TEM 2411 Search Results

Contextual Info: DIAMOND F ib er Optic C om ponents FC FUSION MULTI MODE HPC-M0.86 Specifications: Insertion loss Typ. 0,2 dB Return loss M in. 30 dB Service life 1000 m ate/dem ate cycles Operating tem perature -40/+85°C* Storage tem perature -40/+90°C APPLICATIONS: LAN, MAN, WAN, Test & Measurement, Industry.

lt 8232

Abstract: lt 6229 lt 7209 lt 8219 lt 6029 CSR13H106K LT 7242 lt 8224 lt 8217 LT 8215
Contextual Info: I C S R 13 M IL -C -3 9 0 0 3 /0 1 MallorY Solid Tantalum Capacitors GENERAL SPECIFICATIONS H erm etically Sealed G raded Failure Rates O perating Tem perature: -55°C to +125°C (W ith proper derating) Voltage Range: 6 to 1 0 0 W V D C @ 85°C Reverse Voltage (non-continuous):

Optocoupler HCPL 501

Abstract: Optocoupler 501 UI02 optocouplers 501 E55361 HCPL-2400 HCPL-2411 IEC wiring schematic symbols 831m5 hp 2411
Contextual Info: What H EW LET T PACKARD 20 M Baud H igh CMR Logic Gate O ptocoupler HCPL-2400 HCPL-2411 F eatures • High Speed: 40 MBd Typical Data Rate • High Common Mode Rejection HCPL-2400:1 kV/ps @ VCM- 50 V HCPL-2411:1 kV/^s @ Vcm-SOOV • AC Performance Guaran­

Hp 2400

Abstract: 1N916 74S05 E55361 HCPL-2400 HCPL-2411 hp 2411
Contextual Info: Whnl H E W L E T T mL'tiM P A C K A R D 20 M Baud H igh CMR Logic Gate O ptocoupler HCPL-2400 HCPL-2411 • High Speed: 40 MBd Typical Data Rate • High Common Mode Rejection HCPL-2400:10 kV/ns @ VCM- 50 V typical HCPL-2411:10 kV|is @ vcm * 300 v (typical)

IR2411

Abstract: ir 2411 transistor K 2411 equivalent
Contextual Info: IR2411 7 -U n it 400m A Darlington Transistor Array IR2411 • 7-Unit 400mA Darlington Transistor Array Pin Connections Description The IR 2411 is a 7-circuit driver. The internal clamping diodes enable the IC to drive the inductive load directly. ■ Features

DB105G

Abstract: DB102G DB104G DB101G DB103G DB106G DB107G
Contextual Info: TSC DB101G t h r u DB107G s SINGLE PHASE 1.0 A M P GLASS PASSIVATED BRIDGE RECTIFIERS VOLTAGE RANGE 50 to 1000 Volts CURRENT 1.0 Ampere DB '30 <3 31 DB-S 335 18 SII 320 8 ! 2 I (6 2)1 r 013 ( 330) 009 ( 2411 013 ( “3301 [ 7 U I I 060 O m i 003 (.0 ' ‘

HP2400

Abstract: HP-2400 TEm 2411 hcpl2411
Contextual Info: 20 M BAUD HIGH CMR LOGIC GATE 0PT0C 0U PLER HCPL-2400 HCPL-2411 O U T L IN E D R A W IN G _ 9 .40 .370 9 9 0 (.390) HP .T Y P E N U M BER D A T E CODE I 6J0 U 40) 7.36 (.290) 6.60 (.260) 7.88 (.310) 240 0 V YYWW*> Kul PIN ONE R EC O G N ITIO N 1.78 (.0701 M A X

K 2411 equivalent

Abstract: N2411
Contextual Info: TOSHIBA TRANSISTOR SEMICONDUCTOR R N 2410, RN 2411 TnCUIDA • w w ■ II TECHNICAL DATA SILICON PNP EPITAXIAL TYPE PCT PROCESS (RN2410) SWITCHING, INVERTER CIRCUIT, INTERFACE CIRCUIT AND DRIVER CIRCUIT APPLICATIONS • With Built-in Bias Resistors s Simplify Circuit Design

hp 2400

Abstract: HCPL-2411
Contextual Info: HEWLETT-PACKARD/ CMPNTS T> blE • 44H75Ô4 DDO^DMS 15b « H P A W mL'hal HM HP AE CWKLAERTDT 20 M Baud High CMR Logic Gate Optocoupler HCPL-2400 HCPL-2411 • High Speed: 4 0 MBd Typical D ata R ate • High Common Mode Rejection H C P L -2400:10 kV/us @

HP 2400

Abstract: hp 2411 E55361 HCPL-2400 HCPL-2411 74ls gate symbols C1D47 74LS series logic gate symbols
Contextual Info: HEWLETT-PACKARD/ CMPNTS blE » • 4 4 4 7 5 Ô 4 D G G tiQ4S 15b W hai HEW LETT mL'rimP a c k a r d 20 M B aud H igh CMR Logic Gate O ptocoupler HCPL-2400 HCPL-2411 F e a tu re s • High Speed: 40 MBd Typical Data Rate • High Common Mode Rejection HCPL-2400:10 kV/ns @

BD 649 optocoupler

Contextual Info: Whp%H E W L E T T mL'timPA C K A R D 20 M B a u d H igh CMR L ogic G ate O p tocou p ler HCPL-2400 HCPL-2411 • High Speed: 40 MBd Typical D ata R ate • High Common Mode R ejection HCPL-2400:10 kV/|is @ VCm * 50 V typical HCPL-2411: 10 kV|iS @ VCM• 300 v (typical)

