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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT4363CDE-2#TRPBF Linear Technology LT4363 - High Voltage Surge Stopper with Current Limit; Package: DFN; Pins: 12; Temperature Range: 0°C to 70°C
LT4363IDE-1#TRPBF Linear Technology LT4363 - High Voltage Surge Stopper with Current Limit; Package: DFN; Pins: 12; Temperature Range: -40°C to 85°C
LT4363IS-2#TRPBF Linear Technology LT4363 - High Voltage Surge Stopper with Current Limit; Package: SO; Pins: 16; Temperature Range: -40°C to 85°C
LT6654AMPS6-2.5 Linear Technology LT6654 - Precision Wide Supply High Output Drive Low Noise Reference; Package: SOT; Pins: 6; Temperature Range: -55°C to 125°C
LTC2955CTS8-1#TRPBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: SOT; Pins: 8; Temperature Range: 0°C to 70°C
LTC2955ITS8-1#PBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: SOT; Pins: 8; Temperature Range: -40°C to 85°C

gpib ic Datasheets Context Search

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intel d 8293

Abstract: lt 9306 intel d 8293-10 gpib ic SPI GPIB intel 8293 8291A ic 8293 E8293
Text: in t e T 8293 GPIB TRANSCEIVER Nine Open-collector or Three-state Line Drivers 48 mA Sink , Only Two 8293's Required per GPIB Interface On-Chip IEEE-488 Bus Terminations T h e Intel® 8 293 G , BUS1BUS9 12, 13, 15-19, 21, 22 I/O N am e and Function GPIB U ne», GPIB S ide: These are th e IEEE-488 bus , the mode used. Their use is program m ed by the two mode select pins, OPTA and OPTB. GPIB U ne«, 8291 A/92 Side: These are th e pins to be connected to the 8291A and 8292 to interface w ith the GPIB . T


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PDF 28-Pin IEEE-488 AFN-0Q825C intel d 8293 lt 9306 intel d 8293-10 gpib ic SPI GPIB intel 8293 8291A ic 8293 E8293
Not Available

Abstract: No abstract text available
Text: irite T IPBiyiMIDMÄKV 8293 GPIB TRANSCEIVER ■Nine Open-collector or Three-state Line , – Single 5V Power Supply ■28-Pin Package ■Only Two 8293’s Required per GPIB Interface â , com ­ patible. 4 0 Attention: This pin is used by the 8291A to monitor the GPIB ATN con , direction fo r NDAC, NRFD, DAV, and DI01-DI08. Input is TTL compatible. 3 A fÑ GPIB Line*, 8291A/92 Side: These are the pins to be connected to the 8291A and 8292 to interface w ith the GPIB


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PDF 28-Pin IEEE-488 AFN-00825C AFN-00625C
GPIB controller

Abstract: M/Sppu013 a/J9914A
Text: SM J9914A GPIB CONTROLLER write cycle timing p t h(CEI I |* tw ( W E |J WE H - ^ u iC E )- , SM J9914A GPIB CONTROLLER JUNE 1986 REVISED MARCH 1988 · · · · · · · · · · · · · · · · · · , Bus ( GPIB ) specified in the IEEE-488 1975/78 standards and the IEEE-488A 1980 supplement. The device , 14-309 S M J9914A GPIB CONTROLLER The GPIB is designed to allow up to 15 instruments w ithin a , function between the m icroprocessor and GPIB bus and relieves the processor of the task of maintaining the


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PDF J9914A IEEE-488 IEEE-488A -td16 GPIB controller M/Sppu013 a/J9914A
SMJ9914

Abstract: No abstract text available
Text: In s t r u m e n t s P O S T O F F IC E B O X 1 4 * 3 · HO U STO N T E X A S 77001 SMJ9914A GPIB , P O S T O F F IC E B O X 1 4 4 3 · H O U S TO N . T E X A S 77001 SMJ9914A GPIB CONTROLLER C , IC E B O X 1 4 4 3 · HO USTO N. T E X A S 77001 SMJ9914A GPIB CONTROLLER V,L (M A X ) (a , e s an interface betw een a M ic ro p ro c e sso r S y s t e m an d the G eneral P u rp o se , lV lt llN I o Copyright © 1986, Texas Instruments Incorporated o °~ FXAS · P O S T O F F IC


