MARK C0 Search Results

Contextual Info: PC3H71X NIP Series/PC3Q71X NIP Series PC3H71xNIP Series Internal connection diagram Anode mark 1 4 4 3 1 2 H71 2 3 4.4±0.2 • Applications 3 4 1 ■ Rank Table Ic mA 0.5 to 3.5 0.7 to 1.75 1.0 to 2.5 0.7 to 2.5 Conditions Model No. Rank mark PC3Q710NIP A or no mark

PC3Q710NIP

Abstract: pc3q711 Low input current Photocoupler E64380 PC3H710NIP PC3H711NIP PC3H712NIP PC3H715NIP PC3Q711NIP
Contextual Info: PC3H71X NIP Series/PC3Q71X NIP Series PC3H71xNIP Series Internal connection diagram Anode mark 1 4 4 3 1 2 H71 2 3 4.4±0.2 • Applications 3 4 1 ■ Rank Table Ic mA 0.5 to 3.5 0.7 to 1.75 1.0 to 2.5 0.7 to 2.5 Conditions Model No. Rank mark PC3Q710NIP A or no mark

20MHZ

Abstract: 49C465 IDT49C465 IDT49C465A error correction code mlc L9908
Contextual Info: Integrated Device Technology, Inc. 2975 Stender Way, Santa Clara, CA - 95054 PRODUCT/PROCESS CHANGE NOTICE PCN PCN #: L9908-04 Product Affected: 49C465/A DATE: August 15, 1999 MEANS OF DISTINGUISHING CHANGED DEVICES: Product Mark Back Mark Manufacturing Location Affected:

Contextual Info: ! ADE-208-372 Z HVU367 Variable Capacitance Diode for VCO HITACHI Features Rev. 0 Jun. 1995 Outline • Low series resistance. (rs=0.4Q max) • Ultra small Eesin Package (URP) is suitable for surface mount design. Cathode mark Mark 77Î7: Ordering Information

7 segment display with alarm

Abstract: transistor BD 339 20PF NJU6357 NJU6357C bc 938 12 Hour Digital Clock Circuit transistor bc 557 c Quartz Crystal 32.768KHz transistor HR
Contextual Info: NJU635 7 P R E L I M I 3-1/2 LCD DISPLAY DIGITAL GENERAL DESCRIPTION The NJU6357 is 32kHz oscillation 3*1/2 duplex LCD display digital clock LSI with alarm and snooze functions. It performs 3*1/2 digits hour/minute display and shows other indicators: colon, PM mark, alarm mark,

E64380

Abstract: PC3H410NIP PC3H411NIP PC3Q410NIP nip 17
Contextual Info: PC3H41X NIP Series/PC3Q410 NIP PC3Q410NIP Rank mark No mark Conditions IF=±0.5mA VCE=5V Ta=25°C Ic mA Conditions 0.25 to 2.0 IF=±0.5mA VCE=5V Ta=25°C 3 1 2 3 ±0.2 0.4±0.1 H41 2 3 4 1 2 5.3±0.3 2.0 ±0.2 0.1 ±0.1 PC3Q410NIP 10.3±0.3 Internal connection

E64380

Abstract: PC3H410NIP PC3H411NIP PC3Q410NIP DIODE C04 06
Contextual Info: PC3H41X NIP Series/PC3Q410 NIP PC3Q410NIP Rank mark No mark Conditions IF=±0.5mA VCE=5V Ta=25°C Ic mA Conditions 0.25 to 2.0 IF=±0.5mA VCE=5V Ta=25°C 3 1 2 3 ±0.2 0.4±0.1 H41 2 3 4 1 2 5.3±0.3 2.0 ±0.2 0.1 ±0.1 PC3Q410NIP 10.3±0.3 Internal connection

