HM0T7PY-LYM26OTMUOTS8E<E-><M0814.0I3004.S1S170-A2PE01C037IF-IPC2OA6SMTIITTOI8ON-NS13(SSOAC1K3ETPSO)SITION (SOCKETS)
CL
(UNLESS OTHERWISE SPECIFIED: PEMRTFBOFRM(MGAARNTOCIUNENGDCCHMAAOBRBLAEICLETPE)ARRISTT#IC3S2-M1E1A7S3U-R0E1D (2ATFO25O°TC LEN2h°GoCTu)Hrs) IS AVAILABLE >FR3O0M,00K0VH UPON REQUEST
D Baud Rate UUsseerrSUSeseleelercctSataebblleelec9t9a.6.b6lkeKbb1ppstsotot1o4091024017H.6KzbK(phbsopus(us(nehhdoou)usseedd) ) IE/LOEBBGIBNCIIIYCPAAATRSSUSORTONICTOSNHRATFEAPEAFLCBTRSEETEIMINRLOTAITTFRLYE(ORrSToR(FYEocAMNPomCnASEsEI:NTtt:eIaCVGmnILTEtpEYeNtreAam(tIR1up°reCeSr)/aEmtRuIirAEneXSu)IMtIPSNeK8IISN4321PV0CArUH1aLONTImMG/OPMNBpO.AIGM)URINHETTA#NPTTTUUYRRP9IO-STSSONMA44W3C°°22G°O6E/U22OE//RUs°__NNVhh/88SrrDRTRN0.hI.EM,,00TX1CX1EErAS+11T--C1Xm m σσUIA3P0TNXRrrIO3POaIaNPS5WUNdd2OTES-(RS((:ZAZZ0I)TX--I1NIIOSXYPN))UM<T(I0SPA.08I0N2L0S..5±4I0S1GP<A)4-N2Tm Xm E19M0Y°IC0Srr3PEaa5NIddC(2TXA-((-LZZ0Z--2)XY))
01-0352-03 3 AXIS (X-Y-Z) 0.4 mrad (Z-X) 0.4 mrad (Z-Y)
Data Rate B SCALE FACTOR NON-LINEARITY
5
TOV_ppOmUT, 1σ -
<508.0(fumllrardate()X-Y) 0.4 mrad (X-Y)
User Selectable 1 to 5000 Hz (unhoused) MATSICNAGLEI/FOACCTOONRNETECMTPOERR:ATCULREEEVSEENTSEICTIHVINTYO6LOGIES FASIEG-NpIABpLm-_0,G1N1-σD007-26MT8-13S<A20103 POSITION (SOCKETS)
Physical Specifications I*AN*LPTBAMUUEMNTATSRAGBN/ENTLDFOAEINWOUT(GIFTERDGPATRACUHMNOATDAUS(OBTNH-CMILDNI3EOEGdLNWMBDPNAOI)E/ALEBDKORCILTTEC(#CIA)OAOR3NBNW2SLN)-:EE1(C1rHo7TAoO3Rm-RN:0VTEVTEt1EEIINSeGBBMMm