ZX 650 Search Results

Eye Blink Sensor block

Abstract: zx-eda11 CLASS II LASER EN60825-1 zx-lda11-n ZX-LD40L ZX-LDA11 distance measurement using camera based ir sensor high accuracy LD30V ZX-LT001 ZX-LT005
Contextual Info: Smart Sensors Laser Type ZX Series (ZX-L-N) . Ordering Information • Sensors Sensor Heads (Reflective) Optical system Diffuse reflective Beam shape Spot beam Line beam Regular reflective Spot beam Sensing distance Resolution*1 Model 40±10 mm 2 µm ZX-LD40

list of sensors used in automobiles

Abstract: zx-eda11 AC digital voltmeter using 7107 ZX-LD40 ZX-LDA11 CS1W-CF31 inductive displacement sensors ZX-LDA41-N inductive displacement sensor ZX-LT005
Contextual Info: Smart Sensors ZX Series The Continuing Evolution of Smart Sensors Presenting a New Laser-type ZX-LDA@-N Amplifier Unit ZX Smart Style. from OMRON I am a Smart Sensor !! OMRON Offers Sensor Users New Choices 30 mm What's Smart? Amplifier Sensor Head Application

Eye Blink Sensor block

Abstract: ld30v ZX-LDA11-N ZX-LDA11 zx-eda11 ZX-LDA41-N IEC-825-1 ZX-LD40 LD30 ZX-LT010
Contextual Info: Smart Sensors Laser Type ZX Series (ZX-L-N) . Ordering Information • Sensors Sensor Heads (Reflective) Optical system Diffuse reflective Beam shape Spot beam Line beam Regular reflective Spot beam Sensing distance Resolution*1 Model 40±10 mm 2 µm 100±40 mm

zx 55

Abstract: ZX 25 245 zener Z-Diode ZX 6,2 zener diode zx 12 zener diode zx 3,6 SW11 ZX12 ZX 650
Contextual Info: ZX 3.9 . ZX 200 12.5 W Silizium-Leistungs-Z-Dioden (flächendiffundierte Dioden) Silicon-Power-Z-Diodes (non-planar technology) Maximum power dissipation Maximale Verlustleistung 7 Nominal Z-voltage – Nominale Z-Spannung 10 Ø2 30 Type 12.5 W 10 SW11

zx 2,7

Abstract: zener diode zx 12 ZX24 ZX 12 zener ZX 25 zx 9.1 ZX 650 zener zx Z-Diode ZX 6,2 ZX27
Contextual Info: ZX 3.9 . ZX 200 12.5 W Silicon-Power-Z-Diodes Silizium-Leistungs-Z-Dioden Nominal Zener voltage Nominale Zener-Spannung 3,9.200 V Standard tolerance of Zener voltage Standard-Toleranz der Zener Spannung Dimensions / Maße in mm ± 5 % (E24) Metal case – Metallgehäuse

zx 55

Abstract: ZX 25 36ZX ZX24 ZX51 ZX12 zener zx
Contextual Info: ZX 3.9 . ZX 200 12.5 W Silicon-Power-Z-Diodes Silizium-Leistungs-Z-Dioden Nominal Zener voltage Nominale Zener-Spannung 3,9.200 V Standard tolerance of Zener voltage Standard-Toleranz der Zener Spannung Dimensions / Maße in mm ± 5 % (E24) Metal case – Metallgehäuse

ZX-GT

Abstract: ZX-GT2840S41 ZX-GT28S11 laser distance measurement ZX-GSW11 ZX-XGC1R zx-gif11 ZX-GT28S41 ZXGT2840 ZX-GTC41
Contextual Info: Q20E-EN-01+ZX-GT+Datasheet.fm Seite 1 Montag, 30. Juli 2007 12:01 12 Smart Laser Micrometer ZX-GT High accuracy: 5-10 µm All surfaces Long sensing distance: < 500 mm Line width up to 28 mm Calculation unit for multiple heads Fast sampling time: 0.5 ms PC software for setup

BZX 24 85C

Abstract: 85c91 C8210 diodes de regulation de tension C6250 BZX85 C27 zener BZX 85c 35 BZX85C7V5 bzx 85 zener zener 9v1
Contextual Info: 22 DIODES DE RÉGULATION DE TENSION zener diodes Ps T Y P ES 1,3 W nxy nxy nxy nxy nxy nxy ic IX ? txy i*xy nxy / >ZM W (m Al tamb = 25°C B ZX 85C 5V1 B ZX 85 C 5V6 BZX 85 C 6V2 BZX 85 C 6V8 BZX85C 7V 5 BZX 85 C 8V2 BZX 85 C 9V1 BZX 85 C 10 BZ X 85 C 11

ZX-LDA11

Abstract: ZX-LD40 ZX-LT005 ld30v ZX-LDA11 2M ZX-LDA41 ZX-LDA11 weight ZX-LD30VL ZX-LD40L ZX-LT010
Contextual Info: Displacement Sensor and Parallel Beam Sensor ZX Series Compact Amplifier With Digital Resolution Display Supports 3 ThroughBeam and 8 Displacement Visible Red Sensing Heads • ■ ■ ■ ■ ■ ■ ■ Amplifier supports displacement and parallel beam sensing applications

ZX-LDA11

Abstract: ZX-LD300 zx 55 ZX-LDA41 ZX-LD40 Z3X-LD30VL ZX-LT010 ZX-LD30V ZX-LD30VL ZX-LD40L
Contextual Info: ZX CZUJNIKI LASEROWE OMRON Precyzyjne czujniki laserowe Czas przetwarzania pomiaru: 150 µs. 2 modele wzmacniaczy z wyjœciem analogowym i wyjœciami progowymi. Kilka modeli g³owic o ró¿nym zasiêgu i rozmiarze plamki. Rozbudowane funkcje przetwarzania wyników pomiaru.

