415S Search Results

415M327

Contextual Info: Quartz Crystal Units 415SMX STANDARD 32.768 kHz SMD CRYSTALS 415SMX STANDARD SPECIFICATIONS Symbol Actual Size 415SMX CL Load capacitance 1.5±0.20 4.1±0.20 Package Height H 415SMX(0.7) 0.7mm max. 415SMX(0.9) 0.9mm max. H 2.7 0.7 1.34 0.7 XY-CUT Temperature(゜

ELF-415SURWA

Contextual Info: EVERLIGHT ELECTRONICS CO.,LTD. Technical Data Sheet 0.4" Quadruple Digit Display ELF-415SURWA/S530-A3 █ Features : ● Industrial standard size. ● Low power consumption. ● Categorized for luminous intensity. ● Pb free ● The product itself will remain within RoHS

W-band

Contextual Info: RF Transmission Triple Band Tx Module LT-415S Series Features • Small Size 8.5x7.5×1.5mm • High Efficiency(@ANT): 43% for GSM, 36% for DCS/PCS • Low Current Consumption • Low Profile(1.5mm max.) How to Order LT - T 4 15 S1 E q we r t yu qSeries

415s

Abstract: CSS-414S CSS-415S
Contextual Info: CHINA SEMICONDUCTOR CORPORATION Feature § § § § 0.4 inch 10.2mm Digit height. Case mold type Excellent character appearance Wide viewing angle Mechanical Dimension Typical Internal Equivalent Circuit SINGLE DIGIT DISPLY CSS-414S/415S Model no. § CSS-414S/415S Super Bright Red

Contextual Info: SENSOR-LINK AC METAL MICRO-MIZER* MOLDED C O N N E C T O R A S S E M B L I E S A nti-vib ra tio n cou pling nuts standard. Fac e V ie w R a tin g M a le 3A 300V i/ ® \\ \\®JJ 3A 300V 3A V v o / / J \^ g J 300V O v e r a ll S tr a ig h t S tr a ig h t

Contextual Info: SIEMENS GaAs-IR-Lumineszenzdioden GaAs Infrared Emitters SFH 415 SFH 416 Wesentliche Merkmale Features • GaAs-IR-Lumineszenzdioden, hergestellt im Schmelzepitaxieverfahren • Gute Linearität /e = /[/p ] bei hohen Strömen • Sehr hoher Wirkungsgrad

Contextual Info: bGE D • ö23SbD5 OQMbbtn 112 « S I E G T ^/-// SIEMENS SFH414 SFH415 SFH416 SIEMENS AKT IENGESELLSCHAF GaAs INFRARED EMITTER Package Dimensions in Inches mm SFH 414/415 S u rface n o l flat 2 1 7 (5 5 ) .0 2O1 (5 1) 10 189(4 8) 024 (0 6 ) ! I 016 (0 4;

k0.048f

Abstract: 048F-2T1989N-RC 2T458N22TOF 2T699N22TOF
Contextual Info: W1C - Schaltung W1C - Circuit Luftselbstkühlung T A = 45°C Natural air cooling T A = 45°C Typenbezeichnung Part No. Bauelement Components Kühlkörper Lüftertyp Maßbild Heatsink Fantype Outline W1C 230 - 230S - K0.65S -2T378N-RC W1C 230 - 270S - K0.65S -2T618N-RC

560S

Abstract: 200S
Contextual Info: W3C - Schaltung W3C - Circuit Luftselbstkühlung T A = 45°C Natural air cooling T A = 45°C Typenbezeichnung Part No. Bauelement Components Kühlkörper Lüftertyp Maßbild Heatsink Fantype Outline W3C 230 - 130S - KK34-6T378N-RC W3C 230 - 200S - KK32-6T378N-RC

HD64610FP

Abstract: HD64610P circuit diagram of MOD 64 counter MU-206S J24401 8U89 HD64610 HM62256
Contextual Info: •ÔmT — , / r- ^ t 2 .1 ¿ £ > - j & ^ P O A D E - 2 0 2 - 0 3 7 O ) s i HD64610 C alendar C lock IC 0 HITACHI D escription Pin A rrangem ent T he H D 6 4 6 1 0 is a ca le n d ar c lo c k IC p ro v id in g ca le n d ar clo ck functions and an 8-bit static-R A M

max4151

Abstract: MAX4158EUA max4150 MAX4150EEE MAX4158ESA
Contextual Info: ADVANCE INFORMATION All Information in this data sheet Is preliminary and subject to change. 350M Hx/2S0M Hx, 2-C hannel Video M ultip lexer-A m p lifiers 11/96 The MAX4158/MAX4159/MAX4258/MAX4259 are wide­ band, 2-channel, noninverting video amplifiers with input

KK34-6T378N-RC

Abstract: 200S k0.048f
Contextual Info: W3C - Schaltung W3C - Circuit Luftselbstkühlung T A = 45°C Natural air cooling T A = 45°C Click on Outline No. for download Typenbezeichnung Part No. Bauelement Components Kühlkörper Lüftertyp Maßbild Heatsink Fantype Outline W3C 230 - 130S - KK34-6T378N-RC

IC BD 540 LYS

Abstract: 32T0 BD 540 LYS m-56a Hitachi DSA0088 HB56A169 D-83622 C42S
Contextual Info: HB56A169BR-6B/7B/8B Preliminary 16,777,216-Word x 9-Bit High Density Dynamic RAM Module Rev. 0 Jul. 17, 1995 The HB56A169 is a 16M x 9 dynamic RAM module, mounted 9 pieces of 16-Mbit DRAM HM5116100BS sealed in SOJ package. An outline of the HB56A169 is 30-pin single inline package. Therefore, the HB56A169 makes