VSL(RRPPIE2RAAp11EE987NIOTT0e1SRRIIAFNrOOAAaOMINNTTNRtUUOEuENRRT((rCSNOeETEEE)OPLRSE((NESOIRS-NRRRMCETPAASESGSOSOOETS44RYPTRNIR°NE22/YHN8EAFAGR22RG0h°ChIT)G/)V__AIETro1HN_√/TE)IOuRTGSzIDRN√hMXrX)srSG-H+CIAG(T)zDOVH-OMATINIPYLNLAOYM-81-BT2O54LTg00EUCOg°°SCCOrFEmNrERmTTMsNO8OO,sEIM0>,C<21++S3>20<T0-PK8700-)4.05E50,0V-42.0°°C017HCC020072I000F-00U((IC--02PHA546OH80zMTN,°°zIFFTO,R8RNttRA-EooSNAQ1ND3++UDOS11EOMA86SM57T°°1FF3)) POSITION (SOCKETS)
PIN 1
Dimensions - Housed (max) 88.9 mm Dia x 73.7 mm H (3.5" x 2.9") 2
NO. KVH
USAGE
RS422_RXPRASR4T2#2_TX+
C SHOC1K2 (OPERATEINXGT)-RST
25 g, 11 mSEC,
01-I0N3P5U2T-A0X1ISDSHIGOIMTC1CAISK3LAASL0D(INEA1GOT-NANM0-3OEO5NUCRP2TTEEPH-RSUA0AETS2TRISNVISGE)DGN(DD0O1-N0O43T05C2g-O, N013N1ECmTS)EC,
SAWTOOTH SAWTOOTH
1.15 29.2
CL
3.50 88.9
.218 5.54
CL 2.432 61.77 .1980±.0005 .110 5.029±.013 [CL 2.8]
1.15 29.2
CL
PIN 1
2.90 73.7
DIM 'CG1' 2.432 61.77
CL
CENTER OF GRAVITY
4X
.173-+..000040
DIM 'CG3' (3 4A.3X9IS+)0.10
3.79
.010 M A B
96.4
DIM 'CG3' (2 AKXVISH 72197 72197
72197 DIM 'CG3' (1 AXIS
4X
.173-+..0000CL40
3.79 96.4
4.39+0.10 .010 M A B
DIM 'CG3' (2 AXIS)
KVH PART#
# OF AXIS DI
72197-01035201 1 (Z)
1.
DIM 'CG3' (7712211A99X77IS--)2600.114.0037332755220023
2 (X,Z) 3 (X,Y,Z)
1. 1.
DIM 'CG2'
.48 12.1
15 .2
C
3 AXIS COMPBOINWAETRIONRETURN1 AXIS (Z) FORMNAOTT2ESA:XIS (X-Z)
3 AXIS (X-RYS-4Z2)2
4 5 6
PCB stack: 81 mm Dia x 24.8 mm H A 9-36 VDC P8O.0WEmRraINdP(UZT-DXA)TA1.R0AK.T4VEHmPraAdRT(ZN-UXM)BER:0.401-m0r3a5d41-(Z0T-O1XO)1N,0E00AXHIzS,, U0S1E-R03S5E4L-EC0T2ABTLWEO AXIS, 01-0354-03 THREE AXIS
MISALIGTNOMVE_NOTUT 8.0 mrad (Z-BYA)UD2.R8FA.I0TNEISmHr:adCH(EZM-ICYA)L FIL0M.4IAmWraMdIL9-(.DZ6T-LTY-O)5594211,.6TYkPbEauIdI,, CULSAESRS S3EL(ECCLTEAABRLECHROMATE).