L287I

Abstract: TL287CL K 2411 equivalent TL087C
Contextual Info: TL087, TL088, TL287, TL288 JFET-INPUT OPERATIONAL AMPLIFIERS D 2 4 8 4 , M A R C H 1 9 7 9 - R E V IS E D M A R C H 1 989 • Internal Frequency Compensation 1 Low Power Consumption • Latch-Up-Free Operation 1 Wide Common-Mode and Differential Voltage Ranges

C14P

Contextual Info: HIGH PERFORMANCE ANALOG INTEGRATED CIRCUITS E L2210C /I1C /E L2310C /U C /E L2410C /11C Low Cost, Dual, Triple and Quad Video Op Ampsi Features General D escription • S ta b le a t g a in o f 2 a n d 100 M H z gain — b a n d w id th p ro d u c t E L 2211, E L 2311, E L 2411

el2175C

Contextual Info: EL2175C F e a tu r e s G en era l D e sc r ip tio n • 30 M il transim pedance 142 M H z — 3 dB b andw idth Av = + 1 120 M H z — 3 dB bandw idth (AV = + 2 ) 1 mV in p u t offset voltage 2 ¡J.A negative in p u t bias current 86 dB com m on-m ode rejection

jm 60 ac

Abstract: 9140A-BGE71 9140A-CEE70
Contextual Info: OVEN CONTROLLED CRYSTAL OSCILLATORS OCXO • 9 1 0 0 Series Main applications: Communications equipment. Measuring instrument* etc. Features: I. Excellent aging characteristics Z Wide frequency range (9168A Série») 3. Anti-microphonic noise (9140A-BGE71, 9140A*CEE70)

PAL 69C

Abstract: EL2210 EL2210CN EL2211 EL2211CN EL2310 EL2311 EL2410 EL2411
Contextual Info: Features EL22I0C/UC/EL2310C/1IC/EL2410C/1IC LoipCost ! ual-TripleanJQuadvu*° 0p u,p* General Description • Stable a t gain of 2 and 100 M H z gain—bandw idth product EL2211, EL2311, EL2411) • Stable a t gain of 1 and 50 M H z gain—bandw idth product

Contextual Info: EL221QC/11C/EL2310C/11CVEL2410C/1IC Lo k KC-HPI BFCRMANCFANALO: ¡MTCf.Ri Cost. Dual, Triple and Quad Video Op Imps F e a tu r e s G en era l D e sc r ip tio n • Stable a t gain of 2 and 100 M H z gain—b andw idth product EL2211, EL2311, EL2411 • Stable a t gain of 1 and 50 M H z

sta 524a

Abstract: AD7524AD 7524fq pm7524fp
Contextual Info: CMOS 8-Bit Buffered Multiplying D/A Converter PM-7524 A N ALO G D E V IC E S □ FEATU R ES • • • • • • • CROSS REFERENCE ±1/8 LSB Maximum Nonlinearity Over Temperature ±0.002 LSB Maximum Zero-Scale Error lLKG 10nA ±1 LSB Maximum Gain Error Over Temperature

Contextual Info: EPSON PF669-02 SEDI640 Dot Matrix High Duty LCD Driver • 80-bit Output • 1/300 Duty Max. • 2.7 to 5.5Vdc Logic Power Supply • DESCRIPTION The SED1640 is the 80-segment column output driver that is appropriate to driving of a large-capacity, dot-matrix

A24110

Abstract: A24125 D24110 D24125 HA48110 HA48125 HD48110 HD48125
Contextual Info: Series 1-110/125A 120/240, 480 Vac • AC Output Zero Voltage and Random Turn-On Switching Panel Mount Internal Snubber CRYDOM Control over power Featuring state-of-the-art Surface Mount Technology, these SPST-NO relays deliver proven reliability in the most demanding applications.

Contextual Info: Series 1-110/125A 120/240, 480 Vac • AC Output Zero Voltage and Random Turn-On Switching Panel Mount Internal Snubber CRYDOM Control over power Featuring state-of-the-art Surface Mount Technology, these SPST-NO relays deliver proven reliability in the most demanding applications.

TL085CN

Abstract: TL083ACN TL083CN TL085 TLQ84B TL084CJ TL084BCJ TL084ACJ TL080A TL082BCJG
Contextual Info: TL080 THRU TL085, TL080A THRU TL084A TL081B, TL082B, TL084B JFET INPUT OPERATIONAL AMPLIFIERS D 2 2 9 7 , FE B R U A R Y 1 9 7 7 - R E V IS E D N O V E M B E R 198 8 • High Input Impedance . . . JFET-lnput Stage 1 Wide Common-Mode and Differential Voltage Ranges

IM5610CPE

Abstract: BIPOLAR PROM PROGRAMMING SPECIFICATION IM5610 intersil detailed bipolar prom programming IM5600 IM5600CFE IM5600CJE IM5600CPE IM5600MJE IM5610CFE
Contextual Info: IM 5 6 0 0 /IM 5 6 1 0 2 5 6 Bit Bipolar Read Only Memory DIMÜ^IDIL FEATURES GENERAL DESCRIPTION • Uses Patented AIM Programming Element for — Superior Reliability — High Programming Yield — Fast Programming Speed < 1 sec — TTL Processing Compatibility

MODEM STU SIEMENS

Abstract: 1017 ad hen nv LM 1875 AUDIO IC Data sheet KT 8275 earthquake Detection systems japan servo KH 56 lm step-down sot-23-5 input LA 7376 Shortform Data and Cross References diode D9816
Contextual Info: Analog Dialogue A forum for the exchange of circuits, systems, and software for real-world signal processing INTEGRATED ANALOG FRONT-ENDS PROCESS SIGNALS FROM CCD CHIPS page 5 X-FET Voltage References: Low Noise, Low Power, Better than Bandgap (page 3)