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PDF SMJ9914A IEEE-488 IEEE-488A SN75160/161/162 SMJ9914
2013 - Not Available

Abstract: No abstract text available
Text: Slot Display Remote Operation Launch Panel GPIB Instrument Comm. Display GPIB Present Slot Card Display GPIB Active Slot Card Display 90PF Function Panel RS232 Instrument Comm. Display RS232 Present , Section 6 – GPIB Communication 6.1 Communicating with GPIB 6.2 Setting the GPIB Address 6.3 Installation and Start-up 6.4 GPIB Set-Up 6.5 Function Panel 17 17 17 19 21 Section 7 – RS232 , The Model 90IP soft front panel allows GPIB or RS232 communication to load pre-stored set-up


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PDF 90IP/90IPB FD90IP
SPI GPIB

Abstract: HPIB CONTROLLER IC AN929 APP929 GPIB interface
Text: Excel. Since most lab instruments have the general purpose interface bus ( GPIB ) interface, practically any manual lab measurement can be automated. Background on GPIB Originally developed by Hewlett Packard as HP-IB, GPIB is a high-speed communication interface which allows interconnection and , power supplies. GPIB was standardized by the IEEE and is now known by the three names GPIB , HP-IB, and IEEE-488 bus. Further information regarding GPIB can be found on the world wide web at http


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PDF SC-19, com/an929 AN929, APP929, Appnote929, SPI GPIB HPIB CONTROLLER IC AN929 APP929 GPIB interface
IC 74373

Abstract: working of IC 74ls244 as buffer ic 74244 lsi2032 RS232 express card specifications of 74373 latch ic ic 74373 datasheet FUNCTIONAL APPLICATION OF 74LS244 function of latch ic 74373 ic 7800
Text: Slot Display Remote Operation Launch Panel GPIB Instrument Comm. Display GPIB Present Slot Card Display GPIB Active Slot Card Display 90PF Function Panel RS232 Instrument Comm. Display RS232 Present , Section 6 ­ GPIB Communication 6.1 Communicating with GPIB 6.2 Setting the GPIB Address 6.3 Installation and Start-up 6.4 GPIB Set-Up 6.5 Function Panel 17 17 17 19 21 Section 7 ­ RS232 , (90SWG), bridge conditioners, FFT's, ADC's, and DAC's. The Model 90IP soft front panel allows GPIB or


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PDF 90IP/90IPB FD90IP IC 74373 working of IC 74ls244 as buffer ic 74244 lsi2032 RS232 express card specifications of 74373 latch ic ic 74373 datasheet FUNCTIONAL APPLICATION OF 74LS244 function of latch ic 74373 ic 7800
1997 - 777382-01

Abstract: jack 3.5 mm square wave generator ic encoder simulator MICROPHONE JACK DAQCard-1200 jack 3,5 mm
Text: square wave Frequency range 100 Hz to 1 MHz Quadrature encoder Solid-state relay (200 mA) IC , ideal for demonstrating PC-based GPIB and serial instrument control. Because it simulates the , used not only in classrooms but also in industry to test and prototype GPIB and serial applications , . Note: A GPIB cable is required to connect the NI Instrument Simulator to the GPIB interface board. A 9 , .777369-11 X2 GPIB cable, 1 National Instruments


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PDF 50-pin RS-232 SH6868 68-pin LabPC/1200 PR50-50F DAQCard-1200) 777382-01 jack 3.5 mm square wave generator ic encoder simulator MICROPHONE JACK DAQCard-1200 jack 3,5 mm
MC3448A

Abstract: MC3448AP M6800 MC3448AD MC68488 488-1978-bus
Text: (g) MOTOROLA Quad Bidirectional Instrumentation Bus ( GPIB ) Transceiver This bidirectional bus , (488-1978, often referred to as GPIB ). The required bus termination is internally provided. Each driver , System Application Instrument A (With GPIB ) Programmable Calculator (With GPIB ) Instrument B (With GPIB ) O SUFFIX PLASTIC PACKAGE - rasp 751Ö iSO-te) P SUFFIX PLASTIC PACKAGE CASE 648 PIN , +70°C Plastic DIP MC3448AD SO—16 7-58 b3b7253 0101013 <Ì5T MOTOROLA ANALOG IC DEVICE DATA This