SIGNAL_GND
-
TURN O8N.0TImMErad(PrOo(oWXmD-EYRt)emCpOeA0rTa.4tDuRrmeY)LrAaCd <S(1XE.-R2I5YE)SSE3C8O, NCDOSLOTRO: VAANLOIDIZDEADTASILVER 38/91020
.218
7
RESERVED (DO NOT CONNFEUCLLT3)P. EI/ROFORCMOAMNMCUENICTIAMTEIONS PARAMETE<R6S0 ASNEDCOMNEDSSSAGE STRUCTURE PER 56-0269
(3.19" x 0.978") (nominal) 8
RS422_RX+
Dimensions - Unhoused 9ENVIRONMERNST422_TX-
Gyro sensor: 44.7 mm Dia x 21.8 mm H 10TEMPERATUMRSEYN(OCPERATING)
(1.76" x 0.86") MC111C12315IOAVSTVSCEIIHHSBBNMROOEPRRPNCCAOAIENKETKTR-IIOOCA((NNTDONTUECCRPOOR((XEOHENNOETSRRNA-OP-EAFSE(NORTRSIRS-PGIVTNSAIEO_OSEGTTRPRIDR)NAEAGSTGRGN(IT)NAED-DGT)OII)NNGN)OT
POW4E.R MSAUXPIMPULYM THERMAL RATE OF CHANGE 1°C PER MINUTE
--5400IINN°°CCPPUU65TTTTOO.. PVOAOO++LULWL87TTE5P5AER°U°GCXCTETE((PR--EIO54RR80°°KMSFFMVHS9IHAttCE-RooIEPKI3RCI++6PNTDO11GAIV-8B6NS5D57U6GCD°°AL-FFNA))0TDB2CIO6LNRO9ABAN1ECNLSKEECSHTTAOLLRBE IAW MIL-STD-130
8 gPArCmKsA,G2E0-2000 Hz, RANDOM CO214N520NWDEgggIE,M,CIrGET11m7NH)11.SsT,ICOm m(TMU2NNESSE0SOMEET-T(MCPACNO2L)E,,MO,0RMESS0AFR)ATA0RUWWEMRHTTEOEOOzUOOO,S(NTTFMERHHT3EAAIP.NXN5AGT)DI:ANXOBST7MUU52ARL°.NC9AFTDAICHOCIENGOHRN1ET[QAØMU8II8NR.EA9TMIEOmNNmTS:X 73.7 mm HIGH]
5.54 CL
.1980±.0005 .110 5.029±.013 [ 2.8]
.040 1.02
CL DIM 'CG2'
2.750 69.85
2.432 61.77
.48 12.1
.1980±.0005 .110 5.029±.013 [ 2.8]
CENTER OF GRAVITY
2.90 73.7
SEE LA
A
Weight - Housed (max) SDinugalle--aaxxisis: :00.5.540kkgg(1(1.2.1lblbss.).) 8 7 N12..OBFDDTOKIAFAGETRIVUNIASTMHDIA:SALRHTRPA:ADATTEACRPETTHOAEWNMODUUIECMTRAPBLUCETFORIAL:TM0D1IAR-WY0LF3OAMRC5MIL4N--SO.DE05TR01L-I-E091R0OS5.0S64N5T43REO42ET8GG1V2O.,(A,1EYUA,XRNC90TNIYO20OESLP1E0L,RESO.6AP0SHRL1IE:zIk-,O,RbAST0CaFUNH3uPLOSOEd5AEEDRR,S4RCIWSZM-UIEISSAS0FD3EEE2NICLRCS(ESTACICPLSEWTLVTEEEIOAECOLABREIRNFACLIES3EXTCAD8:ISHB/:,RL9PEO10E0M1R2-AF0TO0ER3)M5. 4AN-C0E3
THREE AXIS CHARACTERISTICS
UNITS
MEASURED AT 25°C SPEC
6 .040 2°C) 1.02
5
.1980±.0005 .110 5.029±.013 [ 2.8]
4 DIM 'CG1'
3-axis: 0.60 kg (1.3 lbs.) 3.TUI/RON COONMMTIUMNEIC(AroToIOmNStePmApReArMatEuTrEeR)S A<N1D.2M5INEPSSUSETACGORENADTSESTRTUOCTVUARLIED PDEARTA56-0269
