SYSTEM DATA B, 3560-C, 3560-D, 3560-E PULSE IDA e PULSE TM PC PULSE LAN. Microsoft Windows OS Microsoft Office ch 3560-B C D E.

Transcription

1 SYSTEM DATA 0-, 0-C, 0-D, 0-E PULSE IDA e PULSE TM PC PULSE PC LAN PULSE Microsoft Windows OS Microsoft Office 0 00ch 0- C D E 0 00ch 0- : ch ch 0-C : 7ch ch 0-D : 7 ch 0ch 0-E : 0 9ch ch PULSE Dyn-X 0d - IEEE. TEDS Transducer Electronic Data Sheet CCLD AC DC LAN 0- C DC

2 attery status On/Off Follow/Ext. power rüel & jær Error On/Off Ext. Supply Follow Ext. Power Ext. Supply 0-V Live Fuse 0 A Ground Fuse 0 A Power-Supply Module Type 8 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 rüel & 7/-'89 rüel &jær rüel &jær rüel &jær rüel & rüel & jær rüel 0Mbit 7/-'89 rüel & jær rüel & jær jær jær rüel & jær & jær Error 0 Error On/Off Stop Clock Overload Ext. Supply Sync. Power on/off Control Follow Ext. Power On Off Ext. Int. Ext. Supply Clock In Aux. Sync. In I/O 0-V Live Fuse 0 A Tx LAN Clock Out /-ch. / Module Type 0E /-ch. / Module Type 0E rüel & jær 7/-'89 LAN Interface Module Type 7 /-ch. / Module Type 0E 00Mbit /-ch. / Module Type 0E /-ch. / Module Type 0E rüel & jær 00Mbit Multi Frame Control No Yes First or Last Frame Aux. I/O Tx LAN Cable Lock All Sockets Rx RS- / ch. / Controller Module Type 77A /-ch. / Module Type 0E rüel &jær 00Mbit Multi Frame Control No Yes First or Last Frame Aux. I/O Tx LAN Cable Lock All Sockets Rx RS- / ch. Controller Module Type 77 r el & j r Tx Rx Multi Frame Control No Yes First or Last Frame Aux. I/O LAN Cable Lock All Sockets 00Mbit / ch. / Controller Module Type 78 /-ch. / Module Type 0E RS- /-ch. / Module Type 09 attery status Ext. Power Ground Fuse 0 A 0-V Power-Supply Module Type 8 Rx Aux. I/O Tx LAN Cable Lock All Sockets Rx Sync. Out RS- LAN Interface Module Type 7 rüel & jær 00Mbit Multi Frame Control No Yes First or Last Frame RS- / ch. / Controller Module Type 77A r el & j r Aux. I/O Tx LAN Rx Multi Frame Control No Yes First or Last Frame Cable Lock All Sockets 00Mbit / ch. / Controller Module Type 78A RS- rüel &jær ch. Module Type 08 r el & j r 0 ch. Module Type rüel & jær - -ch. Module Type rüel & jær -ch. Module Type 09 rüel & jær - -ch. Module Type 09 r el & j r r el & j r r el & j r ch Module Type ch. Module Type 0 - -ch Module Type 0 /-ch. / Module Type 09 attery status On/Off Follow/Ext. power /-ch. / Module Type 0E rüel &jær Error On/Off Ext. Supply Follow Ext. Power Ext. Supply 0-V NC Live Fuse 0 A 7/-'89 7/-'89 rüel & jær rüel &jær rüel &jær Stop Overload Overload r el & j r 0 ch. Module Type 00 Monitor /-ch. / Module Type 0E /-ch. / Module Type 0 /-ch. / Module Type 0E /-ch. / Module Type 0E rüel &jær Multi Frame Control No Yes First or Last Frame Aux. I/O Tx LAN Rx Cable Lock RS- / ch. / Controller Module Type 77A All Sockets /-ch. / Module Type 0E 00Mbit /-ch. / Module Type 0E Ground Fuse 0 A Power-Supply Module Type 8 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 7/-'89 rüel & jær 0Mbit rüel & 7/-'89 rüel &jær rüel &jær rüel &jær rüel & 7/-'89 rüel &jær rüel & jær jær jær rüel & jær rüel & jær Error 0 Error On/Off Stop Clock Overload Ext. Supply Sync. Power on/off Control Follow Ext. Power On Off Ext. Int. Ext. Supply Clock In Aux. Sync. In I/O 0-V Live Fuse 0 A Tx LAN Clock Out Ground Fuse 0 A Rx Sync. Out /-ch. / Module Type 0E attery status Ext. Power /-ch. / Module Type 09 0-V Power-Supply Module Type 8 RS- LAN Interface Module Type 7 rüel &jær Multi Frame Control No Yes First or Last Frame Aux. I/O Tx LAN Rx On / Off Tx Rx Cable Lock 00Mbit RS- / ch. / Controller Module Type 77A Multi Frame Control No Yes First or Last Frame Aux. I/O LAN Ext Power 0 to v All Sockets Follow Ext. Power Off On All Sockets Cable Lock RS- r el & j r attery status attery status AUX Power rüel & jær Multi Frame Control No Yes First or Last Frame Aux. I/O Tx LAN Rx Cable Lock 00Mbit RS- / ch. / Controller Module Type 77A On / Off Multi Frame Control No Yes First or Last Frame All Sockets Aux. I/O Tx LAN All Sockets Rx Ext Power 0 to v Follow Ext. Power Off On Cable Lock RS- r el & j r attery status attery status AUX Power PULSE PC PULSE PC LAN PULSE Windows 000 XP Vista TM Microsoft Office IDA e 0 00ch / A/DPULSE IDA e PULSE Single Front-end PC Multiple Front-ends PULSE Analyzers & Solutions Catalogue F AO-9 (m) LAN LAN AO-0 (m) Power AQ C NC Cable AO-0087 (.m) NC T-Connector JJ-0 0-C Portable Power Supply Unit 87 0-D PC Ethernet Switch UL-090 LAN AO-0 (m) 0-D 0-E T-Connector JJ-0 Enclosure -000 Power Supply 8 0-E NC Cable AO-0087 (.m) Rack Mounting WU-0 Power Supply 8 Standard Modules for 0-C, D, E Controller Modules / Modules lank Module Standard A 79-A UA Dyn-X Modules for 0-C, D, E Controller Modules / Modules Dyn-X A 70-A Charge /9