AY-3-8910

Abstract: UCY7404 Commodore wy 637 eltra 8910A AY3-8910 wy 636
Contextual Info: f t Y - V « lö Generator dzwiQkowy do ZX-SPECTRUM M ikro ko m p u te r ZX-SPECTRUM je s t urzgdzeniem przeznaczonym przede w szystkim do zabaw y i nauki. Jqzyk p ro g ra m o w a nia BASIC, duza poje m n o s c pa m i^ci i k o lo ro w y m o n ito r g raficzny o duzej rozdzielczosci um oz liw ia jq tw orzenie an im o w a nych gier. Je d y n y m elem e nte m , k tóre go brakuje, je st w yso kiej

Contextual Info: Smart Sensor Wide Laser Beam CCD Measurement Sensor ZX-GT CSM_ZX-GT_DS_E_1_1 Achieves Micron Accuracy with Longest-in-Class Sensing Distance • Maximum sensing distance of 500 mm and measuring width of 28 mm provide a wide area. • 10- m accuracy anywhere within the area, even though the

zx-gif11

Abstract: ZX-GT2840S41 ZX-GTC11 ZX-GT28S41 OMRON CPU 21 DC24V collimator led ZX-GIF41 omron pu
Contextual Info: N E W Smart Sensor Wide Laser Beam CCD Measurement Sensor ZX-GT 10-µm Accuracy by 500-mm Range New Standards for Dimension Measurement Best in class Original collimator lens Class-1 laser First in its class Measurable at any position The usual limitations, such as the 'measurement area being confined to the center'

ZX-GTC11

Abstract: zx-gif11 ZX-GIF41 ZX-GT2840S41 DC24V 10-micron ZX-GT28S11 weight crank positioning sensor IEC608251
Contextual Info: N E W Smart Sensor Wide Laser Beam CCD Measurement Sensor ZX-GT 10-µm Accuracy by 500-mm Range New Standards for Dimension Measurement Best in class Original collimator lens Class-1 laser First in its class Measurable at any position The usual limitations, such as the 'measurement area being confined to the center'

Contextual Info: CR I M S O N S E M I C O N D U C T O R INC ^ DElaSlMCHLi 000D3SA 2514096 C R I MS ON S EM I C O N D U C T OR INC 99D 00358 ZENER DIODES Z e n e M M o d « * with P y “ 50 0 m W Typ# N o tM tn tf E factrical ch a ra cte ris tic* I n fo t mÀ V V ìt' a n d r o t

Contextual Info: IRS29831PBF LED FLYBACK CONTROL IC Product Summary Features Topology • • • • • • • • • • • • Flyback LED Driver Integrated 700 V MOSFET Critical-conduction / Transition mode operation Primary constant power control Burst mode operation at light load

Contextual Info: IRS29831PBF LED FLYBACK CONTROL IC Product Summary Features •            Flyback LED Driver Integrated 700 V MOSFET Critical-conduction / Transition mode operation Primary constant power control Burst mode operation at light load

Contextual Info: Application Note AN-1179 IRPLPFC1 90-265VAC PFC Pre-regulator By Peter B. Green Table of Contents Page 1. Introduction .2 2. Power Factor and

Contextual Info: Discontinued Product—Support Information Only This literature was published yearstoprior the establishment of Agilent Technologies a companyindependent independent from This literature was published years prior the to establishment of Agilent Technologies

Contextual Info: £ fffl± M L E D -7 > 7 ° LED LAMP FOR OUTDDOR USE ,650mm LN Q 15002 Absolute Maximum Ratings Ta=25°C » 3 w 1 « JÎ m m & § Item Symbol Power Dissipation Pd ft ft Conditions £ Supply Voltage for LED Ratings Un,t 1,300 mW Green 2,100 mW Amber I I J j f ìW . m.

6502 dip

Abstract: BZX44 SPQ918 SPQ2484
Contextual Info: SPECIAL ASSEMBLIES — a a. c E Li u. x: E NPN 1 40 1-700 SPQ 918 NPN NPN 0.9 15 NPN NPN/PNP 0.9 0.9 1.25 40 40 0.01-30 0.01-30 25 50* 150 SPQ 6002 NPN/PNP 1.25 30 30 0.01-30 0.1-400 0.1-400 300 20 30 SPQ 6501 SPQ 6502 NPN/PNP NPN/PNP 1.25 1.25 30 30 0.1-400

763J

Abstract: .5E8 3bna 0iah
Contextual Info: >@ABDI5-"@4,J K,3@D<@*-L//L !"#$%&!'' *+,-./ ,@ ./-23% ./-23% )@<?6+A?B,@ )@<?6+A?B,@ • H.'-%(?./D,:./-&(E$*8&$%($"&#"& ■ H.'-%(&-E#-%.&"%-(E$*8&$%@.).%E($"&#"&( ■

PAC1000

Contextual Info: Application Note AN-1169 IRPLLED5 40V/1.4A Low Voltage LED Driver using IRS2548D By Peter B. Green Table of Contents Page 1. Introduction…………………………………………………….……….…2 2. PFC Section……………………………………………………………….3

CD1490C

Abstract: CD1491C lm358 555 pwm
Contextual Info: Application Note AN-1169 IRPLLED5 40V/1.4A Low Voltage LED Driver using IRS2548D By Peter B. Green Table of Contents Page 1. Introduction…………………………………………………….……….…2 2. PFC Section……………………………………………………………….3