C1008 Y Search Results

C1008

Abstract: C1008 Y c1008 transistor transistor c1008 transistor c1008 datasheet c1008 datasheet KTC1008 C1008GR KTC1008 transistor transistor datasheet c1008
Contextual Info: SEMICONDUCTOR KTC1008 MARKING SPECIFICATION TO-92 PACKAGE 1. Marking method Laser Marking 2. Marking K 816 C1008 GR No. Item 1 KEC K 2 Lot No. 816 98.06.23 Marking Description KEC CORP. 8 Year 0 ~ 9 : 1900~1999 16 Week 16 : 16th Week 3 Device Name C1008 KTC1008

transistor c1008

Abstract: c1008 transistor 2SC1008 C1008 Y npn transistor c1008 2SC1008Y 2SC1008-O TRANSISTOR 2sc1008 npn c1008
Contextual Info: MCC TM Micro Commercial Components 2SC1008-R 2SC1008-O 2SC1008-Y 2SC1008-G
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# Features • • • Lead Free Finish/RoHS Compliant "P" Suffix designates

transistor c1008

Abstract: c1008 transistor npn transistor c1008 2sc1008 C1008 Y TRANSISTOR 2sc1008
Contextual Info: MCC TM Micro Commercial Components 2SC1008-R 2SC1008-O 2SC1008-Y 2SC1008-G
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# Features • • • Lead Free Finish/RoHS Compliant "P" Suffix designates

Contextual Info: MCC TM Micro Commercial Components 2SC1008-R 2SC1008-O 2SC1008-Y 2SC1008-G
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# Features • NPN Silicon Epitaxial Transistor Lead Free Finish/RoHS Compliant "P" Suffix designates

transistor c1008

Abstract: c1008 transistor 2SC1008 C1008 Y npn transistor c1008 npn c1008 2SC1008Y 2SC1008-Y
Contextual Info: MCC TM Micro Commercial Components 2SC1008-R 2SC1008-O 2SC1008-Y 2SC1008-G
  omponents 20736 Marilla Street Chatsworth    !"# $ %    !"# Features • NPN Silicon Epitaxial Transistor Lead Free Finish/RoHS Compliant "P" Suffix designates

transistor c1008 011

Abstract: ACE9020 ACE9030 ACE9040 ACE9050 C1008 FP100 6303A
Contextual Info: ACE9050 Systen Controller and Data Modem Advance Information DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

transistor c1008 011

Abstract: transistor c1008 datasheet barker code motorola C1008 c1008 transistor transistor c1008 hitachi fm radio chip ACE9020 ACE9030 ACE9040
Contextual Info: ACE9050 Systen Controller and Data Modem Advance Information DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

ACE9020

Abstract: ACE9030 ACE9040 ACE9050 C1008 FP100 126KHZ C1008 equivalent MC68MASR
Contextual Info: ACE9050 Systen Controller and Data Modem Data Sheet October 2004 DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

ACE9020

Abstract: ACE9030 ACE9040 ACE9050 C1008 FP100
Contextual Info: ACE9050 Systen Controller and Data Modem Advance Information DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

transistor c1008 011

Abstract: transistor c1008 datasheet hd6801 transistor c1008 ACE9020 ACE9030 ACE9040 ACE9050 C1008 FP100
Contextual Info: ACE9050 Systen Controller and Data Modem Advance Information DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

ACE9020

Abstract: ACE9030 ACE9040 ACE9050 C1008 FP100
Contextual Info: ACE9050 Systen Controller and Data Modem Advance Information DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

ACE9020

Abstract: ACE9030 ACE9040 ACE9050 C1008 C1008 equivalent
Contextual Info: ACE9050 System Controller and Data Modem Advance Information FEATURES • Low Power, Low Voltage 3•6 to 5·0 V Operation ■ 3·0V Memory Interface ■ Power Down and Emulation Modes ■ 6303R-type Microcontroller ■ AMPS or TACS Modem ■ Watchdog and Power Control Logic

transistor c1008 011

Abstract: transistor c1008 datasheet hd6801 ACE9020 ACE9030 ACE9040 ACE9050 C1008 FP100 BA1714
Contextual Info: ACE9050 System Controller and Data Modem Data Sheet March 2008 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

