LD 1106 BS Search Results

Contextual Info: SIEMENS BUZ 384 SIPMOS Power Transistor • N channel • Enhancement mode • FR ED FET Type Vos BUZ 384 500 V 4> 10.5 A *bs on 0.6 w Package Ordering Code TO-218AA C67078-A3209-A2 Maximum Ratings Parameter Symbol Drain source voltage Vos Drain-gate voltage

Contextual Info: International fcj« Rectifier " 't ò s s " s s HEXFET Power MOSFET • • • • • • 0D1Sb2ï b7T m PDa621A IRFPG30 i m INTERNATIONAL R E C T IF IE R Dynamic dv/dt Rating Repetitive Avalanche Rated Isolated Central Mounting Hole Fast Switching Ease of Paralleling

76205HEFRON

Abstract: 8051 TLx utah g 12 r
Contextual Info: BURR-BROWN INTERNATIONAL SA LE S OFFICES & SA L E S REPRESENTATIVES AUSTRALIA HUNGART Keneiec AUST Pty. Ud 48 Henderson Rd Clayton Siex Elektronikelemente, GmbH Marienbader Sti 42 Postiacft 1365 D-B502 Zirndorf NORWAY Helro Elehtronmk A/S Haavara Martinsensvei19

Contextual Info: LVQ273 fc>ME D b501122 DGTtiMSfl 03b « N S C l National Semiconductor 54LVQ/74LVQ273 Low Voltage Octal D Flip-Flop General Description Features The ’LVQ273 has eight edge-triggered D-type flip-flops with individual D inputs and Q outputs. The common buffered

asea RRME

Abstract: rk 14 1 asea sv RK 271 005 022B 025B RRM17 51T7 RRME rk 03 u 3K136
Contextual Info: C a t a lo g u e RK 13-5 E Indlcators type RSP and RRSP T-ypn RRSP Jn p lu g -J n tfB B i-g n March 1970 E d lilo n t f7236<k ASEA ASEA Contents Qaneral Design and mode of operation Versions and mounting Maintenance Technical data and Cat. Nos. Ordering particulars

kb3926

Abstract: kb3926 d3 MAX8774 MCP67D Maxim MAX8774 kb3920 short stop 12v p18 30a kb3926 d2 ac30 c51 100v 10p quanta at1
Contextual Info: 1 2 PCB STACK UP LAYER 2 : SGND1 PG 36,37 BATT CHARGER LAYER 3 : IN1 LAYER 4 : IN2 DDRII-SODIMM1 LAYER 5 : VCC 4 AC/BATT CONNECTOR RUN POWER SW LAYER 1 : TOP A 3 5 6 PG 34 PG 38 DC/DC +3VSUS +5VSUS DDRII 667mhz LAYER 7 : SGND2 A PG 33 AMD Socket S1 638P DDRII-SODIMM2

kb3926

Abstract: Maxim MAX8774 kb3920 MCP67M KB3926 D2 kb3926 d3 MAX8774 quanta at1 GFX27M RTL8211
Contextual Info: 1 2 PCB STACK UP RUN POWER SW LAYER 1 : TOP LAYER 2 : SGND1 A 3 AC/BATT CONNECTOR PG 36,37 BATT CHARGER LAYER 3 : IN1 LAYER 4 : IN2 DDRII-SODIMM1 LAYER 5 : VCC 4 5 6 PG 34 PG 38 DC/DC +3VSUS +5VSUS DDRII 667mhz LAYER 7 : SGND2 A PG 33 AMD Socket S1 638P DDRII-SODIMM2

Contextual Info: Random-Access Memories RAMs MWS5101 A 3 -A 2 -A -A O -A S -A 6 -A 7 -vss— DI 1 — 001 — 012 — 1 2 3 4 5 6 7 I 6 9 10 II ^ 22 21 20 19 18 17 16 15 14 13 12 — V DD — A4 — R/W — £5T — 0.0. — CS2 — 004 — 014 — 003 — 013

