EGPS Search Results

Contextual Info: GPS Antenna G P S L 1 S u r v e y A n t e nn a P /N : E G P S - L 1 S A American Accurate Components, Inc. G P S L 1 / L 2 S u r v e y A n te n n a P/N: EGPS-L1L2SA 188 Technology Drive, Unit H, Irvine, CA 92618 Tel: 949-453-9888 Fax: 949-453-8889 Email: sales@aacix.com

Contextual Info: REVISION L ERF8-XXX-01-X-D-EMX-XXXX-TR DESIGNED & DIMENSIONED IN MILLIMETERS[INCHES] DO NOT SCALE FROM THIS PRINT "A" REF "B" REF 3.36 .132 REF 02 L PLATING SPECIFICATION 01 5.60 .220 REF 59 C OPTIONS -EGPS: EXTENDED GUIDE POST SHIELD -10, -20, -25 AND -30 POSITIONS ONLY

84C300A

Contextual Info: Full Duplex 84C 300A 4-Port Fast Ethernet Controller Technology Incorporated PRELIMINARY _April 19, 1996 Features • Low Power CMOS Technology ■ 4-Port Ethernet Controller Optimized for Note: Check for latest Data Sheet revision

samtec erm8

Abstract: erm8 samtec ERM8-EM ASP Series samtec
Contextual Info: F-211 ERF8–020–01–L–D–EM2–TR ERM8–060–01–L–D–EM2–TR 0,80mm .0315" ERM8-EM, ERF8-EM SERIES RUGGED EDGE MOUNT STRIPS ERM8-EM Board Mates: ERF8 ERM8-EM Cable Mates: ERCD, ERDP POSITIONS PER ROW ERM8 PLATING OPTION 01 ERF8-EM Board Mates:

EGP-5-120 strain Gages

Abstract: EGP-5-350 EGP-5-120 EMBEDMENT GAGES strain gage 17FEB06 Strain Sensing
Contextual Info: Concrete Embedment Gages Vishay Micro-Measurements Special Use Sensors - Concrete Embedment Strain Gages The EGP-Series Embedment Strain Gage is specially designed for measuring mechanical strains inside concrete structures. The sensing grid, constructed of a

Contextual Info: Full Duplex ¡SI 84C300A ^ 4-Port Fast Ethernet Controller HURBCANE Technology Incorporated _ September 1995 PR ELIM IN A R Y Features • Low Power CMOS Technology ■ The Following A ddltional Features can be Programmed for the 84C300A

DRM4000

Abstract: azimuth digital compass DRMTM4000 NMEA0183 DRM4000-N00-USB-demo drm receiver dRm-4000 NMEA-0183 DRM4000-N00-232 TM4000
Contextual Info: DRM 4000 Dead Reckoning Module The Dead Reckoning Module DRM ™ 4000 is a miniature, electronic device for personnel on foot that provides the user’s position relative to an initialization point. Dead Reckoning (DR) data and external GPS NMEA data are blended by an

EGP-5-120 strain Gages

Abstract: EGP-5-350 EGP-5-120 EMBEDMENT GAGES concrete 322-DJV Strain Sensing
Contextual Info: Embedment Gages Vishay Micro-Measurements Special Purpose Sensors - Embedment Gages The EGP-Series Embedment Strain Gage is specially designed for measuring mechanical strains inside concrete structures. The sensing grid, constructed of a nickel-chromium alloy similar to Karma , has an active gage length of 4 in (100 mm) for

TU36-D100-001

Abstract: Zodiac GPS Receiver CX74051 Navman jupiter SKY STAR JUPITER e series connector MS ap ad hen nlf CX11577 navman C101
Contextual Info: Jupiter Pico GPS Receiver TU36-D100-001 and D120-001 Series Na v m a n ’sJ u p it e rPic oGl o b a l Po s it io n in gSy s t e m GPS m o d u l eisav e r y r e c e iv e rin t e n d e da sac o m p o n e n t s m a l l ,s in g l e -b o a r d , 12p a r a l l

8YV27-200

Abstract: VR300 FEP16GT UFS400 FES16CT FES16DT FES16FT FES16GT FEP30HP/45 FE5B
Contextual Info: LOW CURRENT AXIAL FAST EFFICIENT RECTIFIERS FE1A thru FE1D GI1001 thru GI1004 FE2A thru FE2D BYV27-50 thru BYV27-200 G/1tOI thru G11104 DO-2MAP D0-204AP DO-240AP D0-204AP D0204AP G4 G4 G4 G4 G4 1 1 2 2 2.5 3.0 3.5 5.0 6.0 6.0 VR-50 V FE1A GH 001 FE2A BYV27-50

Contextual Info: REVISION AH DO NOT SCALE FROM THIS PRINT ERM8-XXX-XX.X-X-DV-XXXX-XX DESIGNED AND DIMENSIONED IN MILLIMETERS [INCHES] C POSITION #1 INDICATOR "A" REF 01 59 5.60 .220 REF 3.25 .128 REF C 0.800 .031 TOL. NON-ACCUM -02.0 = 2mm -05.0 = 5mm -08.0 = 8mm -09.0 = 9mm

Contextual Info: F-210-1 ERM8–013–05.0–S–DV–DS–L–TR ERM8–030–02.0–S–DV–TR 0,80mm .0315" ERM8–060–05.0–L–DV–TR ERM8 SERIES RUGGED HIGH SPEED HEADER Board Mates: ERF8 SPECIFICATIONS For complete specifications and recommended PCB layouts see

