050 B3L Search Results

MRF331

Contextual Info: AT 6 3 6 7 2 5 4 MOTOROLA S C <XS TRS/R F DÉ~|b3LJ7aS4 O O V fl^ S 89D 7 8 9 3 2 T D ' M O TO RO LA • SEMICONDUCTOR TECHNICAL DATA MRF331 The RF Line 10 W - 4 0 0 M H z RF POWER T R A N SIS T O R N P N S IL IC O N NPN S IL IC O N RF POWER T R A N SIS T O R

601 Opto isolator

Abstract: H11L1 H11L2 030k0 730C-04 motorola h11l1 F9111 639S H11L1 Case 730A-04
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA TO VDE UL CSA ®®® SETI SEMKO DEMKO NEMKO BABT GlobalOptoisoIator 6 -Pin DIP Optoisolators Logic Output H11L1* H11L2 pF on s 1.6 mA Max] flF(or)« 10 mA Max] •Motorola Preferred Device The H11L1 and H11L2 have a gallium arsenide IRED optically coupled to a

MRF458

Abstract: MRF458 motorola MRF458A 79023 79024 1N4997 56-590-65/3B VK200 W-30 transistor s46
Contextual Info: MOTOROL A sc -c xstrs / r f AT > DE | b B t i 7 a S 4 89D 79021 6 3 6 7 2 5 4 MOTOROLA SC <XSTRS/R F DOTTDSl D “T - 3 3 - / 5 MOTOROLA • SEM ICONDUCTOR MRF458 MRF458A TECHNICAL DATA T h e R F L in e 80 W - 3 0 MHz RF POWER TRANSISTOR NPN SILICON RF POWER TRANSISTOR

1N5831

Abstract: MN5830 1n5829 MN5829 1N5631 1N5830
Contextual Info: MOTOROLA SC DIODES/OPTO b4E D • b3b7ESS 00flb27S 7bT « M O T ? MOTOROLA ■ I SEMICONDUCTOR TECHNICAL DATA 1N 5829 1N 5830 1N5831 M BR5831H, H1 Designer's Data Sheet S w itc h m o d e P o w e r R e c tifie rs . employing the Schottky Barrier principle in a large area metal-to-silicon power

motorola triac driver

Abstract: opto coupler 701 4 channel triac opto dual channel opto triac motorola triac 400v 25A M003083 MOC3081 MOC3082 inverse-parallel scr drive circuit MOC3083
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA & VD E TO & UL C SA SETI SEM KO ® ® DEMKO NEMKO <f> BABT MOC3081 M OC3082 [IFT s 16 nriA Max] GlobalOptoIsolator 6-P in DIP Zero-Cross O ptoisolators Triac Driver O utput [IFT s 10 mA Max] M O C 3083* [IFT s s mA Max]

MC68HC58

Abstract: C68HC58
Contextual Info: APPENDIX A ELECTRICAL CHARACTERISTICS Table A-1 Operating Conditions Symbol Definition Conditions Min Typ Max Units V BATT Voltage at battery pin during transm it operation Rs = 20 Q max. protection circuit 7.0 12.0 26.5 V Voltage at battery pin during receive operation

lm317l2

Abstract: ST 7905 and application notes REGULATOR IC 7905 PACKAGE DIMENSIONS CASE 751-03 lm317lt 7m 0880 IC BSC0205 7905 to-3 package LM317LH 2904 d
Contextual Info: M O T O R O L A SC { T E L E C O M } 14E D I L.3L.72S3 0 0 0 1 7 4 1 0 LM117L LM217L LM317L MOTOROLA = S p e cifica tio n s and A p p lic a tio n s In fo rm a tio n THREE-TERMINAL ADJUSTABLE OUTPUT POSmVE VOLTAGE REGULATORS The LM117L/217U317L are adjustable 3-terminal positive volt­