RCA-MWS5101

Abstract: MWS5101
Contextual Info: ^ 22 21 20 Id 16 17 16 15 14 13 12 TOP V‘ EW — — — — — — — — — — — V 0D A4 R/W Ê3T 0 .0 . CS2 004 014 003 0 13 002 9 2 C S -2 99 7 6R I T E R M IN A L ASSIGNMENT 256-Word by 4-Bit LSI Static Random-Access Memory Features: • In d u s try standard pin o u t

KB3920

Abstract: kb3926 mcp67m quanta at1 DQ15 Discrete Nvidia MCP67 kb3926 d3 GFX27M rtl8211b MCP67d
Contextual Info: 1 2 PCB STACK UP LAYER 2 : SGND1 PG 36,37 BATT CHARGER LAYER 3 : IN1 LAYER 4 : IN2 DDRII-SODIMM1 LAYER 5 : VCC 4 AC/BATT CONNECTOR RUN POWER SW LAYER 1 : TOP A 3 5 6 PG 34 PG 38 DC/DC +3VSUS +5VSUS DDRII 667mhz LAYER 7 : SGND2 A PG 33 AMD Socket S1 638P DDRII-SODIMM2

HP5385A

Abstract: EEG Block diagram n20 cp LMX2330L LMX2330LTM LMX2331 LMX2331L LMX2331LTM LMX2332L LMX2332LTM
Contextual Info: S em ico nd u cto r ADVANCE INFORMATION LMX2330L/LMX2331L/LMX2332L PLLatinum Low Power Dual Frequency Synthesizer for RF Personal Communications LMX2330L 2.5 GHz/510 MHz LMX2331L 2.0 GHz/510 MHz LMX2332L 1.2 GHz/510 MHz General Description The LMX233xL family of monolithic, Integrated dual fre­

intel 1103 ram

Abstract: 25CC 51C86 51C86-12 51C86-15 51C86-20 AR326 interfacing of RAM with 8086
Contextual Info: inte* ERRATA ENCLOSED 51C86 8192 x 8 BIT CHMOS INTEGRATED RAM 51C86-12 51C86-15 Maximum Access Time ns 120 150 200 Maximum Cycle Time (ns) 175 220 330 40 40 40 Maximum Current (mA) 51C86-20 • Low Voltage Data Retention ■ Latched Address Inputs ■ Fast Access Time

9acf

Abstract: 108 046f COP943 BD148 7 segment LD 1106 AS AN-1099 COP888EG 9D13 BDC66C 559 9D01
Contextual Info: National Semiconductor Application Note 1099 Richard F. Zarr March 1998 INTRODUCTION Everyone is familiar with multi-tasking operating systems such as Microsoft Windows and UNIX ® . These systems have the advantages of executing several tasks at once allowing a single CPU to do the job of several. These systems

108 046f

Abstract: BD106A 03B3 8002 1030 8c 617 transistor 9D31 BC433 BC4332 cop8780 BD428
Contextual Info: National Semiconductor Application Note 1099 Richard F. Zarr March 1998 INTRODUCTION Everyone is familiar with multi-tasking operating systems such as Microsoft Windows and UNIX ® . These systems have the advantages of executing several tasks at once allowing a single CPU to do the job of several. These systems

v2ph

Abstract: cl-px2070 TSE 4213 mpc 2907 3106Y FBD15 px2070 BT 4840 CL-PX2080 FBD25
Contextual Info: CIRRUS LOGIC INC/ PIXEL bSE D □□□□0b3 Tifl I PIXL CL-PX2070 Pixel Semiconductor Preliminary Data Book A C irru s L o g ic C o m p a n y APPLICATIONS • ■ ■ ■ ■ ■ Presentation Video Editing Video Authoring Video Teleconferencing Interactive Education Systems

