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SF 455 D

Abstract: SFS37S15-10K300E Rated Voltage Part Numbering System SF C 37 S Ca se Ma te ria l Ca p 291 B Tol , Special 388 = 3.88" Ca se AC Volt SF C = 1 3/4" Ov al 37 = 370 Vac S = Steel D = 2.0" Ov al S = 2.0" Round 44 = 440 Vac T = 2 1/2" Round K 15-5 = 15-5 µF Se rie s X , Cas e Code D (Inche s ) H P 1.87 see ratings S 2.12 see ratings T 2.62 , ture 15-5 SFS37S15-5K300E S 3.00 15-10 SFS37S15-10K300E S 3.00 20-5 SFS37S20-5K300E S 3.00
Cornell Dubilier
Original
SF 455 D SFS37S20-10K300E SFS37S25-10K400E SFS37S25-5K300E E71645 EIA-456-A S80-7 5K488E SFD37S80-10K488E SFC44S15-5K300E

SF 455 D

Abstract: Rated Voltage Temperature °C Part Numbering System SF Se rie s SF C Ca se C = 1 3/4" Ov al D = 2.0" Ov al S = 2.0" Round T = 2 1/2" Round 37 AC Volt 37 = 370 Vac 44 = 440 Vac X = Other S = Steel S Ca se Ma te ria l T = Aluminum w ith steel cov er A = All Aluminum 15-5 Ca p 15-5 = 15-5 , Type SF Dual Round .50 Max Cas e Code P S T D (Inche s ) 1.87 2.12 2.62 H see ratings see , ) (Inches ) Round 370 Va c 70 °C Ca se Te m pe ra ture 15-5 SFS37S15-5K300E S 3.00 15-10 SFS37S15-10K300E S
Cornell Dubilier
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SFD37S70-5K488E SFD37S70-7 SFD37S70-10K488E SFD37S80-5K488E SFD37S80-7 SFC44S15-10K300E

SF 455 D

Abstract: SFS37S45-5K400E rie s SF C Ca se C = 1 3/4" Ov al D = 2.0" S = 2.0" Ov al Round 37 AC Volt 37 = 370 Vac 44 = 440 Vac X = Other S = Steel S Ca se Ma te ria l T = Aluminum w ith steel cov er A = All Aluminum , , Oil-Filled Motor Run Capacitors Type SF Dual Round Cas e Code P S T D (Inche s ) 1.87 2.12 2.62 H see table , 15-5 SFS37S15-5K300E S 3.00 15-10 SFS37S15-10K300E S 3.00 20-5 SFS37S20-5K300E S 3.00 20-7.5 SFS37S20-7.5K300E S 3.00 20-10 SFS37S20-10K300E S 3.00 25-5 SFS37S25-5K300E S 3.00 25-7.5 SFS37S25-7.5K300E S 3.00
Cornell Dubilier
Original
SFS37S45-5K400E 7S60-10K488E SFC44S20-5K300E SFC44S20-7 SFC44S20-10K300E SFC44S25-5K300E SFC44S25-7
Abstract: and circu it isolation. F e a tu re s: â'¢ Variety o1 ratings and ratios provides maximum flexib , w ith key holes and mounting slots. â'¢ K.O.â'™s for conduit connections. â'¢ Rugged Type 1 , HAMMOND /V14NUE4CTURING _ T r a n s fo rm e rs n j ENCLOSED TYPE E CONTROL TRANSFORMERS w Schematic S ch e m a tic 120V/ 240V 120 V /2 4 0 V H lO H 3^yP H 2 OH4 , 151.93 197.34 227.64 316.06 471.70 631.67 GROUP 11 GROUP 8 S ch e m a tic S ch e m a tic -
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SF 455 D

Abstract: 5K388E Temperature 125 % of Rated Voltage Temperature °C Part Numbering System SF Se rie s SF C Ca se C = 1 3/4" Ov al D = 2.0" S = 2.0" Ov al Round 37 AC Volt 37 = 370 Vac 44 = 440 Vac X = Other S = Steel S Ca se Ma te ria l T = Aluminum w ith steel cov er A = All Aluminum 15-5 Ca p 15-5 , Run Capacitors Type SF Dual Round .50 Max Common 4-Tines Low Cap 2-Tines D ± .06 Cas e Code P S T D (Inche s ) 1.87 2.12 2.62 H see ratings see ratings see ratings .81 ± .06 Ratings Cap H
Cornell Dubilier
Original
5K388E SFC44S25-10K388E SF44S25-15K388E SFC44S30-5K388E SFC44S30-7