URG 30100

Abstract: rur 450 UR810 IC p815 UR1520 P3020 ruru100 URP1560 RD6120 UR840
Contextual Info: HARRIS ULTRA-FAST RECOVERY RECTIFIER PRODUCT LINE & V R U R D 410 R U R D 610 R U R D 410S R URD610S 6 0 n s 1.5V RURD460 1.5 V 60ns 1 5V 3 5 n s 1.0 V 6 0 n s 1.5 V M ÜR815 R U R P815 M UR820 RURP820 3 5 n s 1.0V M UR1520 R U R P1520 35ns+ 1 .0 5 V 3 5 n s

200S

Contextual Info: W3C - Schaltung W3C - Circuit Luftselbstkühlung T A = 45°C Natural air cooling T A = 45°C Typenbezeichnung Part No. Bauelement Components Kühlkörper Lüftertyp Maßbild Heatsink Fantype Outline W3C 230 - 130S - KK34-6T378N-RC W3C 230 - 200S - KK32-6T378N-RC

SFH414

Abstract: S415S
Contextual Info: SIEMENS SFH414 SFH415 SFH416 Ò aAs INFRARED EMITTER Package Dimensions in Inches mm SFH 414/415 Chip Position 232(5 9) SFH 416 Surface not flat Crup Position 232(5.9) . FEATU RES • Half Angle SFH414: ±11° SFH415: ± ir SFH416: ±28° • T13/4 Package

Contextual Info: CMOS 8/16-Bit Microprocessor T O P VIEW • D ire c t S o ftw a re C o m p a tib ility w ith 80C 86, 8086, 80C88 MfN MODE • 8 -B it D ata bu s in te rfa c e ; 1 6 -B it In te rn a l A rc h ite c tu re • C o m p le te ly S ta tic C M O S D e sign • L o w P o w er O p e ra tio n

Transistor BC 1078

Abstract: uln2004 application note UDN2983A equivalent UDN2580A equivalent replacement M5266P TD62083 uln2803 REPLACEMENT FOR relay driver ic ULN2803 m54586p ULN2032A PA2003C
Contextual Info: Interface Driver ICs PRODUCT GUIDE In recent years, dedicated custom ICs ASICs meeting specifications of various users have been widely used mainly for controlling electronic equipment. On the other hand, general purpose ICs, such as operational amplifiers, regulators,

SH604

Abstract: SH604ST2 8 PIN MALE TO 9 PIN FEMALE WIRING DIAGRAM FOR ALL 302SXX 402P36 303P1 SH565 176pnxxx SH194 SH515
Contextual Info: SENSOR-LINK C 3 C C 1 Conxall's Sensor-Link series includes the Mini-Mizer, AC Micrc-Mizer, DC M icro-M izer and the Nano-Mizer product lines, w hich are overmolded cable assemblies. The overmolding process provides for environmental sealing and strain relief fo r flexing applications.

Hitachi DSA0088

Abstract: 2BL3 hx 36 SN74ALVC16821 LV244PW b526 ADE-203-432
Contextual Info: HB526A272EA Preliminary 1,048,576-word x 72-Bit x 2bank ECC Syncronous Dynamic RAM Module Rev. 0.0 Jul.11, 1995 The HB526A272EA belongs to 8Byte DIMM family, and has been developed as an optimized main memory solution for 8Byte processor application. The HB526A272EA is a 1M word x 72 bit x

404PI

Abstract: 409PI IXDD408SI 402PI 404SI 414PI 402SI RF MOSFET Driver "IGBT Drivers" IXDN
Contextual Info: Integrated Circuits Ultra-fast Power MOSFET / IGBT Drivers These ultra-fast high current drivers are optimized for high efficiency performance in the motor drive and power conversion applications. They are designed to switch largest MOSFETs and IGBTs with minimum switching times at frequencies to 10 MHz.

420s

Abstract: 420-S D415R
Contextual Info: m ¡H A R R IS u s E M , c o u N o u c T o R RURD410, RURD415, RURD420, RURD410S 415S, RURD420S 4A, 100V - 200V Ultrafast Diodes April 1995 Features Package • Ultrafast with Soft Recovery . <30ns • Operating T em p eratu re. . . . +175°C • Reverse Voltage Up t o .

transistor k 4110

Abstract: K 4014 transistor vqe 14e TLO51 wf vqe 24 d DIODE 4014 IC 4022 MOC70 S 417T WF VQE 13
Contextual Info: MOTOROLA SC D IO D ES/O PTO IM E 0 I MOTOROLA b3b?2SS 0000404 - R 4 \ - ~ 5 | 7 3 > SEMICONDUCTOR TECHNICAL DATA MOC70 Series Slotted Optical Sw itch es Transistor Output These devices each consist of a gallium arsenide infrared emitting diode facing a sili­

bcm 4330

Abstract: telemecanique contactor catalogue A5 GNC mosfet philips ecg master replacement guide Elektronikon II keltron electrolytic capacitors PART NO SELEMA DRIVER MOTOR AC 12v dc EIM Basic MK3 lenze 8600 Atlas copco rc universal 60 min
Contextual Info: NEED IT NOW? BUY REMAN! SEE PAGE lxx xx xvi SOLUTIONS, SOLUTIONS. Q A r e q u a l i t y, c o s t , a n d t i m e i m p o r t a n t to you? A ELECTRICAL SOUTH! Q Do you spend too much of your valuable time dealing with too m a n y d i ff e r e n t r e p a i r v e n d o r s ?