3 PULSE Type Product Name Frequency Aux. Channels Range Simultaneous Channels Type Type Direct/CCLD LEMO a, b /Mic. Preamp Conditioning c Sine Direct/CCLD Aux -channel PULSE Data 0Hz to d NC a 0--0 Conditioning c (0 samples/s) Acquisition Unit. khz Digital Direct/CCLD LEMO a, b /Mic. Preamp Conditioning c Generator Direct/CCLD NC a 0--0 Conditioning c Types 0-C, D, E C D E Generator, /-ch. / Module Generator, /-ch. / Module -ch. Module -ch. Module -ch. Charge & CCLD Module 0Hz to. khz 0Hz to 0.8 khz 0Hz to. khz 0Hz to. khz Generator NC and LEMO Generator e UA- lank Module 7 Controller Module A /-ch. / Controller Module 0Hz to. khz Aux d (0 samples/s) Digital Generator 78-A Sine 79-A 70-A Generator a. DeltaTron ICP b. c. Sine Connectors NC Direct/CCLD a /Mic. Preamp. Conditioning c Direct/CCLD a Conditioning 8 Sub-D Direct/CCLD a /Mic. Preamp. b NC and LEMO Sub-D NT/NC and TNC LEMO NC Direct/CCLD a /Mic. Preamp Conditioning c Direct/CCLD a /Mic. Preamp. b Charge/Direct/CCLD a Conditioning on NT Connector Direct/CCLD a, b /Mic. Preamp. Conditioning c Direct/CCLD a Conditioning c of these modules Up to 7 input channels of these modules Up to of these modules Up to input channels of these modules Up to 8 of these modules Up to 9 input channels d.pulse ch khz Dyn-X 78/8-A 70/0-A 0 00/0-0/ /0/0/0 Dyn-X of these modules DC 0 ~ V PULSE 0- /DC PC 8 Dyn-X UA-89 0-