FULL PERFORMANCE 4. MAXIMUM THERMAL
TIME RATE
OF
CHANGE <16°0CBSPIEAECSROSNMTDIANSBUITLIETY
(constant
temperature)
°/s MAX °/hr, 1σ
±490 <0.05 TYPICAL
TOR
5. IPNAOPLWLUETERXVTOSEULRTPAIOPGLREY MARKING9S-3A6NDVDLCABELS
SHABLILASBOEFFIASWETM(ILro-oSmTD-te1m3p0erature) BIAS THERMAL SENSITIVITY (1°C/minute
ramp)
°/hr °/hr, 1σ
2° <1
T
PCB stack: 0.11 kg (0.25 lbs.) 6. INOPUUTTPUPTOWPER KVH ICDSE5E6-T0AB26U9LATION 1 SCALE FACTOR NON-LINEARITY
B 7. PCACUSKTAOGME ER MOUNTING SURFACE REQUIREMSECNATLSE: FACTOR TEMPERATURE SENSITIVITY
ppm, 1σ ppm, 1σ
<50 (full rate) <200
Weight - Unhoused (nominal) Gyro sensor: 0.07 kg (0.16 lbs.) WETMIEGEMHTPATLE,(RNAFOTRUMER)EE O(FMAPXA)I:SNET7E5A°TNCADBUCLOANTITOANMIN1ATAIONNGLE RANDOM WALK (ARW) (room temperature)
°/√ hr
<0.012
DIMENSION (NOM)
3.5 X 2.9 HIGH [Ø88.9 mm X 73.7 mm HIGH]
°/hr/√ Hz
<0.7
BANDWIDTH (-3dB)
Flex cables: 0.0005Hkzg (0.001 lbs.)>440
8 7 6 GENERAL SPECIFICATIONS:
MTBF (GROUND MOBILE)
hours
FORM NO. 50-(00U0N4 LREEVS. AS OTHERWISE SPECIFIED: PERFORMANCE CHARACTERISTICS MEASURED AT 25°C 2°C)
>30,000 .715
GYRO PERFORMANCE
INPUT RATE
Power Consumption BIAS STABILITY (constant temperature)
C.G.BIAS OFFSET (room temperature)
UNITS
SPEC
18.2
15 PIN
INPUT AXIS MISALIGNMENT
PIN 1
MICRO-D
Single-axis: 6 W (max), 3W (typical) KVH PART#°/s MAX
AXIS COMBINA°T/IOhNr, 1σ
011-A0X3IS54(-Z0)<1 0.05±4T92Y00P1AI-CX0IAJS3AL5C2(4KXX--0S2Z2C-) R5E6WS3
01-0354-03 AXIS (X-Y-Z)
CONNECTOR
Dual-axis: 7 W (max), 4W (typical) °/hr 8.0 mrad (Z-X) 20°.4 mrad (Z-X) 0.4 mrad (Z-X)
B
3-axis: 8 W (max), 5W (typical) .05 BIAS THERMAL SENSITIVITY (1°C/minute ram MIpS)ALIGNME°NT/hr, 1σ8.0 mrad (Z-Y) <81.0 mrad (Z-Y)
1.3 SCALE FACTOR NON-LINEARITY
ppm, 1σ
- <50 (fu8ll.0ramtera) d (X-Y)
0.4 mrad (Z-Y) 0.4 mrad (X-Y)
SCALE FACTOR TEMPERATURE SENSITIVITY
ppm, 1σ
Input Voltage ANGLE
RANDOM
WALK
(ARW)
(room
ENVIRONMENT temTpEeMraPtEuRrAeT)URE
°/√ hr (OPERATING)
TEMPERATURE (S°/TOhRr/AG√EH)z
<20C0.0.G6.