KUSB488A

Abstract: KPCI-488LPA and has an IEEE data transfer rate upwards of 1.8 MB/s through the USB port. No external power is , ., 750 mA max. 1.5 Mbyte/s KUSB-488A PXI 5.3 × 4.2 in (134 × 107 mm) 400 mA typ., 750 mA max. 1.5 Mbyte/s European Directive 73/23/EEC, EN61010-1/IEC 1010 EN60950 European Directive 89/336 , 2.6 cm) 500 mA 1.8 Mbyte/s EN61010-1 European Directive 89/336/EEC Operating: 0° to 55°C, 10% to , w.keithley.com A G R E A T E R M E A S U R E O F C O N F I D E N C E ACCESSORIES · PCI, PXI
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KPCI-488LPA KUSB488A KPCI-488 Keithley 2001 PCI 488 Keithley IEEE-488 XP/2000/V KPXI-488 XP/2000/

intel 8297

Abstract: "IEEE-488 GPIB" T/C 1 = THREE-STATE (PUSH-PULL) 0 = OPEN COLLECTOR SIR T/C S/R T/C T S/R T/C JT S/R T" S/R T/C I-[ - S/R T/C-f- S/R 7" X. = +5V i =ov â  = IEEE-48 eus NON-INVERTING DRIVER/RECEIVER
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IEEE-468 intel 8297 8291 gpib ieee-488 gpib intel 8296 DI03- DI07- AFN-01463B
Abstract: controller and TIâ'™s NexFETâ"¢ high performance MOSFETs. 7 8 Contents Description , product(s) under the following conditions: This evaluation board/kit is intended for use for ENGINEERING , end-product fit for general consumer use. Persons handling the product(s) must have electronics training and , Userâ'™s Guide, the board/kit may be returned within 30 days from the date of delivery for a full , of the goods. Due to the open construction of the product, it is the userâ'™s responsibility to take Texas Instruments
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SLUU406 TPS40305EVM-488 TPS40305

CD 4093 DATASHEET

Abstract: DB15 MALE TO DB9 FEMALE devices SCSI488/S IEEE 488 Data Acquisition Instruments DAC488HR/2 The DAC488HRTM is an IEEE 488 , continuously input from the IEEE 488 bus and output to an analog channel at rates up to 200 Kbytes/s upon , 500 Kbytes/s. To output standard predefined sine, square, and triangle waveforms, the user specifies , controller at up to 200 Kbytes/s via the IEEE 488 bus. Nonvolatile Storage The DAC488HR uses resident , approach to instrumentationTM Functional Requirement Waveform(s) Typical Application
Iotech
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CA-90 CD 4093 DATASHEET DB15 MALE TO DB9 FEMALE Dt2 connector female Filter488 ADC48 4093 datasheet SCSI488/S DAC488HR/4 CA-89 CA-112 ADC488/16A

TNT4882C

Abstract: sparcstation register compatible with NAT4882/Turbo488 chipset Maximum transfer rates 1.4 Mbytes/s using IEEE 488.1 handshake 3.6 Mbytes/s using HS488 SBus DVMA data transfers NI-488.2M Software Solaris 1 Included with , ) transfers, data transfers 2000 can reach 1.4 Mbytes/s using the IEEE 488.1 3-wire 1500 handshake. The , can have data transfers up to Transfer Size (bytes) 3.6 Mbytes/s. HS488 Handshake IEEE 488.1 , Throughput (kbytes/s) GPIB Instrument Control Computer/Bus Sun SPARCstation SBus No jumpers ­
National Instruments
Original
TNT4882C sparcstation DVMA LSI ASIC NAT4882 NAT4882/T 3015C

TNT4882C

Abstract: sparcstation Direct Virtual Memory Access (DVMA) transfers, data transfers can reach 1.4 Mbytes/s using the IEEE , that you can have data transfers up to 3.6 Mbytes/s. You can install the SB-GPIB/TNT in any , transfer rate of ANSI/IEEE Standard 488.1-1987 up to 8 Mbytes/s. HS488 is a superset of the IEEE 488.1 , configuration. With the SB-GPIB/TNT, you can attain transfer rates up to 3.6 Mbytes/s. The TNT4882C , 1.4 Mbytes/s using IEEE 488.1 handshake 3.6 Mbytes/s using HS488 SBus DVMA data transfers No
National Instruments
Original
sun* sparcstation 20

TNT4882C

Abstract: HS488 up to 1.3 Mbytes/s using the IEEE 488.1 3-wire handshake. The NB-GPIB/TNT also implements a high-speed GPIB protocol (HS488), so that you can have data transfers up to 1.6 Mbytes/s. For computers , /IEEE Standard 488.1-1987 up to 8 Mbytes/s. HS488, a superset of the IEEE 488.1 protocol, attempts to , . With the NB-GPIB/TNT, you can attain transfer rates up to 1.6 Mbytes/s. The TNT4882C completely and , /NAT4882 chipset Transfer rates More than 1.3 Mbytes/s using IEEE 488.1 handshake More than 1.6 Mbytes
National Instruments
Original
TNT488 TNT4882C asic
Abstract: instruments from different manufacturers. During the 1980â'™s, a new layer was added to the IEEE , in a â'Weâ'™re ready - Hereâ'™s the data - Weâ'™ve got itâ' sequence to transfer information , each bit of the status byte. Also, the relationship between the status byte and the deviceâ'™s other internal status registers is unspecified. Driver Software for IBM PCâ'™S Great variety is found in the , and waits for access by an application program, much as Borlandâ'™s Sidekick waits for user â'hot Omega Engineering
Original
Abstract: . This adds further versatility in the ii terconnection of IEEE-488 components. This M T U â'™s primary , console panel. Up to three M TU s may be insta ed on one 3.5 " x 9â' Universal rack panel. Installation is easily accomplished by using four mounting serev/s. provided. It's recommended that in-line type , S U IECTTO CHANGE. -
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CIB24MT EEE-488 CMC24XA CMC24XA-05M CMC24XA-1M