4 / DC 0 ~ V PULSE 0-C DC / / PC 0-C 77 ch/ch / 08 ch 7ch 0-C EMC ISO " Road Vehicles - Electrical disturbance by conduction and coupling " MIL-STD-80C IEC PULSE -0 ~ +0 0-C 8 / DC 0 V AC/ DC PULSE 0-D 7 8 DC / a a. 0-D , 77-A, 78, 78-A, 79, 79-A, 70, 70-A

5 8 8 / DC 0V ~ V AC/DC Q-0 EA- 09 UH-07 PULSE 0-E 0 8 DC 8 / a Q-0 9 EG-00 UH C 0 ~ V DC 00 ~ 0V AC DC b DC 0-D 0-E 0 ~ V DC ZG ~ 0V AC DC DC 0-0-C 0-D LAN LAN V V DC LEMO FGG PULSE a. 0-E , 77-A, 78, 78-A, 79, 79-A, 70, 70-A b.

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7 Standard Dyn-X Modules -ch. Module 08, 08-00, 00- -ch. Module 09, 09-0, 0- -ch. Charge & CCLD Module 0 / Modules Generator, /-ch. / Module 09 Generator, /-ch. / Module 0 / Controller Modules /-ch. / Controller Modules /-ch. / Controller Modules with Generator 77, 77-A (0--00/00) 79, 79-A (0--00/00) 78, 78-A (0--0/0) 70, 70-A (0--0/0) IEEE. TEDS DC PULSE LabShop IEEE. IEEE. TEDS Transducer Electronic Data Sheets DeltaTron DeltaTron 7

8 Standard A A Dyn-X A A. khz 0.8 khz. khz NC (CCLD a /Direct) b 0 NT (CCLD a /Direct/) b Ch. Ch. and 7 Ch. Ch. Ch. Ch. TNC (Charge) LEMO (Preamp.) 7-pole D-sub LEMO c CIC Yes d Yes Yes Yes Yes Yes Yes d All NT/ NC +, + +, + d + + d Ch. and All + From 00: All channels From 00: All channels Dyn-X: All channels Dyn-X: All channels AD -bit to. khz -bit to. khz -bit to. khz, -bit to 0.8 khz -bit to. khz Yes Yes 0 or 00 V a. DeltaTron ICP b. 0 7 DeltaTron c. OLE d. AO-00 7-pole - LEMO 0 CCLD PULSE IEPE DeltaTron 0 PULSE IDA e 0 d Dyn-X CCLD 000 DeltaTron NC Dyn-X TNC TNC TNC 0-UNFDyn-X nc 0 nc Hz khz 8

9 Standard Dyn-X / Modules Generator, /-ch. / Module 09 Generator, /-ch. / Module 0 / Controller Modules /-ch. / Controller Modules /-ch. / Controller Modules with Generator 77, 77-A (0--00/00) 79, 79-A (0--00/00) 78, 78-A (0--0/0) 70, 70-A (0--0/0) 09. khz 0 0. khz 7979-A 0--00/ A 0--0/0. khz PULSE U A 0--00/ A 0--0/0. khz khz 09 D/A mv V RMS D/A NC DC DC khz PULSE 0 D/A 7 mv 7 V D/A NC DC DC 9

10 NC. Vp 0. khz 7979-A7070-A D/ A NC DC DC 7777-A7878-A khz Vrms D/A NC 00 Mbit Controller Module /-ch. / Controller Modules /-ch. / Controller Modules with Generator Standard Dyn-X 7 77, 77-A (0--00/00) 79, 79-A (0--00/00) 78, 78-A (0--0/0) 70, 70-A (0--0/0) LAN Local Area NetworkPULSE PULSE RS- TCP/IP 0

