179-4 NAP Search Results

cyclohexene

Abstract: 82306 1010218 urea formaldehyde resin adhesive tetrabutyl tin zinc naphthenate hydroquinone manufacturing process calcium chloride p-chlorophenol pentaerythritol
Contextual Info: Matsushita Electric Group Chemical Substance Management Rank Guidelines Version 2 July 6, 2000 Matsushita Electric Industrial Co., Ltd. Contents 1. Purpose ････････････････････････････････････････････････････････1

eht of monitor

Abstract: monitor EHT BY620 eht rectifier BY619 diode Cathode indicated by yellow band glass diode yellow band
Contextual Info: ^33^24 b3E D napc/philips DD74323 147 « S I C 3 semicond A BY619 BY620 FOR D E T A ILE D IN FO R M ATIO N SEE THE LATEST ISSUE OF HANDBO OK SC01 OR DATASHEET E.H.T. AVALANCHE VERY FAST SOFT-RECOVERY DIODES * E.H.T. rectifier diodes in hermetically-sealed, axially-leaded glass envelope and designed fo r c.t.v. and

R1019

Contextual Info: C13 C15 C20 C22 C25 C26 C42 C43 SDO CSB SCLK SDIO OVDD pin36 OVDD pin27 OVDD D C14 0.1uF C45 C44 pin56 pin70 OUTFMT pin23 nap_sleep_normal pin22 output_mode pin16 clkdivn pin15 Vcm pin71 AVDD pin24 AVDD pin19 AVDD pin12 AVDD pin6 AVDD pin1 AVDD D C12 C24 0.1uF

Contextual Info: The strongest connection in a wireless world Wireless Selection Guide Reliability Performance Commitment Defining and Leading “Wireless” Wireless Opportunities With high-performing connectivity solutions from the most reliable and committed wireless provider

sprinter battery p12v2130

Abstract: P12V1220 P6V1700 P12V1575 P12V2130 P12V875 P12V600 P6V2030 lead acid batteries exide NAPW121575HP0MC
Contextual Info: Industrial Batteries – Network Power Sprinter P Reliable capacities for increased security. Specifications For an uninterrupted power supply. Specifications The extremely powerful, compact AGM batteries of the Sprinter P series are an ideal energy source

74121N

Abstract: uca64121 UCY74121 UCA64121N monostabil CE-70 SU 179 74121 AA225 UCY74121N
Contextual Info: UKLAD SCALONY CYFROWY UCY74121N UCA64121N 1 9 - 7 7 /1 SWW 1156-31 ,0,35 12 11 10 9 8 1 3 6 7 2 4 5 r X y r D 14 13 CO Q <17,8 O b udow a ty p u CE-70 TO-116 Parametry podstawowe N ^10 A i, A% B L iczb a p rz e rz u tn ik ó w w ele m en c ie O póznienie w noszone

R4650

Abstract: AN-139 IDT79R4600 MC10H645 R3000 R3051 R4000 R4400 49FCT805C
Contextual Info: ADAPTING AN R4600 DESIGN TO THE R4650 APPLICATION NOTE AN-139 Integrated Device Technology, Inc. by Robert Napaa DIFFERENT CLOCK STRUCTURE The R4600 and the R4650 have different input and output clock structures but maintaining the same bus protocol. INTRODUCTION

F4024

Abstract: 49FCT805C IDT79R4600 a1f45 MASTER-CLOCK-OUT-4650 R4600-179PGA AN-139 MC10H645 R3000 R3051
Contextual Info: ADAPTING AN R4600 DESIGN TO THE R4650 APPLICATION NOTE AN-139 Integrated Device Technology, Inc. BY Robert Napaa INTRODUCTION The IDT R4650 RISC microprocessor is the third generation 64-bit architecture targeted for a variety of performancehungry embedded applications. It is the second derivative of