+9 to +36 VDC -40°C <TO0.0+17125.4°C (-40°F to +167°F)
-50°C TO<0+.785°C (-58°F to +185°F)
BANDWIDTH (-3dB)
VIBRATION (OPERATIHNzG)
8 g rms>, 42400-2000 Hz, RANDOM
2.750 69.85
3.50 CEGNRTAEVR8IT8Y.O9F
Unhoused DSP-1760s
2.90 73.7
5PCB Stack MICRO-D CONNECTOR
DIM 'CG1'2.432
4
61.77 PIN 1
.715 18.2
SHIPPING BRACKET
2X JACK
S2C-R5E6CWLS
3.50 88.9
.218 5.54
C.G. .06 1.4
CL 2.432
THIRD ANGLE PROJECTION
UNLESS OTHE DIMENSIONS A TOLERANCES FRACTIONS
.X .X
INTERPRET DRAWING IN ACCORDANCE WITH
KVH MATERIAL -
7F2IN1ISH97-
72197--
ANSI/ASME Y14.5M-1994 721MD9IOC7RN-OO
3 M15ICRPO4IN-XD .173-+..000040
SHIPPI
CONNECTO4R.39+0.10
.010 M A B
KVH PART#
72197-01035401 72197-010325.443022
61.77 72197-01035403
# OF AXIS 1 (Z) 2 (X,Z) 3 (X,Y,Z)
DIM 1.3 1.3 1.2
Environmental Specifications MTBF (GROUND MOBILE)
VSIHBORCAKTIO(NOP(ENROANT-INOhGPo)EuRrsATING) SHOCK (NON-OPERATING)
12 g r>m3s0, ,0200-02000 Hz, RANDOM 25 g, 11 mSEC, SAWTOOTH 40 g, 11 mSEC, SAWTOOTH
INPUT AXIS MDISIGAITLAIGLNDMAETNATOUTPUT
KVH PART#
Temperature (operating) -40°C to +75°C (-40°F to +167°F) AXIS COMBINATION Shock (operating) 25 g, 11 msec, sawtooth MISALIGNMENT
01-0354-01 FORM01AT-0354-02
01-0354-03RS422
A 1 AXIS (Z)
DATA2 RAAXTIES (X-Z)
3 AXIS (X-Y-1Z)TO 1,000 Hz3, .1U9SER SELECTABLE
8.0 8.0
mrad mrad
(Z-X) (Z-Y)
BFTUUARLU08LND..40POREm m NARTFrrETaaOIddMREM((AZZ(Nr--CoXYoEm )) TIMteEm00..p44eram mturraaredd)
((ZZ--9<<.61XY60.))2T5SOESC9EO2C1NO.D6NSDkS8b1aTuOd,VAULSIDERDASTEALECTABLE
-
8.0 mrad (X-Y) 0.4 mrad (X-Y)
C.G. .05 1.3
.218
POWER SUPPLY
5.54
INPUT VOLTAGE
9-36 VDC
Vibration (operating) 8 g rms, 20-2000 Hz, random ENVIRONMENT
TEMPERATURE (OPERATING) TEMPERATURE (STORAGE)
INPUT POWER
SEE TABULATION 1
-40°C TO +75°C (-40°F to +167°F)
-50°C TPOAC+K8A5G°EC (-58°F to +185°F)
CL
A
VSVIIHBBORRCAAKTTIIOO(NNOP((ENOROPAENTR-INAOGTPI)NEGR)ATINC.G4.)G0.
SHOCK (NON-OPERATING)10.2
For detailed interface control drawings (ICD) and technical information on this product, DIGITAL DATA OUTPUT
FORMAT
please visit emcore.com/nav/support DATA RATE
8 g rmsW, E2IG0H-T20(N0O0M)Hz, RANDSOEME TABULATION 1
12 g rmDsI,ME2N0S-IO2N00(0NOHMz), RANDO3.M5 X 2.9 HIGH [Ø88.9 mm X 73.7 mm HIGH]
25 g, 11 mSEC, SAWTOOTH
8 40 g, 11 mSEC, SAWTOOTH FORM NO. 50-0004 REV. A
7
RS422 1 TO 1,000 Hz, USER SELECTABLE
5X .063 1.6
.1980±.0005 .110
6 5.029±.013 [ 2.8]
.040 1.02
BAUD RATE
9.6 TO 921.6 kbaud, USER SELECTABLE
C.G.