11 PC 0 RS- RS- ZH- 0 LAN a DC 0 0. V. V 0 d PULSE 7700 FFT & CP 7770 FFT 777 CP FFT CP PULSE PULSE U09 a. on/off

12 PC, CE EMC C EMC EN/IEC 00-: UL 00-: / EN/IEC 000--: EN/IEC 000--: CISPR: IT FCC Rules, Part : EN/IEC 000--: EN/IEC 000--: EN/IEC : EMC IEC008-- & IEC 008--: : -0 ~ +0 ( ~ F) : - ~ +70 (- ~ 8 F) IEC : 9% RH (0 (0 F) ) ( ) MIL-STD-80C: :.7 mm, ms -, - 00Hz : IEC008--: : 0. mm, 0 ms -, 0-00 Hz IEC008--7: : 000 ms - IEC008--9: : 0 ms IEC09: : IP 0; IP ; IP 0; IP MHz, 80% AM khz, 0 V/m MHz, 80% AM khz, 0 V : 0 A/m, 0 Hz : - 00 Hz,.7 mm, m/s 7.07 mv RMS RF 8 87 /CCLD <0 V <0 V < V <80 V <0 V < V <8 V <80 V <0 V < V < V < V <0fC <0fC <0fC <80fC 0-, 0-C, 0-D 0-E LAN Pentium PC PULSE software Microsoft Windows 000 Windows XP Windows Vista Microsoft Office XP : ISO V DC W Max.: W LEMO coax., FFA.00., DR NiMH NI 00, 0.8 V

13 + V 0.V; 0. A A + V.0V;. 0. A A LEMO FGG mm mm 70 mm. kg 87 " PULSE 0-, 0-C, 0-D, 0-E " ISO V DC DC : 7 09 /-ch. 0 /-ch. 0 W W LEMO coax., FFA.00., DR NiMH NI 00, 0.8 V. d SPL, A-weighted at m + V 0. V; 0. A A + V.0 V; 0. A A LEMO FGG.00.0 d Lw, A-weighted <7 < 0 0 mm 7 mm 00 mm kg kg " PULSE 0-, 0-C, 0-D, 0-E" 0 - V DC DC : 7 W 00 W Neutrik Powercon -pole + V 0. V; 0. A A + V.0 V; 0. A A LEMO FGG.00.0 d SPL, A-weighted at m 9 mm, 70 mm 7 mm mm d Lw, A-weighted WU-0 " PULSE 0-, 0-C, 0-D, 0-E " 0 - V DC : 7 : W 8 : 0 W Neutrik Powercon -pole mm 8. mm 00 mm 8.7 kg 8 Q-0 UH kg

14 DC. khz -bit -bit -bit -bit 8 : 0 d a : 0 V 7.07 mv peak 7.07 V peak, + V peak peak, : M <00 pf CCLD: >00 k <00 pf V peak DC (f L = 0) 0.7 Hz 0. Hz 0.07 Hz - 0 d/dec. 0. Hz 0.07 Hz - 0 d/dec. 7 Hz. Hz Hz - 0 d/dec.. Hz Hz - 0 d/dec.. Hz. Hz. Hz - 0 d/dec.. Hz. Hz - 0 d/dec..00 Hz. Hz - 0 d/dec..00 Hz. Hz - 0 d/dec. ±0.0d, ±0.0d 0.0 d, 0.00 d 0 0 d 0. d, 0.0 d 0.0 d, 0.0 d 0 80 d 0. d, 0.0 d 0.0 d, 0.0 d d 0.0 d 0. d, 0.0 d 00 0 d 0.0 d 0 0 d 0.0 d 0 0 d d DC. khz: 0. d 7.07 mv <. (<). (<) 0. mv < (<9). (<) 70.7 mv < (<). (<) < (<) (<9) nvrms/ Hz. mv < (<8). (<) 707. mv <7 (<07) (<8). V <0 (<) (<07) 7.07 V <0 (<90) 00 (<) V <0 (<70) 0 (<90) <0 (<7) 0 (<) mv 0 d. mv 0 d 70.7 mv 0 d. mv 0 d 0 d 707. mv 0 d. V 0 d 7.07 V 0 d V 0 d <-0 d -80 d <- 0 d - 80 d -80d khz -80d khz a CCLD 7 mv. mv 0.7 Hz 7 Hz DC

