RC07 resistor
Abstract: RC07 CA3306 AN9216 BNC connector 50 ohm HA5033 datasheet HA5033 HA-5033 HI5701 HI-5701
Text: Harris Semiconductor No. AN9216 Harris Data Acquisition January 1993 USING THE HI5701 EVALUATION BOARD Authors: Greg Fisher, Phil Louzon, and Kanti Bacrania Theory of Operation The CMOS HI5701 works by alternately switching between a “Sample” mode and an “Auto Balance” mode. This CMOS
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AN9216
HI5701
HI5701
HA5033
RC07 resistor
RC07
CA3306
AN9216
BNC connector 50 ohm
HA5033 datasheet
HA5033
HA-5033
HI-5701
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Untitled
Abstract: No abstract text available
Text: Harris Semiconductor No. AN9216.1 Harris Data Acquisition February 1998 Using the HI5701 Evaluation Board Authors: Greg Fisher, Phil Louzon, Kanti Bacrania and Philip M. Pratt Theory of Operation The CMOS HI5701 works by alternately switching between a “Sample” mode and an “Auto Balance” mode. This CMOS
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AN9216
HI5701
HI5701;
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HI5800
Abstract: RESISTOR RC05 "Overflow detection"
Text: No. 9203.1 Application Note July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Intersil Corporation’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to
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HI5800
200ns
RESISTOR RC05
"Overflow detection"
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HI5800
Abstract: "Overflow detection"
Text: No. 9203.1 Application Note July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Intersil Corporation’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to
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HI5800
200ns
"Overflow detection"
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ck06 e
Abstract: 5800D RC05 resistor HI5800 hi562 "Overflow detection"
Text: Harris Semiconductor No. 9203.1 Harris Data Acquisition July 1992 USING THE HI5800 EVALUATION BOARD Author: Kantilal Bacrania and Greg Fisher Theory of Operation Harris Semiconductor’s HI5800 is a new twelve bit sampling analog to digital converter which is a monolithic alternative to
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HI5800
200or
1-800-4-HARRIS
ck06 e
5800D
RC05 resistor
hi562
"Overflow detection"
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8u2h inductor
Abstract: AN-1239 EEFUE0J151R LM2642 UMK212F10560ZG VJ0805Y471KXAM F-106Z VJ0805Y102KXA
Text: National Semiconductor Application Note 1239 Allan Fisher July 2003 Introduction ation board also includes several optional component pads for reducing switch node ringing and current sense noise, and for low input voltage applicatons. The LM2642 evaluation board has been developed to aid in
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LM2642
8u2h inductor
AN-1239
EEFUE0J151R
UMK212F10560ZG
VJ0805Y471KXAM
F-106Z
VJ0805Y102KXA
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AN-1239
Abstract: EEFUE0J151R LM2642 UMK212F10560ZG VJ0805Y103KXA
Text: National Semiconductor Application Note 1239 Allan Fisher July 2002 Introduction ation board also includes several optional component pads for reducing switch node ringing and current sense noise, and for low input voltage applicatons. The LM2642 evaluation board has been developed to aid in
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LM2642
AN-1239
EEFUE0J151R
UMK212F10560ZG
VJ0805Y103KXA
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AN-1239
Abstract: EEFUE0J151R LM2642 UMK212F10560ZG 20047
Text: National Semiconductor Application Note 1239 Allan Fisher July 2002 Introduction ation board also includes several optional component pads for reducing switch node ringing and current sense noise, and for low input voltage applicatons. The LM2642 evaluation board has been developed to aid in
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LM2642
AN-1239
EEFUE0J151R
UMK212F10560ZG
20047
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horizon gyroscope
Abstract: AN1057 gravity sensor AN-1057