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. LPA—CD52301 D 20,64 [0.813] FOUR TA B S WITH 0 2 .9 5 SAM E D IM ENSIONS, 4 x [ 0 0 .1 1 6 ] Œ0 PL S. 5mm) f ì f 2.61 [0.103] ì f £ N O TES : ì 3 H 1. CAVITY MARK AND 'LX* MARK ON TOP SURFACE. "*= r 0.50 [0.020] _ r

t2474

Abstract: PLS151 L285
Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. LPA—CD52301 D 20,64 [0.813] FOUR TA B S WITH 0 2 .9 5 SAM E D IM ENSIONS, 4 x [ 0 0 .1 1 6 ] Œ0 PL S. 5mm) f ì f 2.61 [0.103] ì f £ N O TES : ì 3 H 1. CAVITY MARK AND 'LX* MARK ON TOP SURFACE. "*= r 0.50 [0.020] _ r

Contextual Info: REV. PART NUMBER REV. LXP —SSI —387BSH A E.C.N. NUMBER AND REVISION COMMENTS E.C.N. #1QBRDR. & 0.70 [0.028] DATE REDRAWN 3-D . 1 Û -2 3 -9 S NOTES: 1. CAVITY MARK. 2. LUMEX MARK. BH 3. MATERIAL: BLACK NYLON 94V-0. flS f 3.44 [0.135: I "U N L E S S OTHERWISE SPEC IFIED TO LERAN CE IS i O i 5 m m

Contextual Info: 2x3mm molded package style 0 1 /» ^ p p /p r /c T M g SML-LX23XC-TR g I 1a K _ I I Transfer Molded t o ^ ^ m 2 2 2 i* E S 2 . Reflective Housing 2.00 [0 .0 7 9 ] □ 8.00 CO.0 7 9 ] CATHODE MARK ANODE MARK FOR SR 1.40 CO.0 5 5 ] 0.60 [0 .0 2 4 ] ~T

A128C256

Abstract: 80c31 application 8031P H0902 eeprom PROGRAMMING tutorial h0908 WSI Cross Reference 29F010 EPM7064S EPM7064SLC84-5
Contextual Info: 3/22/98 – REV 1.0 Design Tutorial, PSD813F1 – 80C31 Application Note 057 Preliminary By Dan Harris and Mark Rootz Contents 1 Introduction . 2

Contextual Info: j L El 0 O cn N N » 'y ^ ^ LO CK *4 -?* I I TYPE m r I I 20.6 AS "y i? ^ SHOWN ^ -ym I & LO CK TYPE I Cl 1 « O < TU EZL -tè I ri . i 1- y- — K • ^ TRADE MARK O a H LÜ r A h U -P T —? (TRADE MARK) ÎÉ jÉ Ü P fî (MANUFACTURING PLACE) _ B * (JAPAN)

working of 5 pen pc technology

Abstract: rifa pme 285 for all smd components plastic raw material xenon lamp igniter 5 PEN PC TECHNOLOGY free 5 PEN PC TECHNOLOGY existing xenon hid ballast Electronic ignitors for HID lamp circuits abstract 5 pen pc technology
Contextual Info: Advances in Class-I C0G MLCC and SMD Film Capacitors Xilin Xu, Matti Niskala*, Abhijit Gurav, Mark Laps, Kimmo Saarinen*, Aziz Tajuddin, Davide Montanari*, Francesco Bergamaschi*, and Evangelista Boni* KEMET Electronics Corporation, 2835 KEMET Way, Simpsonville, SC 29681

Contextual Info: SEMICONDUCTOR KDV202E TECHNICAL DATA VARIABLE CAPACITANCE DIODE SILICON EPITAXIAL PLANAR DIODE FM RADIO BAND TUNING APPLICATION. Low Series Resistance : rs=0.6 Max. Small Package : ESC. E C 1 A High Capacitance Ratio : C0.2V/C2.3V =2.5(Min.) B CATHODE MARK

KDV202E

Abstract: C02V
Contextual Info: SEMICONDUCTOR TECHNICAL DATA KDV202E VARIABLE CAPACITANCE DIODE SILICON EPITAXIAL PLANAR DIODE FM RADIO BAND TUNING APPLICATION. FEATURES Small Package : ESC. 1 A Low Series Resistance : rs=0.6 Max. E C B CATHODE MARK High Capacitance Ratio : C0.2V/C2.3V =2.5(Min.)