15 0 -. khz -00 d -0 d 0 -. khz -00 d -0 d 0. d f L - f U ±0.0d f/f L f L ~ 0 f L DC 0.0 f L ~ 80 Hz DC f/8080 Hz ~. khz 0. d f L - f U ±0.0d f/f L f L ~ 0 f L DC 0.0 f L ~ 0 Hz DC f/00 Hz ~. khz 0. d f L - f U ±0.0d f/f L f L ~ 0 f L DC 0.0 f L ~. khz DC f/00. khz ~. khz IEC 0 Class ANSI S.-99 Class 0 Hz , 79:, 09, 09:, 08, 08:,, 00 0 Hz - 0 Hz ±0.07 ±0.00 ±0.07 ± Hz -. khz 0.07 (f/0) ± f/0 ±0.00. khz -. khz ±0.7 ±0.08 ±0.7 ± Hz 70d 80d 70d 80d 0 Hz - khz d 0 d d 0 d khz -. khz 0 d 0 d 0 d 0 d V peak V peak 00 ma " " -0. d. khz 90 d - d 00 khz -8 d/.0 V, 0 ma ( 0 ma) 00 V V 0 V ma V DeltaTron/ICP /CCLD DeltaTron/ICP / CCLD. V, 00 ma 7 LEMO OLE CIC IEEE. TEDS CCLD b AC DC DC+AC V

16 = nf 0. Hz -. khz : 0 nc peak / nc peak 00 nc peak DC f L = 0 0. Hz 0. Hz 0.0Hz -0 d/dec. Hz.0 Hz 0. Hz -0 d/dec. 0 Hz 0.0 Hz 7.88 Hz -0 d/dec. 0 Hz 0.0 Hz. Hz -0 d/dec. 00 Hz 00 Hz Hz -0 d/dec. khz.0 khz. khz -0 d/dec. khz.0 khz.khz -0 d/dec. 0 khz 0.0 khz. khz -0 d/dec. 0 khz 0.0 khz. khz -0 d/dec. 0.0 d, 0.0 d 0.0 d, 0.00 d 0-0 d 0.0 d, 0.0 d 0-80 d 0.0 d, 0.0 d d 0. d, 0.0 d 00-0 d 0.0 d 0-0 d 0.0 d 0-0 d d 0. d ( 0. Hz -. khz), f L, f U -0% nf nc <pc peak < (<) < (<9) ( acrms/ Hz [a = 0^-8]) nc >pc peak < (<9) <7. (<7) 0 nc <0 pc peak < (<9) <9 (<7) 0 nc >0 pc peak < (<07) <0 (<) nf nc peak 0 d 0 nc peak 0 d -80d khz -00 d 0 -. khz -9 d -0 d ( ) 0. d f L ~ f U /, f L 0.8 d, f U 0. d 0.0 f L ~ 0. f U 0. + f/f U 0. f U ~ f U ±0.0d f L = 0 Hz 0 Hz: f/f L f L ~ 0 f L f L = 0. Hz Hz: f/f L f L ~ 0 f L

17 = nf d f L - f U / f L d, f U 0. d ±0.0d 0.0 f L ~ 0. f U 0. + (f/f U ) 0. f U ~ f U f L = 0 Hz 0 Hz: f/f L f L ~ 0 f L f L = 0. Hz Hz: f/f L f L ~ 0 f L 0-0 Hz 0 d d 0 Hz - khz 0 d d khz -. khz 0 d 0 d V peak V peak 00 ma " " d. khz d -d 00kHz -8 d/ a. CCLD AC " Dyn-X" b. 0.7, 7,. Hz NC/NT Dyn-X c. " " khz 7 : 7.07 mv peak 7.07 Vpeak 0 d 8 : 7.07 mv peak. V peak 0 d 00 : M <00 pf CCLD: >00 k <00 pf 0 V peak 0 V DC V peak DC f L = Hz 0. Hz 0.07 Hz -0 d/dec. 0. Hz 0.07 Hz -0 d/dec. 7 Hz. Hz Hz -0 d/dec.. Hz Hz -0 d/dec.. Hz. Hz. Hz -0 d/dec.. Hz. Hz -0 d/dec..00 Hz. Hz -0 d/dec..00 Hz. Hz -0 d/dec. ±0.d 0.0 d, 0.00 d ±0.d 0.0 d, 0.00 d 7