Text: AN-1057 Application Note One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Using an Accelerometer for Inclination Sensing by Christopher J. Fisher INTRODUCTION One common method for determining the tilt or inclination of
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AN-1057
AN08767-0-2/10
horizon gyroscope
AN1057
gravity sensor
AN-1057
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585CLS
Abstract: No abstract text available
Text: Product Bulletin 4200 Transmitters 62.3:4200 July 2014 D200357X012 Fisherr 4200 Electronic Position Transmitters The instrument can sense the position of rotary or sliding-stem valves, vents, dampers or other devices. When the instrument is mounted, a potentiometer
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D200357X012
585CLS
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HI5800
Abstract: HI5801 "Overflow detection" Hi-562a
Text: TM NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow
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AN9309
AN9203
HI5800/HI5801
HI5800/5801
HA5350
HI5800
HI5801
"Overflow detection"
Hi-562a
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HI562
Abstract: HI-562 delay line 330ns HI5800 HI5801 "Overflow detection"
Text: Harris Semiconductor NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Harris Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow
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AN9309
AN9203
HI5800/HI5801
HI5800/5801
1-800-4-HARRIS
HI562
HI-562
delay line 330ns
HI5800
HI5801
"Overflow detection"
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delay line 330ns
Abstract: HI562 HI5800 HI5801
Text: Semiconductor NS No. AN9309.1 May 1997 ESIG NEW D R O F D I5805 ENDE COMM 9203 and H E R T N NO See A Harris Data Acquisition Using the HI5800/HI5801 Evaluation Board Authors: Phil Louzon, Greg Fisher, Kanti Bacrania Theory of Operation high states for overflow and logic low states for underflow
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AN9309
AN9203
HI5800/HI5801
HI5800/5801
1-800-4-HARRIS
delay line 330ns
HI562
HI5800
HI5801
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6TPE470MI
Abstract: ap 4749 AN-1220 LM2645 diode-dual VJ0805Y102KXX VJ0805Y103KXX
Text: National Semiconductor Application Note 1220 Allan Fisher June 2004 Introduction Although a 1µF capacitor is sufficient to ensure stable operation of the internal regulator OUT3, a 10µF ceramic capacitor is installed on board to eliminate the output voltage
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LM2645
AN-1220
6TPE470MI
ap 4749
AN-1220
diode-dual
VJ0805Y102KXX
VJ0805Y103KXX
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DS40122
Abstract: PIC14C000 AN575 AN621 AN624 IEEE754
Text: M AN621 PIC14C000 Calibration Parameters locations. The customer’s application program may access this data and use it to mathematically compensate for device variations. Author: Richard Fisher Microchip Technology Inc. Collectively, these data values are referred to as calibration constants. They are listed in Table 4-1 in the
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AN621
PIC14C000
DS40122)
DS00621B-page
DS40122
AN575
AN621
AN624
IEEE754
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PIC14C000
Abstract: AN575 AN621 AN624 IEEE754 F8 Microchip MICROCHIP AN621
Text: M AN621 PIC14C000 Calibration Parameters locations. The customer’s application program may access this data and use it to mathematically compensate for device variations. Author: Richard Fisher Microchip Technology Inc. Collectively, these data values are referred to as calibration constants. They are listed in Table 4-1 in the
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AN621
PIC14C000
DS40122)
D-81739
AN575
AN621
AN624
IEEE754
F8 Microchip
MICROCHIP AN621
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Variable Area Rotameter
Abstract: fmx siemens MASONEILAN VALVE ultrasonic flow meter rtt 10 foxboro foxboro FLOW METER turbine masoneilan MASONEILAN SVI ii Vortex flowmeter panametrics xmt 868
Text: IndustrialIT System 800xA Device Management HART Data Sheet Integrated HART Devices Revision: September 2010 Device Revision Manufacturer ID Device ID 1/5 22 135 4-Electrode Cond. 2wire, IS, Field 1 26 36 TB82PH pH 1 18 80 TB82PH-Combined pH/ORP 2-wire 1 26