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PDF mce8469 mc6802 mc6600 MC3448A MC68488 M6800 MC3448AS MC3448AP MC3448AD 488-1978-bus
2008 - agilent 4263B

Abstract: 4263B ic for lcr meter testing capacitors using a meter transformer test 16089A gpib ic precision instrument transformer 16089E manual de capacitor
Text: testing · Communicate results with display and GPIB · Automate testing with built-in handler interface , : turns-ratio, mutual-inductance and dc-resistance Built-in system features: GPIB and handler interfaces , contact check function · Automate testing with GPIB interface · Reduce ground-loops with isolated , , Ext. Trigger. GPIB interface: Instrument control, TALKonly mode for LISTEN-only printers using GPIB or Centronics/ GPIB converter Physical characteristics Power: 90-132 Vac or 198-264 Vac. 47-66 Hz


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PDF 4263B 5964-6181E agilent 4263B ic for lcr meter testing capacitors using a meter transformer test 16089A gpib ic precision instrument transformer 16089E manual de capacitor
2003 - Not Available

Abstract: No abstract text available
Text: pre-installed, and an Agilent 82357A USB/ GPIB interface. The E5270A mainframe is completely user-configurable , €¢ GPIB port for instrument control • User interface allows spot measurements to be made from the , controller, and an 82357A USB/ GPIB interface. Specification Conditions Note: This document lists , : Voltage source mode: Voltage Range Power 2V 20 ´ Ic (W) 20 V 20 ´ Ic (W) 40 V 40 ´ Ic (W) 100 V 100 ´ Ic (W) Where Ic is the current compliance setting. Dual triaxial connector, Kelvin


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PDF E5270A E5270A 2357A 5988-9162EN
BUS-68005

Abstract: No abstract text available
Text: RUN HALT I/O SELECT GPIB ADDRESS POWER VOLTAGE SELECT BUS-68005 FUNCTION REMARKS The O N -LIN E , Interface as e ith e r Parallel, IEEE-488 or RS-232. Selects the Exerciser's GPIB (IEEE-488) address. Turns , (CENTIMETERS) 17 x 14.5 x 3.47 (43.2 x 37 x 9.0) FRONT PANEL DATA BUS EXERCISER 0CO Q Q A TAD E V IC , ® © ® © REAL-TIME MONITOR TRIGGER CH B OUTPU <\ 1 0 SELECT GPIB GPIB RS-232 1 ADORESS a PRL ta


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PDF BUS-68005 MIL-STD-1553 1553B BUS-68005 MIL-STD-1553A BUS68005 RS-232
B407 diode

Abstract: T222-20 T222 transputer IMSF00 t222 tl7705
Text: Chapter 32 265 IMS B421 IEEE 488 GPIB Size 4 TRAM OE rû rn o s ' Reset Analyse NotError - < '] - 48K SRAM 8K EEROM Engineering Data configuration switches t 1 GPIB interface , electrical com pliance with IEEE-488 specification Size 4 TRAM Sw itchable GPIB bus address On-board non-volatile storage for configura tion data Com municates via 4 INMOS links Supplied with IMSF001 GPIB library software Designed to a published specification ( INMOS Technical Note 29 ). GENERAL DESCRIPTION The GPIB


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PDF IEEE-488 IMSF001 T222-20 B421-10 F001A-1 F001A-1 B407 diode T222 transputer IMSF00 t222 tl7705
1994 - DS1204U

Abstract: NAT4882 NAT4882BPL IC 75162 TMS9914A 75162 PD7210
Text: transceiver is the 75162 IC . If you use a 75162, you must connect the GPIB bus pins on the 75162 (usually , . GPIB Device Status Pins The NAT4882 has seven device status pins: Controller-In-Charge (CIC), Talker , bit is ADSR[7] in 9914 mode. REM asserts when the NAT4882 GPIB Remote/Local (RL) function is in , 9914 mode. LOK asserts when the NAT4882 GPIB RL function is in either Local With Lockout State (LWLS , register appears at offset 5. The ACCEN pin asserts when any register is paged-in at offset 2. GPIB


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PDF NAT4882 NAT4882BPL NAT4882 Addres62 NAT4882. DS1204U IC 75162 TMS9914A 75162 PD7210
COM7210