Monolithic Memories

Abstract: CA 3130 SCHEMATIC DIAGRAM PAL64R32 palasm Q29Q30
Contextual Info: Z ero P o w er CM OS H ard A rra y Logic s ZH A L64R 32 ^ 001812 U.S. Patent 4124899 _ F e a tu re s / Benefits • Cost-effective ma*k-programmabie complement to PAL64R32 user-programmable device • CMOS technology provide» zero standby power

hall effect position sensor 503

Abstract: UGN-3201M Hall Effect 8 pin ugn ULN-3006M N3201 ugn320 an 503 hall sensor Hall Effect 3 pin ugn A9000 Sprague Hall Effect
Contextual Info: Û Î W M F U G N-3201M U G N -3 2 0 3 M SPRPGUE H a ll E f f e c t I C s TH E M ARK O F R E L IA B IL IT Y DUAL OUTPUT HALL EFFECT DIGITAL SW ITCHES Htili FEATURES • • • • • • Operate from 5 V to 16 V d-c power supply Operate w ith a sm all permanent magnet

Contextual Info: IOR IRFE Series Devices IRFE Series Data Sheet alph abetical order. W h e re the inform ation is device specific, w e have assigned a num eric c h a ra c te r for th e graph typ e and an a lp h a c h a ra c te r to a given d ev ic e . S e e T a b le A b elo w . W h e re graphs are

HD68P05V07

Contextual Info: HD68P05V07,HD68P05M0 MCU M icrocom puter Unit The HD68P05 is the 8 -bit Microcomputer Unit (M C U ) which contains a CPU. on-chip clock, RAM , I/O and timer. It is design­ ed for the user who needs an economical microcomputer wilh the proven capabilities of the HD6800-based instruction set.

Contextual Info: ASAHI KASEI [AK2391] The AK2391 is a band limiting filter for n t 4 shift QPSK modulation of Personal Handy phone System PHS in Japan. The AK2391 is compliant with Personal Handy phone System standard of RCR in Japan. The AK2391 consists of a Sum logic, Root Nyquist-Roll-offfilters

bargraph LCD

Abstract: USER MANUAL oki 32 lcd tv USER S MANUAL oki 32 lcd tv 32282 fxs 100 10 USER MANUAL oki 42 lcd tv COP981C 0077L
Contextual Info: COP68QC/COP681C/COP880C/COP881C/COP980C/COP981C N a t i o n a l S e m i c o n d u c t o r COP68OC/COP 68 1C/COP880C/CO P881C / COP98QC/COP981C Microcontrollers General Description The COP 68 OC/COP6 8 IC /C O P 88 OC/COP 8 8 IC/COP980C, and COP981C are members of the COPS microcontroller

HD6805V

Abstract: HD68P05V07 012n3 HD6800 HD6805 HD68P05M0 HD680
Contextual Info: H D68 P05 V 0 7 , H D68 P05 M O MCU Microcomputer Unit The HD68PÛ5 is the 8-bit Microcomputer Unit (M C U ) which contains a C P U . on-chip clock, R A M , I/O and timer. It is design­ ed for the user who needs an economical microcomputer with the proven capabilities o f the HD6800-based instruction set.

lr 4087

Abstract: HD68P05V07 HD6800 HD6805 HD68P05M0 HN482732A-30 HN482764-3 HD6805V Y0803 DO-36
Contextual Info: H D68P05V07, H D68P05M0 MCU M icrocom puter Unit The HD68P05 is the 8 -bit Microcomputer Unit (M C U ) which contains a CPU. on-chip clock, R A M , I/O and timer. It is design­ ed for the user who needs an economical microcomputer wilh the proven capabilities of the HD6800-based instruction set.

Am29C

Abstract: PD27 PD35 SC06 Packages SCO-61
Contextual Info: DESC FORM 193-1 SFP R7 0/ D IS T R IB U T IO N S T A T E M E N T A. *u.s g o v e r n m e n t p r i n t i n g o f fic e : i987—748-129/00912 5962-El 748 A p p ro v e d fo r p u b lic re le a s e ; d is trib u tio n Is u n lim ite d . 1. SCOPE 1. 1 Scope. Thi s drawi ng descr i bes devi ce r equi rement s f o r cl ass B mi c r o c i r c u i t s i n accordance