GPIB-1014-1

Abstract: GPIB-1014-1S-EH achieve data transfer rates up to 500 kbytes/s. D8 (0) Slave 8-bit data path to GPIB D16 and , -1014D Overview Complete IEEE 488 Talker/Listener/Controller DMA transfers Rates up to 500 kbytes/s , ­ Using DMA, you can transfer data files of unlimited block lengths at rates up to 500 kbytes/s , . Up to 500 kbytes/s (actual rates depend upon system configuration and instrument capabilities
National Instruments
Original
GPIB-1014 GPIB-1014-1 GPIB-1014-1S-EH GPIB-1014-EH GPIB1014 IEEE-1014 PD7210 GPIB-1014D GPIB-1014-2

RS-170a

Abstract: CAM3000F 512x1 ( 1024 X 1 J 1728x1 S 2048 X 1 V- 2592x1 488 X 380 488 X 380 488 X 380 ELEMENT SIZE 13 13 10 13 13 , ) c . I r I' r p [.' s' ni n r> OOLMOl UU " /'·/'»r'lH Co < to (g C (0 , complete ready-to-use camera sub-system would be more practical as an investigative aid. 'S b M c A M E R Â ^ Y è tE M S Camera Subsystem: Includes Camera, Power Supply & Cables ORDER CODE CCD1200R , RATE 38K 19K 9.7K 1.4K LINES/SEC LINES/SEC LINES/SEC LINES/SEC MIN. EXPOSURE 26 ¡ i S 52 i i S 103 juS
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CCD111ADC CCD133ADC CCD143ADC SL140425 CCD153ADC CCD222ADC RS-170a CAM3000F CAM1500 RS170A CCD111BDC CCD123DC CCD134DC

vme 3u board standards

Abstract: GPIB-1014 488 Talker/Listener/Controller · DMA transfers - More than 500 kbytes/s maximum transfer rate - , interrupt-driven transfers · Transfer rates of more than 80 kbytes/s · User-configurable parameters - Base , Using DMA, you can transfer data of unlimited block lengths at rates more than 500 kbytes/s. Other , kbytes/s GPIB-1014P/GPIB-1014DP. More than 80 kbytes/s GPIB-1014DP . More than 80 kbytes/s Power Requirement +5VDC GPIB
National Instruments
Original
vme 3u board standards NAT7210 VME COnnector VME 6U DIMENSIONS vme 3u dimensions GPIB connector ESP-488 GPIB-1014P GPIB-1014-1/EH/IS GPIB-1014P/DP

GPIB-1014

Abstract: GPIB-1014-1S-EH DMA GPIB Interfaces for VMEbus GPIB-1014, GPIB-1014D GPIB-1014, GPIB-1014D Complete IEEE 488 Talker/Listener/Controller DMA transfers Rates up to 500 kbytes/s Unlimited data block lengths Full , rates up to 500 kbytes/s. Other important features include two programmable transfer modes ­ cycle , 500 kbytes/s. The electrical, timing, and mechanical characteristics of the GPIB-1014 conform to , to 500 kbytes/s (actual rates depend upon system configuration and instrument capabilities) Power
National Instruments
Original
1014D NI-488M GPIB-1014-1/EH/1S

TNT4882C

Abstract: ieee-488 gpib Maximum GPIB transfer rates 1.5 Mbytes/s using IEEE 488.1 handshake 7.7 Mbytes/s using HS488 handshake , transfer rates up to 1.5 Mbytes/s 200 using the IEEE 488.1 3-wire handshake. The 0 PCI-GPIB also implements the high-speed 0 HS488 GPIB protocol, for benchmarked data transfers up to 7.7 Mbytes/s , architecture and system configuration. The PCI-GPIB has Throughput (kbytes/s) GPIB Instrument Control , Instruments, increases the maximum data transfer rate of ANSI/IEEE Standard 488.1-1987 up to 8 Mbytes/s
National Instruments
Original
Sun Ultra 30 TNT4882 ieee-488 gpib ni 777158-01 labview pci application note 777158-01 NT/98/95 NI-488DDK

TNT4882C

Abstract: HS488 Software and register compatible with Turbo488/NAT4882 chipset Transfer rates More than 1.3 Mbytes/s using IEEE 488.1 handshake More than 1.6 Mbytes/s using HS488 Onboard ROM for configuration , . The NB-GPIB/TNT can sustain data transfer rates up to 1.3 Mbytes/s using the IEEE 488.1 3 , transfers up to 1.6 Mbytes/s. Throughput (kbytes/s) 2000 1500 1000 500 250,000 200,000 , transfer rate of ANSI/IEEE Standard 488.1-1987 up to 8 Mbytes/s. HS488, a superset of the IEEE 488.1
National Instruments
Original
nubus 488/NAT4882
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