Abstract: RV03 S6D14 PPAS 101 3416C
Text: STANDARD MICROSYSTEMS CORPORATION^- COM 7210 Intelligent GPIB Interface Controller FEATURES , /86 Com patible GENERAL DESCRIPTION The COM7210 TLC is an intelligent GPIB Interface Con troller , the IEEE Standard 488-1978. Connected between a processor bus and the GPIB , the TLC provides high level m anage ment of the GPIB to unburden the processor and to simplify both hardware and software , DESCRIPTION Transmit/Receive Control- Input/Output Control Signal for the GPIB Bus Transceivers. Transmit


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PDF TWX-510-227-8898 COM7210 RV03 S6D14 PPAS 101 3416C
8089 microprocessor pin diagram

Abstract: 8089 microprocessor architecture intel 8291A 8089 microprocessor block diagram 8048 micro controller block diagram 8291 gpib SPI to IEEE-488 s3-via 140UD Pin Details of bus controller IC 8282
Text: 8291A GPIB TALKER/LISTENER Designed to Interface Microprocessors (e.g., 8048/49, 8051, 8080/85 , to External NonInverting Tranceivers for Connection to the GPIB Provides Three Addressing Modes , 8291A is an enhanced version of the 8291 GPIB Talker/Listener designed to interface microprocessors to , functions except for the controller. The controller function can be added with the 8292 GPIB Controller, and the 8293 GPIB Transceiver performs the electrical interface for Talker/Listener and Talker/Listener


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PDF
1978 - NAT9914 application code

Abstract: NAT9914 TMS9914 BO 336 9914 GPIB scpi parser TCA 420 NAT9914A NEC uPD7210 NAT9914 application note
Text: . 5-2 4. Configure the Chip for GPIB Operation . 5-2 A. Set the GPIB Address(es) . 5-2 B. Write the Initial Serial Poll , 5-2 D. Set GPIB Handshake Parameters . 5-2 5. Enable Interrupts , GPIB Talker or Listener Considerations . 5-3 GPIB Addressing . 5-3


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PDF NAT9914 00tus NAT9914 NAT9914 application code TMS9914 BO 336 9914 GPIB scpi parser TCA 420 NAT9914A NEC uPD7210 NAT9914 application note
REMQ

Abstract: MC3448A MC3448AD MC3448AP MC6800
Text: < 8 > MOTOROLA MC3448A Quad Bidirectional In s tru m e n ta tio n Bus ( GPIB ) T ra n s c e , the IEEE Standard Instrumentation Bus (488-1978, often referred to as GPIB ). The required bus , Instrument A (With GPIB ) instrument B (With GPIB ) Programmable Calculator (With GPIB ) (I - T - = Bus , MOTOROLA ANALOG IC DEVICE DATA MC3448A Figure 8. Simple System Configuration 5.0V T/B1 Data , . MOTOROLA ANALOG IC DEVICE DATA 7-63


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PDF MC3448A D103-J------ 48B-1B75 C3448AS REMQ MC3448AD MC3448AP MC6800
1995 - Not Available

Abstract: No abstract text available
Text: Order this document by MC3448A/D MC3448A Quad Bidirectional Instrumentation Bus ( GPIB , IEEE Standard Instrumentation Bus (488–1978, often referred to as GPIB ). The required bus , Instrument A (With GPIB ) VCC Instrument B (With GPIB ) 1.7 k 3.9 k ORDERING INFORMATION Programmable Calculator (With GPIB ) Device MC3448AP 16 Lines Total MC3448AD Operating Temperature Range TA = 0 to +70°C Package Plastic DIP SO–16 © Motorola, Inc. 1995 MOTOROLA ANALOG IC


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PDF MC3448A/D MC3448A MC3448A/D*
2008 - 4338B

Abstract: milliohm meter milliohm meter circuit 16143-60011 4338-B
Text: · Perform Pass/Fail testing with comparator function · Operate remotely via the GPIB interface · , states Interfaces: GPIB and handler interface 2 Satisfy your need for high-quality testing · , correction · Automate testing with GPIB interface for computer control · Reduce ground-loops with isolated , : Detects contact failure. Averaging: 1 to 256 Dimensions: 320(W) x 100(H) x 300(D) mm GPIB , supplied only. 16005-60012 Kelvin IC clip lead (red clip) 16005-60014 Kelvin IC clip lead (black clip