3B2S

Abstract: df3p03
Contextual Info: M OTOROLA Order this document by MMDF3P03HD/D SEMICONDUCTOR TECHNICAL DATA Advance Information M M D F 3P 03H D Medium Power Surface Mount Products Motorola Preferred Device TMOS Dual P-Channel Field Effect Transistors DUAL TMOS POWER MOSFET 30 VOLTS RDS on = 100 m ii

sivn 10k

Abstract: MC34085P MC34081D MC35083 MC34084P MC34084DW
Contextual Info: . Orripr this data sheet by MC34080/D M OT O R O L A SC { telecom> oi p ^ ^3^7^53 p o a c u a 1! □ T MOTOROLA m - 7 ? - / s r MC34080/MC35080 SEM ICO N D U CTO RS thru MC34085/MC35085 P.O. B O X 20912 • P H O E N IX , A R IZ O N A 85036 HIGH S L E W RATE, W IDE BANDWIDTH,

LM1171

Abstract: LM317LH lm117l REGULATOR IC 7905 7m 0880 LM117LH LMI 458 DM 0365 R DM 0265 R transistor N14 458
Contextual Info: MOTOROLA SC {TELECOM} 14E D I L.3L.72S3 0001741 0 LM117L LM217L LM317L MOTOROLA Specifications and Applications Inform ation THREE-TERMINAL ADJUSTABLE OUTPUT POSm VE VOLTAGE REGULATORS T h e LM117L/217U317L are adjustable 3-terminal positive volt­ a g e regulators capable of supp lying in excess o f 100 m A over an

018h

Abstract: au3a
Contextual Info: QE1M Device Quad E1 Mapper TXC-04252 DATA SHEET FEATURES DESCRIPTION = • Add/drop four 2.048 Mbit/s signals from STM-1/VC-4, STS-3/AU-3 or STS-1 buses • Independent add and drop bus timing modes The Quad E1 Mapper device is designed for add/drop multiplexer, terminal multiplexer, and dual and single

Contextual Info: BACK QE1M Device Quad E1 Mapper TXC-04252 DATA SHEET FEATURES DESCRIPTION • Add/drop four 2.048 Mbit/s signals from STM-1/VC-4, STS-3/AU-3 or STS-1 buses • Independent add and drop bus timing modes • Selectable HDB3 positive/negative rail or NRZ E1 interface. Performance counter provided for

Contextual Info: QE1M Device Quad E1 Mapper TXC-04252 DATA SHEET FEATURES DESCRIPTION = The Quad E1 Mapper device is designed for add/drop multiplexer, terminal multiplexer, and dual and single unidirectional ring applications. Four E1 2.048 Mbit/s signals are mapped to and from asynchronous Tributary

me520B

Abstract: 04216 RCO12 TXC-04216AIBG TXC-06103
Contextual Info: E1Mx16 Device E1 Mapper 16-Channel TXC-04216 DATA SHEET FEATURES DESCRIPTION • Add/drop sixteen 2.048 Mbit/s signals from an STM-1 VC-4/AU-3, STS-3, or an STS-1 • Independent add and drop bus timing modes • Selectable HDB3 positive/negative rail or NRZ E1

TXC-04252AIPQ

Contextual Info: QE1M Device Quad E1 Mapper TXC-04252 FEATURES DESCRIPTION • Add/drop four 2.048 Mbit/s signals from STM-1/VC-4, STS-3/AU-3 or STS-1 buses • Independent add and drop bus timing modes • Selectable HDB3 positive/negative rail or NRZ E1 interface. Performance counter provided for coding violations.

t25f1

Abstract: TPI44 TNI12
Contextual Info: E1Mx16 Device E1 Mapper 16-Channel TXC-04216 DESCRIPTION • Add/drop sixteen 2.048 Mbit/s signals from an STM-1 VC-4/AU-3, STS-3, or an STS-1 • Independent add and drop bus timing modes • Selectable HDB3 positive/negative rail or NRZ E1 interface. Performance counter provided for illegal

cir 2262 af

Abstract: DX40DPR100 dx20dpr66 INTEL I486 DX2 CHN G4 033 DX20DP66 INTEL 486 sx sl pinout i486 SL intel overDrive 241944-001 microprocessor
Contextual Info: ß ff iiiy it f io iM D f tr in te i INTEL OverDrive PROCESSORS Powerful Processor Upgrades fo r most lntel 4 8 6 TM Microprocessor-Based Systems — Significantly Accelerates All Softw are Applications IflMIOXJ ‘ hrtfD titt* ftftCtCMr Intel OverDrive® Processor Family