Contextual Info: REVISION N DESIGNED & DIMENSIONED IN MILLIMETERS[INCHES] "A" REF SEE SHT 2, TABLE 2 DO NOT SCALE FROM THIS PRINT "B" REF (SEE SHT 2, TABLE 2) 3.36 .132 REF 02 01 POSITION #1 INDICATOR C 5.60 .220 REF 59 0.800[.0315](TYP) (TOL. NON-ACCUM) "C" (SEE SHT 2, TABLE 2)

Contextual Info: F-210 ERM8–013–05.0–S–DV–DS–L–TR ERM8–030–02.0–S–DV–TR 0,80mm .0315" ERM8–060–05.0–L–DV–TR ERM8 SERIES RUGGED HIGH SPEED HEADER Board Mates: ERF8 SPECIFICATIONS For complete specifications and recommended PCB layouts see

Contextual Info: REVISION AG DO NOT SCALE FROM THIS PRINT ERM8-XXX-XX.X-X-DV-XXXX-XX DESIGNED AND DIMENSIONED IN MILLIMETERS [INCHES] C POSITION #1 INDICATOR "A" REF -100 AVAILABLE ON -09.0 LEAD STYLE ONLY SEE NOTE 8 LEAD STYLE "B" REF 01 59 3.25 .128 REF 5.60 .220 REF C

Contextual Info: F-212 ERF8–020–01–L–D–EM2–TR ERM8–060–01–L–D–EM2–TR 0,80mm .0315" ERM8-EM, ERF8-EM SERIES RUGGED EDGE MOUNT STRIPS ERM8-EM Board Mates: ERF8 ERM8-EM Cable Mates: ERCD, ERDP POSITIONS PER ROW ERM8 PLATING OPTION 01 ERF8-EM Board Mates:

Contextual Info: F-213 ERM8–060–01–L–D–EM2–TR ERM8–030–01–L–D–RA–L–K–TR 0,80 mm .0315" ERM8-RA, ERM8-EM SERIES • Edge RateTM contacts • Latching option • Extended guide post option • PCB mounting pins ™ RUGGED EDGE RATE STRIPS ERM8-RA / ERM8-EM

Contextual Info: F-210-1 ERF8–020–05.0–S–DV–TR ERF8–040–05.0–S–DV–TR 0,80mm .0315" ERF8–060–05.0–L–DV–TR ERF8 SERIES RUGGED HIGH SPEED SOCKET SPECIFICATIONS For complete specifications and recommended PCB layouts see www.samtec.com?ERF8

Contextual Info: REVISION Y ERF8-XXX-XX.X-X-DV-XXXX-TR DESIGNED & DIMENSIONED IN MILLIMETERS[INCHES] No OF POSITIONS PER ROW -005, -010, -011, -013, -020, -023, -025, -030, -035, -040, -049, -050, -060, -070, -075,-100 (100 POSITION AVAILABLE IN -05.0 ONLY) C "A" REF DO NOT

Contextual Info: REVISION P DO NOT SCALE FROM THIS PRINT DESIGNED AND DIMENSIONS ERM8-XXX-01-X-D-EMX-XXXX-TR IN MILLIMETERS [INCHES] No OF POSITIONS POSITION #1 INDICATOR 01 3.82 .150 REF "A" REF SEE SHT 2, TABLE 5 CL 59 5.60 .220 REF CL 02 TRAY POLARIZATION 0.80 .031 REF

Contextual Info: DESIGNED & DIMENSIONED IN MILLIMETERS[INCHES] REVISION AE C "A" REF SEE SHT 2, TABLE 4 DO NOT SCALE FROM THIS PRINT "B" REF (SEE SHT 2, TABLE 4) 59 POSITION #1 INDICATOR 5.60 .220 REF C 0.800 .0315 (TYP) (TOL. NON-ACCUM) C 3.35 .132 REF 02 PLATING SPECIFICATION

Contextual Info: REVISION Q DO NOT SCALE FROM THIS PRINT DESIGNED AND DIMENSIONS ERM8-XXX-01-X-D-EMX-XXXX-TR IN MILLIMETERS [INCHES] No OF POSITIONS POSITION #1 INDICATOR 01 3.82 .150 REF "A" REF SEE SHT 2, TABLE 5 CL 59 5.60 .220 REF CL 02 TRAY POLARIZATION 0.80 .031 REF

1m880

Abstract: wt6601 ERM8-XXX-05 ERM8-025-05
Contextual Info: REVISION AB DO NOT SCALE FROM THIS PRINT ERM8-XXX-XX.X-X-DV-XXXX-TR DESIGNED AND DIMENSIONED IN MILLIMETERS [INCHES] POSITION #1 INDICATOR 01 "A" REF SEE TABLE 5 "B" REF (SEE TABLE 5) 1.10 .043 REF C 0.800 .031 (TOL. NON-ACCUM) 60 "C" (SEE TABLE 5) C ERM8-XXX-XX.X-DV-01

tetra-etch

Abstract: 430-FST TETRAETCH 1-KL-08-005 142-JWN
Contextual Info: Wire, Cable and Accessories Micro-Measurements General Information and Selection Different strain gage installation conditions and test specifications often necessitate the use of different types or sizes of leadwires. For accurate, reliable strain measurements, it is important to use an appropriate type of