18 0 nvrms/ Hz 0-0 d ±0.d 0-0 d ±0.d 0-0 d 0. d, 0.0 d 0-80 d ±d 0. d, 0.0 d d 0.0 d 7.07 mv (9). mv (9) 70.7 mv (). mv 0 () 707. mv (9). V 00 () 7.07 V (980). V 0. d DC khz 0. d f L -. khz -0./-0. d f L - 0. khz -0./-0. d f L khz mv 90 d 9 d 90 d. mv 90 d 0 d 90 d 70.7 mv 90 d 0 d 90 d. mv 80 d V 90 d 0 d 90 d 707. mv 90 d 0 d 90 d. V 90 d 0 d 90 d 7.07 V 90 d 0 d 90 d. V 90 d 0 d 90 d <-0 d <-0 d -80 d d < V (.) (.). () () 0 () 0 (88) 00 () 00 (87). (0). (0).7 (). () () (9) (8) 0 (98) (.) (.) () 0 () (9) 00 () 00 (87) 900 (). (0). (0) (.) () () 0 () 0 (98) 00 () () () 0 () 0 () 0 (7) 80 () 00 () 00 (97) (9) (9) () (7) 0 (88) (78) 00 (00) 00 (700) -90 d -9 d -7 d -90 d -70 d -80 d -70 d -80 d 0 - khz -00 d 0 - khz -0 d -90 d -.8 khz -8 d -.8 khz -0 d -90 d.8 -. khz -80 d.8 -. khz -0 d -90 d khz -00 d -90 d khz -90 d -80 d 8

19 0. d ( f L - f U ) f/f L f L ~ 0 f L DC 0. (0 f L ~ 80 Hz DC f/8080 Hz ~. khz 0. d ( f L - f U ) <0.0d f/f L f L ~ 0 f L f L. f L 0 0.DC 0.0 f L ~ 00 Hz DC 0. f/. khz 0.. khz ~ 0.8 khz. khz.0. khz.0.8 khz. 0. d f L - f U f/f L f L ~ 0 f L DC ) 0.0 f L ~ 0 Hz DC f/00 Hz ~. khz 0. d f L - f U <0.0d f/f L f L ~ 0 f L f L. f L 0 0.DC 0.0 f L ~ 00 Hz DC 0.8 f/. khz khz ~ 0.8 khz. khz.0. khz.0.8 khz IEC 0 Class ANSI S.-99 Class 0Hz 0.07,, 0 Hz 0 Hz ±0.07 ±0.07 ± Hz. khz 0.07 (f/0) 0.07 (f/0) ±0.00. khz. khz ±0.7 ±0.7 ± Hz 0 d, DC 0 d 70 d 80 d 0 d 0 Hz - khz 0 d d 0 d 0 d khz -. khz 0 d 0 d 0 d V peak V peak. V peak V peak 00 ma " " 90 d 0. d. khz. khz 0. khz d 00 khz 00 khz 00 khz -8 d/ -8 d/ ±.0 V, 0 ma ±.0 V, 0 ma 00 V V 0 V ma V NT. V, 00 ma CIC IEEE. TEDS CCLD 0 9

20 NC DC C 0 -0 d re V peak - 7 V peak 0 0 Hz -. khz ±0. d mhz -. khz 0.00% 0-0 d 0-00 d Vrms nv/ Hz M ±0.d ±0.d M <0 (<88) 0 () <0 (<88) 0 () 0 -. khz <80 d re V <80 d re khz, Vrms ±0. d ±0. d khz -00 d - d -00 d - d khz -. khz -8 d -0 d -8 d -0 d Hz - khz 0 d 0 d V peak, DC - 80 MHz 00 ma " " >80d NC NC DC 7mV peak - 70 mv peak 00 V 70 mv peak mv peak 00 V 700 mv peak - 7 V peak mv 7 V peak - 7 V peak V peak - 7 V peak 0 0 Hz -. khz 0 Hz - 0. khz ±0. d, mhz -. khz ±0. d, mhz -. khz +0./ 0. d, mhz - 0. khz : ±0.0 d 0.00% M 0