Motorola 6303

Abstract: HD6300 HD6802
Contextual Info: ACE9050 System Controller and Data Modem Data Sheet January 2007 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

Contextual Info: Data She et [ ImhDiGiG Your GaAs 1C Source AWT19ttX MMIC POWER AMP Advanced Product Information Rev 2 DC S1800/PC S1900 GaAs 4.8 V Single Supply GaAs MMIC Power Amplifier DESCRIPTION The AWT1901X is a monolithic Power Amplifier IC suited for DCS 1800 1710-1785 and

transistor c1008 datasheet

Abstract: transistor c1008 011 ACE9020 ACE9030 ACE9040 ACE9050 C1008
Contextual Info: ACE9050 System Controller and Data Modem Advance Information FEATURES • Low Power, Low Voltage 3•6 to 5·0 V Operation ■ 3·0V Memory Interface ■ Power Down and Emulation Modes ■ 6303R-type Microcontroller ■ AMPS or TACS Modem ■ Watchdog and Power Control Logic

Contextual Info: ACE9050 System Controller and Data Modem Data Sheet March 2008 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

Motorola 6303

Contextual Info: ACE9050 Systen Controller and Data Modem Data Sheet February 2005 DS4290 Features • Low Power, Low Voltage 3•6 to 5·0 V Operation • 3·0V Memory Interface • Power Down and Emulation Modes • 6303R-type Microcontroller • AMPS or TACS Modem • Watchdog and Power Control Logic

Contextual Info: M ITEL ACE9050 System Controller and Data Modem SEMICONDUCTOR Advance Information S u p e rs e d e s J a n u a ry e d itio n , D S 4 2 9 0 - 2 .3 The ACE9050 provides the control and interface functions needed for AMPS or TACS analog cellular handsets. The

Contextual Info: ACE9050 MITEL System Controller and Data Modem S E M IC O N D U C T O R Advance Information Supersedes January edition, DS4290 - 2.3 The ACE9050 provides the control and interface functions needed for AMPS or TACS analog cellular handsets. The device has been designed using Mitel Semiconductor sub­

BEL 368

Abstract: C1008 Y C1008
Contextual Info: TOP VIEW P8 =b =b lO O O p F © ELECTRICAL SPECIFICATIONS: 1.0 TURNS RATIO: P 3 -P 1 : (J 2 -J 1 ) (P 7 -P 5 ) : (J 5 -J 4 ) 1 : 2 ± 3% 1 : 2 ± 3% 2.0 INDUCTANCE: (P 3 -P 1 ) ; (P 7 -P 5 ) 1.2mH MIN. @ 0.1V, 100KHz 3.0 LEAKAGE INDUCTANCE: P 3-P 1 (WITH J2 AND J1 SHORT)

Contextual Info: International Hü Rectifier Provisional D ata S h eet P D -9 .1 193 IRGTIN100K06 "HALF-BRIDGE" IGBT INT-A-PAK Low conduction loss IGBT VCE - 600V lc = 100A Vce O N <2.7V • R u g g e d D esig n tsc> 10ps •S im p le g a te -d riv e •S w itc h in g -L o s s R atin g inclu des all "tail"

C1008 equivalent

Abstract: T9250
Contextual Info: T7250, T7254, T7256, T7258, T7001 thru T7013, T9250, T9254, T9256, T9258, T9301 thru T9313 Extended Temperature/COTS 5X7 mm Surface Mount Owing to their small size, light weight, and rugged characteristics, these 3.3V HCMOS extended temperature/COTS oscillators fulfill tasks not previously feasible. They are used in applications that

Contextual Info: GEC PLESSEY U È JANUARY 1997 S E M I C O N D U C T O R S DS4290-2.3 ACE9050 SYSTEM CONTROLLER AND DATA MODEM The ACE9050 provides the control and interface functions needed for AMPS or TACS analog cellular handsets. The device has been designed using GEC Plessey Semiconductors