ON2170

Abstract: high sensitivity reflective phototransistor
Contextual Info: Panasonic Reflective Photosensors Photo Reflectors ON2170 Reflective Photosensor • Outline Unit : mm Mark for indicating anode side C0.5 O N2170 is a small, thin reflective photosensor consisting of a high efficiency GaAs infrared light emitting diode which is integrated

KDV202E

Abstract: c23V
Contextual Info: SEMICONDUCTOR KDV202E TECHNICAL DATA VARIABLE CAPACITANCE DIODE SILICON EPITAXIAL PLANAR DIODE FM RADIO BAND TUNING APPLICATION. Low Series Resistance : rs=0.6 Max. Small Package : ESC. E C 1 A High Capacitance Ratio : C0.2V/C2.3V =2.5(Min.) B CATHODE MARK

VARIABLE CAPACITANCE DIODE

Abstract: KDV245E
Contextual Info: SEMICONDUCTOR TECHNICAL DATA KDV245E VARIABLE CAPACITANCE DIODE SILICON EPITAXIAL PLANAR DIODE VCO FOR UHF Band Radio. Low Series Resistance : rs=0.35 Typ. Useful for Small Size Tuner. 1 A High Capacitance Ratio : C0.5V/C2.5V =2.5(Typ.) E C B CATHODE MARK

LT1968

Abstract: Sine Wave Generation Techniques schematic diagram 48V automatic battery charger circuit diagram for 48v 10a automatic battery charger SOT-23 MOSFET P-CHANNEL a1 1- mark 12V, 20A automatic charger schematic schematic diagram 48v dc 3A battery charger 10K115 LTC6905 48v battery charger schematic diagram
Contextual Info: LINEAR TECHNOLOGY MARCH 2005 COVER ARTICLE Smart Batteries: Not Just for Notebooks Anymore . 1 Mark Gurries Issue Highlights . 2 LTC in the News… . 2 DESIGN FEATURES Dual Monolithic Ideal Diodes

KDV202E

Contextual Info: SEMICONDUCTOR KDV202E TECHNICAL DATA VARIABLE CAPACITANCE DIODE SILICON EPITAXIAL PLANAR DIODE FM RADIO BAND TUNING APPLICATION. FEATURES G 1 G ・Small Package : ESC. E C A ・Low Series Resistance : rs=0.6Ω Max. B CATHODE MARK ・High Capacitance Ratio : C0.2V/C2.3V =2.5(Min.)

MC68HC705J1A

Abstract: AN1754 DS1620 HC05 HC705J1A M68MMPFB0508 ds1620 interface
Contextual Info: Order this document by AN1754/D Freescale Semiconductor Freescale Semiconductor, Inc. AN1754 Interfacing the MC68HC705J1A to the DS1620 Digital Thermometer By Mark Glenewinkel Field Applications Engineering Consumer Systems Group Austin, Texas Introduction

c05 10 diode

Abstract: general purpose diode marking code -06 "RECTIFIER DIODE" 12A MARKING CODE
Contextual Info: ERC05 1.2A (600V to 800V / 1.2A ) Outline drawings, mm GENERAL USE RECTIFIER DIODE ø 4.0 ø 0.8 7.5 28 MIN. 28 MIN. Features Marking High surge current High reliability Color code : Orange C05 Abridged type name Applications Cathode mark 08 Voltage class

MC68HC705J1A

Abstract: an7602 mc33201 motorola MC33201 256-D AD8042 AD8400 AD8402 AD8403 AN1760
Contextual Info: Freescale Semiconductor, Inc. vc Order this document by AN1760/D Motorola Semiconductor Application Note Freescale Semiconductor, Inc. AN1760 Interfacing the AD8402 Digital Potentiometer to the MC68HC705J1A By Mark Glenewinkel Field Applications Engineering