A856 Search Results

A8563

Abstract: IXF1002 IXF440 IXP1200 IXP1250 A-8629 X0010 A857
Contextual Info: Intel IXP1250 Network Processor Datasheet Product Features The Intel® IXP1250 Network Processor delivers high-performance processing power and flexibility to a wide variety of LAN and telecommunications products. Distinguishing features of the IXP1250 are the performance of ASIC

a1277

Abstract: a968 a1684 B41822 b43822 A4108 A1567 A1474 a933 B41835
Contextual Info: Single Ended GP - Capacitors B 41821 Standard Series - 85°C B 43821 Construction Radial leads Charge-discharge proof, polar Aluminum case, insulating sleeve Minus pole marking on case surface Stand off rubber seal Features Miniaturized dimensions High CV product, i.e. Very compact

CDVR

Abstract: MA345B MA856 ch7f MA345 MA858
Contextual Info: PANASONIC INDL/ELEK-CSENI} 75C D | b ^ E Û S M □□□ci771 t, K MA345, MA345B M A 3 45 , MA345B '> ij n y x fc:0£ + '> F M f i - t A FC ffl/F M • $$ • -f\s — Tu n e r A F C ^¡ [ / Fe a t ur e s Hi gh ' i m m v r n , ' . \ / reliability plan ar chip and glass sealing

transistor a2160

Abstract: transistor A1270 A1270 transistor transistor 2sD 4515 1431T transistor transistor A769 mn15151 mini circuits 15542 A1270 Y AN 5606K
Contextual Info: Type Number List • Integrated Circuits MOS LSIs M O S L S Is Page Type No, M N 5117 M N171605 32,42 AM N18P83221 43 M N 3671A 62 M N 5126 87 43 M N 3672 62 M N 5128 87 37 ,4 4,45 46 M N 1256 46 M N 1258 46 M N 1259 46 M N12861 46 M N 12862 46 M N 187124

Contextual Info: INTEGRATED CIRCUITS m m m A8563AQ 2 x 40 W/2 Q stereo BTL car radio power amplifier with diagnostic facility Product specification File under Integrated Circuits, IC01 Philips Semiconductors 1997 Feb 20 PHILIPS PHILIPS Philips Semiconductors Product specification

Contextual Info: 19-1702; Rev 3; 5/04 2.125Gbps/1.063Gbps, 3.3V Quad-Port Bypass with Repeater The MAX3752 quad-port bypass ICs are designed for use in the Fibre Channel Arbitrated Loop topology. These devices consist of four serially connected port bypass circuits PBCs and a repeater that provides

Contextual Info: 19-2098; Rev 0; 7/01 Dual-Rate, 1Gbps/2Gbps Fibre Channel Quad-Port Bypass ICs with Repeater Features ♦ Pin Selectable 1.0625Gbps/2.125Gbps Dual-Rate Operation ♦ Meets Fibre Channel Jitter Tolerance ♦ 1400mV Typical Differential Output Swing ♦ 3.0V to 3.6V Operation

A854R

Contextual Info: Part No. D igit Size 0.8" A b s o lu te M a x im u m Peak E m itte d C om m on Com m on Anode C a th o d e BS-A811RD BS-C811RD Red A815RD C815RD A812RD C812RD A813RD C813RD D ra w in g W a ve L e n g th C o lo r E le c tro -O p tic a l ?.p nm If(m A ) Typ.

s11 021t

Abstract: PCAA041B RG1005 1005 Series samyoung "Humidity Sensor" Susumu RG series part Marking ps1608G PCAA031 SUSUMU RP Susumu RL series part Marking CYNTEC 25201B
Contextual Info: Rev.2009 Susumu World Group Companies About the Susumu Group S usumu was established in 1964 as a pioneer to mass produce thin film components for general purposes. For forty years Susumu has been continuously supplying thin film resistors to computer, telecommunication, peripheral, test equipment, automotive,

A6799

Abstract: B549C
Contextual Info: 711F "#$ 4A.9A6B56<%.7A; 690-004-220-013 Series Total Number of Contacts Contact Plating Code Contact Code Material Type Indicator 9CD9A7- F245E 9C7271234564A7 FA   ( 

Contextual Info: 19-2098; Rev 0; 7/01 Dual-Rate, 1Gbps/2Gbps Fibre Channel Quad-Port Bypass ICs with Repeater Features ♦ Pin Selectable 1.0625Gbps/2.125Gbps Dual-Rate Operation ♦ Meets Fibre Channel Jitter Tolerance ♦ 1400mV Typical Differential Output Swing ♦ 3.0V to 3.6V Operation

A8874

Abstract: A8907 A8907-01 IXP1200 Microcode Programmers Reference IXP1250 A8563 IXF1002 IXP1200 IXP1240 4h28
Contextual Info: Intel IXP1240 Network Processor Advanced Information Datasheet Product Features The Intel® IXP1240 Network Processor delivers high-performance processing power and flexibility to a wide variety of LAN and telecommunications products. Distinguishing features of the IXP1240 are the performance of ASIC

A8581

Abstract: IXP1250 A8563 TR MARKING RA3 a8550 Intel 21150 IXP1200 Microcode Programmers Reference StrongARM SA-1100 IXF1002 IXF440
Contextual Info: Intel IXP1250 Network Processor Datasheet Product Features The Intel® IXP1250 Network Processor delivers high-performance processing power and flexibility to a wide variety of LAN and telecommunications products. Distinguishing features of the IXP1250 are the performance of ASIC