G522-0289-00

Abstract: DH31 LOCTITE 223 DH27 DH28 PPC603 PPC603 instruction set Nippon capacitors
Contextual Info: Freescale Semiconductor, Inc. G522-0289-00 IBM Order Number • Integrated power management — Low-power 3.3 volt design — Internal processor/bus clock multiplier that provides 1/1, 2/1, 3/1 and 4/1 ratios — Three power saving modes—doze, nap, and sleep

Contextual Info: HE WLE TT- PACKARD/ CflPNTS L.1E D • M4 475 6M HEW LETT PA C K A R D bS3 IHPA 180 mil Package Features • • • • • • • DG1G31Ô ITA-06318 MagIC Silicon Bipolar MMIC 1.5 Gb/s Transim pedance Am plifier High Transimpedance Gain: Az = 2800 Q 69 dB

Contextual Info: 63866-9000 Fine Adjust Applicator for Wedge Terminals FineAdjust Applicator Specification Sheet Part No. 63866-9000 FEATURES ΠΠΠΠΠΠQuick punch removal with the push of a button for fast and easy tooling change Applicator designed to industry standard mounting and shut height 135.80mm 5.346"

emcp 162

Abstract: DL10 DL12 emcp TEA 2111 WT111 eMCP qualification dh29 code
Contextual Info: WC64P603EV-XQ3X RISC 603e MODULE, SECONDARY L2 CACHE ADVANCED * MAIN FEATURES • Based on RISC 603e 3.3V Microprocessor ■ Processor Clock Frequencies: 66.6, 80, 100 MHz ■ Footprint compatible with 603e µp CQFP package ■ Bus Clock Frequencies: Up to 66.6 MHz

AC125V3A SWITCH

Contextual Info: 8R-N V 3 7 b fy fìftlR fy m y ? Soft Touch Pushbutton Switches • » * - - ■ F e a tu re s - 8 R V 7 h * -y 517 -y > j l X < «y 51 i x fft (7 & /J\Jfê i f * * >

ABB A29 30 10

Abstract: DL10 DL12 dh23 CQFP 172 PIN
Contextual Info: WMC64P603P-200Q3M RISC 603e MONOLITHIC MICROPROCESSOR PRELIMINARY* FEATURES • Processor Clock Frequency of 200MHz • 16KByte data cache–four-way set-associative, physically addressed; Least Recently Used LRU replacement algorithm ■ Military Operating Temperature Range

KDC5512H-Q48EVAL

Abstract: 108 c42 ADTL1-12 D10P KDC5512-Q48EVAL KDC5514-Q48EVAL NB6L14MMNG ADT1-1WT XC2C64A-6VQG44C DNP C37
Contextual Info: KDC5512-Q48EVAL, KDC5512H-Q48EVAL, KDC5514-Q48EVAL KDC5512-Q48EVAL, KDC5512H-Q48EVAL, KDC5514-Q48EVAL Schematics Vcm C22 0.1uF C38 0.1uF C39 100pF SDO SCLK 100pF 100pF SDIO 100pF pin37 pin20 C23 CSB C34 C19 0.1uF C33 C17 0.1uF C32 C12 0.1uF DNP DNP C36 100pF

AC125V3A

Abstract: AC125V3A SWITCH 8R1021-N-Z ap8010 AC200 8R2021 140000481425 8R1021
Contextual Info: 8R-N R o H S Î Î Æ îS V 37 Soft Touch Pushbutton Switches • » * - - ■ Featu res- 8 R V 7 h * -y 517 -y > j l X < "J 51l ì »fft 7 & /J\Jfêi f * * >

XC2C64A-6VQG44C

Abstract: DNP C37 108 c42 ADTL1-12 D10P KDC5512H-Q48EVAL KDC5512-Q48EVAL KDC5514-Q48EVAL NB6L14MMNG 5514P
Contextual Info: KDC5512-Q48EVAL, KDC5512H-Q48EVAL, KDC5514-Q48EVAL KDC5512-Q48EVAL, KDC5512H-Q48EVAL, KDC5514-Q48EVAL Schematics Vcm C22 0.1uF C38 0.1uF C39 100pF SDO SCLK 100pF 100pF SDIO 100pF pin37 pin20 C23 CSB C34 C19 0.1uF C33 C17 0.1uF C32 C12 0.1uF DNP DNP C36 100pF