TURN ON TIME (room temperature) <1.25 SECONDS TO VALID DATA
FULL PERFORMANCE TIME
<60 SECONDS
.795 20.2
1.76 44.7
.40 10.2
For More Information POWER SUPPLY
INPUT VOLTAGE
9-36 VDC
INPUT POWER
SEE TABULATION 1
PACKAGE WEIGHT (NOM)
SEE TABULATION 1
6X .12 3.2
61.77 .1980±.0005 .110 5.029±.013 [ 2.8]
CL
.040
Gyro Sensor(1s.0)2*
4X
483..1.1317993+-+0.1..0000040
.010 M A B
C.G. .05 1.3
.1980±.0005 .110 5.029±.013 [ 2.8]
1.76 44.7
5X .063 1.6
2.750 69.85
2.432 61.77
C.G.
.40
.795
10.2
520.2
4
*1, 2, or 3 gyro sensors
6X .12 .1980±.0005 .110 3.2 5.029±.013 [ 2.8]
1.76 44.7
2.750 69.85
3X .28 MOUNTING DIAMETER
7.1
.86
21.8 AT STANDOFF (M2.5 X 0,45P THREAD)
MOUNTING HOLE #1
THIRD ANGLE PROJECTION
UNLESS DIMENSI TOLERAN FRACTIO
3X .23 MOUNTING DIAMMEATTEERRIA 5.8
AT NUT (M2.5 X 0,45P THRFIENIASHD INTERPRET DRAWING
+1 DIMENSION (8NO6M6) .2343..54X927.96HIG|H e[Øm88.c9 ommreX.c73o.7mm/mnHaIGvH] | navigation-sales@emcore.com
8 MOUNTING FORM NO. 50-0004 REV. A HOLE #1
7
6
5
EMCORE Corporation
MOUNTING HOLE #1
2015 Chest3nXut S.2tr3eetM, OAUlhNaTImNGbrDaI,AMCEATEUR.S.A.
1A.NI4NS0I/A1ACSCMOERDYA1N4C.5EM-W1IT9H94 35.6
.8D6O
4 Y GYRO FLEXIBLE CIRCUIT (CONNECTOR FAR SIDE)
3
C.G.21.8
.652
GYRO SERIAL NUMBER LABEL 16.6
.36
NOT SHOWN FOR CLARITY
0
9.2
+1 626.293.357.800
3X .28 MOUNTING DIAMETER
+1 626.293.3429 7.1
AT NUT (M2.5 X 0,45P THREAD) AT STANDOFF (M2.5 X 0,45P THREAD)
3X .23 MOUNTING DIAMETER 5.8
AT NUT (M2.5 X 0,45P THREAD)
X(CGOYRNONEFCMLTEaOXdRIeBFLinEARthCeSIRIUDC.ESU).IAT.
0 .423 10.8
.707
©2022 EMCORE Corpo1r3a.54tio.06n1.
.86
1.401
Specifications subject to chaYngGeYwROithFoLuEtXnIBoLtEiceC. IRCEMUITCO2R1E.,8E•Core and PIC Inside are trademarks of EM3C5O.6RE Corporation.
(CONNECTOR FAR SIDE)
MOUNTING HOLE #3 Z GYRO FLEXIBLE CIRCUIT
(CONNECTOR FAR SIDE)
18
C.G. .02
1.255
DS_DSP1760_Comm/Mil_3019.9.22
.652
.6
MOUMONUNTTIINNGGHOSLEU#R2FACE
Protected Additional
by one or more of the patents pend.in6g5. 2
16.6
following
patents:
US
7,317,847, US 6,763,153, US 6,718,097, US
X GYRO FLEXIBLE CIRCUIT (CONNECTOR FAR SIDE)
GYRO NOT
6,707,558, US 6,429,939, US 6,37016,2.689
SERIAL NUMBER LABEL 0
SHOWN FOR CLARITY
0
.423
B1,
UCS .6G,1.34,356, US 6,041,149, US 5,768,462, US 5,739,944,
.36
9.2
3X #4-40 .20 MAX THD
(MOUNTING HOLES)
US
5,552,887.
1.348 34.2 1.131 28.7 .269
6.8 0 0
.157 4
1.245 31.6 1.348 34.2
3X #4-40 .20 M (MOUNTING HOLE