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PDF 4338B 4338B 5964-6183E milliohm meter milliohm meter circuit 16143-60011 4338-B
2008 - Not Available

Abstract: No abstract text available
Text: €¢ Operate remotely via the GPIB interface • Use the built-in handler interface Test frequency: 1 kHz , (selectable) Save/recall: 10 instrument states Interfaces: GPIB and handler interface 2 Satisfy your , testing with GPIB interface for computer control • Reduce ground-loops with isolated handler , ) x 300(D) mm GPIB : Implementation of IEEE-488 for control and data. Ranging: Auto and hold , manual contact measurements. One lead supplied only. 16005-60012 Kelvin IC clip lead (red clip


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PDF 4338B 4338B 5964-6183E
1978 - NEC uPD7210

Abstract: TMS9914 NAT7210APD 9914 mode NAT7210 IC 75162 scpi parser NAT9914 application note NAT7210a
Text: . 5-1 4. Configure the Chip for GPIB Operation . 5-2 A. Set the GPIB Address(es) . 5-2 B. Write the Initial Serial Poll , 5-2 D. Set GPIB Handshake Parameters . 5-2 5. Enable Interrupts , GPIB Talker or Listener Considerations . 5-3 GPIB Addressing . 5-3


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PDF NAT7210 320744B-01 NAT7210 NEC uPD7210 TMS9914 NAT7210APD 9914 mode IC 75162 scpi parser NAT9914 application note NAT7210a
1984 - LS2521

Abstract: IEEE-1014 uPD7210 GPIB-400 MSA13 transistor AS C2 DAB Clock Radio service manual IEEE-488 general purpose interface bus IEEE1014 GPIB-696P NEC uPD7210
Text: GPIB -1014P User Manual June 1994 Edition Part Number 370944A-01 © Copyright 1984, 1994 , The GPIB -1014P is warranted against defects in materials and workmanship for a period of two years , 004-000-00345-4. Preface The GPIB -1014P is a single-height circuit board which interfaces the VMEbus to the IEEE-488 General Purpose Interface Bus ( GPIB ). The GPIB -1014P provides a means to implement VMEbus , manual describes the mechanical and electrical aspects of the GPIB -1014P and contains information


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PDF GPIB-1014P 70944A-01 GPIB-1014P, GPIB-1014P Index-12 Index-13 LS2521 IEEE-1014 uPD7210 GPIB-400 MSA13 transistor AS C2 DAB Clock Radio service manual IEEE-488 general purpose interface bus IEEE1014 GPIB-696P NEC uPD7210
1985 - IEEE Standard 1014-1987

Abstract: GPIB-1014 diack 5b PD7210 MC68450 HD68450 LS2521 GTM 5010 25ls2521 scr205
Text: GPIB -1014 User Manual March 1997 Edition Part Number 320030-01 © Copyright 1985, 1997 , , Switzerland 056 20 51 51, Taiwan 02 377 1200, U.K. 01635 523545 Limited Warranty The GPIB -1014 is , . 2-8 GPIB -1014 Functional Description , . 4-2 © National Instruments Corporation vii GPIB -1014 User Manual Contents Register , . 5-1 The GPIB -1014 as GPIB Controller


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PDF GPIB-1014 GPIB-1014 PD7210 Index-21 Index-23 IEEE Standard 1014-1987 diack 5b MC68450 HD68450 LS2521 GTM 5010 25ls2521 scr205
1978 - NEC uPD7210

Abstract: uPD7210 NAT7210APD PD7210 NAT7210 NAT9914 application code Transistor ST 9422 TMS9914 TMS9914A 9914A
Text: . 5-1 4. Configure the Chip for GPIB Operation . 5-2 A. Set the GPIB Address(es) . 5-2 B. Write the Initial Serial Poll , 5-2 D. Set GPIB Handshake Parameters . 5-2 5. Enable Interrupts , GPIB Talker or Listener Considerations . 5-3 GPIB Addressing . 5-3


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PDF NAT7210 70875A-01 NAT7210 NEC uPD7210 uPD7210 NAT7210APD PD7210 NAT9914 application code Transistor ST 9422 TMS9914 TMS9914A 9914A
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