TLBI

Contextual Info: C 3 WC64P603EV-XQ3X WHITE /MICROELECTRONICS RISC 603e M ODULE, SECONDARY L2 CACHE ADVANCED * MAI N FEATURES • Based on R IS C 6 0 3 e 3 .3 V M icro p ro cessor ■ Footprint com patible w ith 603e [jp C Q FP package ■ ■ Processor C lo ck Frequencies: 66.6, 8 0 ,1 0 0 M Hz

BLM18AG102SN1D

Abstract: d2n c60 D12N ADT1-1WT ADTL1-12 D10P D13N KAD5612P KDC5612EVAL wave guide
Contextual Info: KDC5612EVAL Bead 100pF 100pF GND GND GND L25 BLM18AG102SN1D Vcm Vcm_out AINN AINP 8 9 10 11 12 13 14 15 16 17 18 R32 DNP anlg_1.8V HI= clk_div4 LO= clk_div2 Ft=clk_div1 R28 DNP OUTFMT R14 1K HI=2mA LVDS LO= LVCMOS Ft= 3mA LVDS output_mode R30 DNP anlg_1.8V

d9n diode

Abstract: d3n c50 KAD5512 D12N D13N KDC5512-50EVAL XC2C64A-6VQG44C 5514P
Contextual Info: KDC5512EVAL, KDC5512HEVAL, KDC5512-50EVAL, KDC5514EVAL C10 100pF SDO C38 C37 100pF CSB SCLK 100pF SDIO 100pF C36 100pF C35 OVDD pin36 OVDD C27 0.1uF pin27 C24 0.1uF pin56 C14 0.1uF OVDD 6 7 8 AVDD GND GND C11 100pF 9 10 VinIm VinIp GND AVDD OVDD DGND 56 55

ATIC 164 D2 44 pin

Contextual Info: Target KMMR16R4GC/KMMR18R4GC 128/144MB RAMBUS INTERFACE MEMORY MODULE GENERAL DESCRIPTION FEATURES The Direct Ram bus RIM M ™ module is general purpose high-per- • Perform ance range form ance memory subsystem suitable for use in a broad range of Part No.

D12N

Abstract: ADT1-1WT d9n diode NB6L14 SDA 5512 108 c42 KDC5512-50EVAL D13N D13N TECHNICAL DATA 5514P
Contextual Info: KDC5512EVAL, KDC5512HEVAL, KDC5512-50EVAL, KDC5514EVAL C10 100pF SDO C38 C37 100pF CSB SCLK 100pF SDIO 100pF C36 100pF C35 OVDD pin36 OVDD C27 0.1uF pin27 C24 0.1uF pin56 C14 0.1uF OVDD 6 7 8 AVDD GND GND C11 100pF 9 10 VinIm VinIp GND AVDD OVDD DGND 56 55

DAKT

Abstract: RY74 Scans-001793
Contextual Info: ry-74B rEHEPATOPHbIM TETPOfl TETRODE T eH epaTopH biM T e T p o fl ry-74B n p e flH a 3 H aneH ,qrm y c u n e H u n m o ih h o c t m b m n p o K o n o n o c H b ix H e n e p e c T p a n B a e M b ix y c m ii/iT e n a x i/i A f in yc u n e H M a m o u ^h o c t u O flH o n o n o c H o ro cm m a n a b C T a q n o H a p H b ix n nepe,qBM>KHbix p a flMOTeXHUMeCKMX y c T p o iic T B a x .

Contextual Info: 1 1 ISLA216IR72EV1Z 1 ADC Input FS - Neglects 3-4dB Input Network Loss 19 20 21 AVDD K=15uV R=49.9K OVDD DGND lvds_2 lvds_n2 lvds_3 lvds_n3 lvds_4 lvds_n4 62 61 60 59 58 57 56 55 OVDD OVSS DGND lvds_1 lvds_n1 64 63 D0P D0N D1P D1N D2P D2N 48 47 CSB SCLK C37