B43840

Abstract: B42702 B43875 Siemens capacitor B43875 B43876 85049 siemens capacitor siemens 85049 B41840 Siemens capacitor B41875 B41826
Contextual Info: Contents 5 Single Ended Road Map 9 Overview of Single Ended Capacitors 10 Other Products 12 Major Applications 14 General Technical Information 15 Quality Assurance 47 Single Ended Capacitors 57 Symbols and Terms 166 Series Cross Reference 168 Addresses Worldwide

MAX3750

Abstract: MAX3770 MAX3772 MAX3772CEE MAX3773CEE MAX3774CEE MAX3775 MAX3775CEE 210-112 CRPAT
Contextual Info: 19-2192; Rev 1; 7/04 Dual-Rate Fibre Channel Repeaters Features ♦ Pin Selectable 1.0625Gbps/2.125Gbps Dual-Rate Fibre Channel Operation The MAX3772–MAX3775 are dual-rate 1.0625Gbps and 2.125Gbps fibre channel repeaters. They are optimized for use in fibre channel arbitrated loop applications and operate from a +3.3V supply. The

ixp1250

Abstract: GCIXP1250BC IXP1200 Q277 SA1200 IXP1200 Network Processor Family Microcode Program
Contextual Info: Intel IXP1250 Network Processor Specification Update March 2004 Notice: The IXP1250 may contain design defects or errors known as errata. Characterized errata that may cause the IXP1250’s behavior to deviate from published specifications are documented in this

D741A

Abstract: AD3b
Contextual Info: 1 7 7 7 12324567589ABCBDE6F5856A354A3BAC636 $%&67'6 % !!6$*(76%+(*6',-+(7+(6.&66 F395536 7 FB825A36(5A856,B/6170"""#66 -54BA6"!6 256F35/612")2"#6

MAX3754

Abstract: MAX3754CCM MAX3755 MAX3755CCM
Contextual Info: 19-2098; Rev 1; 1/02 Dual-Rate, 1Gbps/2Gbps Fibre Channel Quad-Port Bypass ICs with Repeater Features ♦ Pin Selectable 1.0625Gbps/2.125Gbps Dual-Rate Operation ♦ Meets Fibre Channel Jitter Tolerance ♦ 1400mV Typical Differential Output Swing ♦ 3.0V to 3.6V Operation

MAX3750

Abstract: MAX3770 MAX3772 MAX3772CEE MAX3773CEE MAX3774CEE MAX3775 MAX3775CEE
Contextual Info: 19-2192; Rev 0; 10/01 Dual-Rate Fibre Channel Repeaters Features ♦ Pin Selectable 1.0625Gbps/2.125Gbps Dual-Rate Fibre Channel Operation ♦ Exceeds Fibre Channel Jitter Tolerance Requirements ♦ 1400mV Differential Output Swing ♦ +3.0V to +3.6V Operation

A8891

Abstract: A8907-01 IXP1240 IXP1240 Reference IXF1002 IXP1200 IXP1250 temp a8873 A8873 A8907
Contextual Info: Intel IXP1240 Network Processor Datasheet Product Features The Intel® IXP1240 Network Processor delivers high-performance processing power and flexibility to a wide variety of LAN and telecommunications products. Distinguishing features of the IXP1240 are the performance of ASIC

A856

Abstract: MAX3752 MAX3752CCM
Contextual Info: 19-1701; Rev 2; 2/01 2.125Gbps, 3.3V Quad-Port Bypass with Repeater _Applications Features ♦ Four High-Speed Data Ports ♦ Meets Fibre Channel Jitter Tolerance Requirements ♦ Large Output Signal Swing >1000mVp-p ♦ +3.0V to +3.6V Single-Supply Voltage

Contextual Info: 力求与社会共 存 与地球环境和谐 精工电子集团 社会・环境报告 2010 目录 电子元器件 微型机械 手表机芯 石英表机芯畅销全球，机械表机芯 深受各层次用户的喜爱。 液晶元器件 传统的精密技术的结晶，

BERGpin

Abstract: HT-0095 ht-95 PV 1153 TA-75 900-0660
Contextual Info: ELECTRONICS HT-0095 Mini PV Receptacles 22-32 AWG Crimping Hand Tool Tool P/N HT-0095 FCI MANUAL P/N 415988-001 FCI Electronics Issued: Date 03/12/99 Rev. 05/07/01 ECR V10337 K\DCU\Manuals Manual Part No. 415988-001 Page 1 of 18 Revision B PDM: Rev:B STATUS: Released

V06-0481

Abstract: BELL MOUTH TA-146 TERMINAL FCI HT-0095 HT-95 TA-75 FCI Electronics crimpers
Contextual Info: HT-0095 Mini PV Receptacles 22-32 AWG Crimping Hand Tool Tool P/N HT-0095 FCI MANUAL P/N 415988-001 FCI Electronics Issued: 03/12/99 Rev. 05/18/06 EC V06-0481 Manual Part No. 415988-001 Page 1 of 18 Revision C PDM: Rev:C STATUS:Released Printed: Feb 09, 2009.