21 0-0 d ±0. d ±0. d ±0.0 d 0-00 d ±0. d ±0. d ±0. d 00-0 d ±0. d ±0. d ±0. d 0-0 d ±.0 d ±.0 d ±0. d Vrms nv/ Hz 7mV peak - 70 mv peak (9) 70 mv peak mv peak 0 () 700 mv peak - 7 V peak 00 (0) 0 -. khz <80 d re V (9) 0 () 0 (). () () 0 (88) () 0 () 00 () 9 (0) 0 () 00 () 0 k <80 d re V khz <70 d re khz 00 d khz, V rms ±0.0 d ±0.0 d ±0.00 khz, mv - 7V peak ±0. d ±0. d ±0.0 d khz -00 d khz -.khz -8d 0-0. khz d re Hz - khz 0 d 0 d 0 d khz -. khz 0 d d 0 d.khz - 0.kHz 0d 0d V peak, DC - MHz 0 V peak, MHz - 80 MHz V peak, DC - 80 MHz 7 >80d NC -0 d. Vp ±0.0 d khz: < -90 d. khz - 0. khz: < -80 d DC 7.07 mv 0 mv.mv 0mV 70.7mV mv. mv mv 707. mv. mv. V 0. mv 7.07 V 0. mv. V 0. mv

22 IEEE baseX RJ 0baseT/00baseTX TCP/IP 0.8 khz 9. khz 00 M LAN khz PC LAN IEEE 80.g M 00 khz. 8 7 b c a khz :. khz b. 7. khz :. khz c NC a 0 D-sub 0 / 0. V. V 0 d 0 V M < 00 pf. V 0 mv 0.% 0 V 7 mv 0.%. V 7 mv 0.% V mv 0.% mv mv 0.% 00 mv mv 0.% M LAN EIA- EIA-7 V 0 ma a. ON/OFF

23 0- PULSE ZG-09 / AN-xxxx ZG-09 xxxx AO-0 87 ZG-09 / AN-xxxx ZG-09 xxxx AO-0 DD-0 DH-0 PULSE - PULSE U 09 PULSE LEMO NC LEMO, NC, 0--0 LEMO 0--0 NC 0--0 LEMO, 0--0 NC, UA UA-90 Q-008 NiMH DR AQ-0 UL AQ-0 UL AO LEMO - NC.m AO LEMO - NC.m JJ NC 0--CAF PULSE 0--CAI PULSE 0--CTF 0-0--EW ZG-00 AN-xxxx ZG-00 xxxx AQ-07 DC - 8 DH /-ch. LEMO 77-A /-ch. NC 79 /-ch. LEMO 79-A /-ch. NC 78 /-ch. LEMO 78-A /-ch. NC 70 /-ch. LEMO 70-A /-ch. NC 08 ch 08- ch 09 ch 09- ch 09 /ch 0 /ch UA- 0 ch & CCLD 0 ch 0- ch 00 ch 00- ch UA- UA-90 Q-008 NiMH DR UA- PC UA " AQ-0 UL-09-0-C AQ-0 UL C E-09 0-C PC 0-C-CAF PULSE 0-C-CAI PULSE 0-C-CTF 0-C 0-C-EW 0-C 08 ch 08- ch 09 ch 09- ch 09 /ch 0 /ch UA- 0 ch & CCLD 0 ch 0- ch 00 ch 00- ch UA- AQ-0 UL-09-0-D AQ-0 UL D AQ-0 0-D UA- PC 0-D-CAF PULSE 0-D-CAI PULSE 0-D-CTF 0-D 0-D-EW 0-D WU-0 9" 8 ZG-0 AN-xxxx ZG-0 xxxx UH-07 9" 08 ch 08- ch 09 ch 09- ch 09 /ch 0 /ch UA- 0 ch & CCLD 0 ch 0- ch 00 ch 00- ch UA- Q-0 9" EA-00 UH-07 9" 0-E-CAF PULSE 0-E-CAI PULSE 0-E-CTF 0-E 0-E-EW 0-E 0-SI 0-HL 0 CAFCAICTF 09-CTF

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