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800xA
TB82PH
TB82PH-Combined
TB82TC-Combined
TB82TE-Combined
LB491
X3301
3BDD013118
Variable Area Rotameter
fmx siemens
MASONEILAN VALVE
ultrasonic flow meter
rtt 10 foxboro
foxboro FLOW METER turbine
masoneilan
MASONEILAN SVI ii
Vortex flowmeter
panametrics xmt 868
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TSSP4P38
Abstract: Proximity Sensor 4-20 out
Text: VISHAY SEMICONDUCTORS www.vishay.com Infrared Remote Control Receivers Application Note Vishay’s TSSP-AGC P Sensor Series for Proximity Sensing By John Fisher and Anika Kühnle Vishay’s TSSP sensor series was designed to fulfill the need for low-cost, simple-to-use reflective and beam break
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05-Dec-14
TSSP4P38
Proximity Sensor 4-20 out
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Untitled
Abstract: No abstract text available
Text: 7~~S'<D'-<?3 VALPEY-FISHER CGRP la E D ^ T M lg iaM QQOQlfig fi OSCILLATORS« /F160 Series ECL HYBRID CRYSTAL CLOCK OSCILLATORS resolution graphics terminals, higher frequency communication equipment, and the growing number of very high clock rate microcomputers. The advanced VF160
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/F160
VF160
VF150,
VF160A
VF160B
VF160C
VF160D
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VF155
Abstract: vf150 VF153 vf154 VF800 vf155-1 VF155-2 vf152 vf1542 VF150C
Text: VALPEY-FISHER 12E D CORP o o a o ia o : *i I I OSCILLATORS STANDARD SPECIFICATIONS Valpey-Fisher oscillator products include hybrid and discrete oscillators to provide a full range of performance options, Valpey-Fisher Hybrid Clock Oscillators combine state of the art, thick film hybrid
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withF152C
VF152D
VF150A
VF150B
VF150
VF150C
VF150D
VF155A
VF155B
VF155
VF153
vf154
VF800
vf155-1
VF155-2
vf152
vf1542
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VF150
Abstract: "half can" "oscillator" 1.00 MHz Sine Wave Oscillators Connector 24 pin vf75 50
Text: M AT E C GORP/ VALPEY-FISHER 'T '- 'S 'O •e; - ^ 12E 3 5öbl 0 2 4 d ÜÜOD1Ö7 T IVPC OSCILLATORS ;-'«3&?S3$i£Vr VF75, VFHS84 and VFHS8S HALF SIZE HYBRID CRYSTAL CLOCK OSCILLATORS Valpey-Fisher’s half size crystal clock oscillators make available packages half
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VFHS84
137II
VF150
"half can" "oscillator" 1.00 MHz
Sine Wave Oscillators
Connector 24 pin
vf75 50
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VF150
Abstract: VF600 cmos and ttl circuit design VFHS170 vf75 50
Text: 7— - S ~ & MATEC CORP/ VALPEY-FISHER 3 SflblQSM DDQQlflT 2 W Ê V P C 12E VF600 Series DISCRETE VOLTAGE CONTROLLED CRYSTAL OSCILLATORS VCXO telecommunications and instrumentation. Enable/disable, tri-state logic and multiple frequency outputs are also available as
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VF600
VF150
cmos and ttl circuit design
VFHS170
vf75 50
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ocxo 240
Abstract: Connector 24 pin vf150 V/VF500
Text: MATEC CO RP/ VALPEY-FISHER j> la e SflblQEM o o o o n o VF800 Series OVEN CONTROLLED CRYSTAL OSCILLATORS OCXO ^ *VPC I Valpey-Fisher Oven Controlled Crystal Oscillator (OCXO) designs use a highly stable crystal oscillator contained in an oven at a precisely controlled tempera
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VF800
137II
ocxo 240
Connector 24 pin
vf150
V/VF500
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VF150
Abstract: valpey VF150 valpey OCXO sma VF600 VFHS85 ocxo tcxo V/VF500
Text: MATEC CORP/ VALPEY-FISHER | 3 lg E » • 5 Abl~D a ^rò 0 D O Ìflà ~ Q ~ W V P c" VF500 Series DISCRETE TEMPERATURE COMPENSATED CRYSTAL OSCILLATORS TCXO Valpey-Fisher Temperature Compensated Crystal Oscillators (TCXOs) use select components which react to thermal
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VF500
137II
VF150
valpey VF150
valpey OCXO sma
VF600
VFHS85
ocxo tcxo
V/VF500
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