DIODE G7 MIC Search Results

Contextual Info: COP888CFMH NATL S E M I C O N D UP/UC h3E ]> bSOllEfi G 0 7 5 4 3 3 £3 National m M Semiconductor TTT PRELIMINARY COP888CFMH Single-Chip microCMOS Microcontroller Emulator General Description The COP888CFMH hybrid emulator is a member of the COPS microcontroller family. The device is a two chip

COP888CFMHD-X

Abstract: DIODE G7 COP884CFMHD-X COP888CF COP888CFMH COP888CFMHEL-X brig 001 Cop888cfmhd
Contextual Info: W \ o PRELIMINARY National Semiconductor A pril 1991 COP888CFMH Single-Chip microCMOS Microcontroller Emulator 8-C hannel A /D co nve rter with prescaler and both d iffe r­ ential and single ended m odes M IC R O W IR E /P LU S serial I/O W AT C H D O G and C lock M onitor logic

Contextual Info: HMC140G8 | g £ g | MICROWAVE CORPORATION G a A s M M IC S M T D O U B L E -B A L A N C E D M IX E R 1.0 - 2 . 0 G H z FEBRUARY 1998 Features General Description CONVERSION LOSS: 11 dB The HMC140G8 is a miniature double-bal­ anced mixer provided in a hermetic surface

FET K105

Abstract: CN902 B1DHDC000028 k522 diode D902L k105 fet R-312 panasonic radio transistor k520 transistor k84 LE80536
Contextual Info: ORDER NO. CPD0511051C1 Personal Computer CF-W4 This is the Service Manual for the following areas. M …for U.S.A. and Canada Model No. CF-W4GWCZZ 1 2 1: Operation System B: Microsoft Windows® XP Professional 2: Area M: Refer to above area table 2005 Matsushita Electric Industrial Co., Ltd. All rights reserved.

Contextual Info: F *. HMC156C8 X ila MICROWAVE CORPORATION G a A sM M IC S M T FREQUENCY DOUBLER 0 .7 -2 .3 GHz INPUT F E B R U A R Y 1998 Features General Description C O NVER SIO N LOSS: 18dB The HMC156C8 is a miniature frequency doubler in a non-hermetic ceramic surface

Contextual Info: HMC204 MICROWAVE CORPORATION GaAsM M IC FREQUENCY DOUBLER 4 - 8 GHz INPUT FEBRUARY 1998 Features GeneraI Description CONVERSION LOSS: 15 to to 20 dB The HMC204 is a passive miniature fre­ quency doubler in a MMIC die. Suppression of undesired fundamental and higher order

transistor k520

Abstract: transistor k518 K525 transistor transistor k513 C1ZBZ000 32.768Mhz oscillator transistor k510 k514 transistor transistor C635 W24 transistor k72 t9
Contextual Info: ORDER NO. CPD0511050C1 Personal Computer CF-T4 This is the Service Manual for the following areas. M …for U.S.A. and Canada Model No. CF-T4GWCTZ1 2 1: Operation System B: Microsoft Windows® XP Professional 2: Area M: Refer to above area table 2005 Matsushita Electric Industrial Co., Ltd. All rights reserved.

Contextual Info: HMC157C8 MICROWAVE CORPORATION G a A s M M IC S M T FR E Q U E N C Y D O U B LE R 1 - 3 G H z IN P U T FEBRUARY 1998 Features General Description C O NVER SIO N LOSS: 1 5 d B Fo, 3Fo, 4Fo ISOLATION: > 35 dB 10 to 20 dBm Frequency Doublers INPUT DRIVE LEVEL:

K72 V3

Abstract: transistor bipolar k72 transistor k72 x5 transistor k72 t8 D5024 k72 v6 transistor k72 v6 k104 transistor grease k67 transistor k79
Contextual Info: ORDER NO. CPD0512063C1 Personal Computer CF-Y4 This is the Service Manual for the following areas. M …for U.S.A. and Canada Model No. CF-Y4HWPZZ 1 2 1: Operation System B: Microsoft Windows® XP Professional 2: Area M: Refer to above area table 2005 Matsushita Electric Industrial Co., Ltd. All rights reserved.

Contextual Info: HMC135 l* * * i MICROWAVE CORPORATION GaAs MMIC BI-PHASE MODULATOR 1.8 - 5.2 GHz FEBRUARY 1998 Modulators Features General Description CHIP INTEGRATES DIRECTLY INTO MIC DESIGNS The HMC135 Bi-Phase Modulator is designed to phase-modulate an RF signal into reference

Contextual Info: HMC158 MICROWAVE CORPORATION GaAsMMIC SMT FREQUENCY DOUBLER 1.3-4.0 GHz INPUT FEBRUARY 1998 Features General Description CONVERSION LOSS: 15dB The HMC158 is a miniature frequency dou­ bler in a MMIC die. Suppression of undes­ ired fundamental and higher order harmon­

Contextual Info: HMC204C8 MICROWAVE CORPORATION G a A sM M IC S M T FREQUENCY DOUBLER 4 - 8 GHz INPUT FEBRUARY 1998 Features General Description CONVERSION LOSS: 14 to 17 dB The HMC204C8 is a passive miniature fre­ quency doubler in a non-hermetic surface mount package. Suppression of undesired

Contextual Info: HMC205 MICROWAVE CORPORATION G aA s M M IC FR E Q U E N C Y D O U B LE R 6 -1 2 G H z IN PU T FEBRUARY 1998 Features General Description CONVERSION LOSS: 12 to 17 dB The HMC205 is a passive miniature fre­ quency doubler in a MMIC die. Suppression of undesired fundamental and higher order

Contextual Info: HMC196C12 MICROWAVE CORPORATION GaAs MMIC SMT QPSK MODULATOR 2.4 GHz FE B R U A R Y 1998 Features General Description EXCELLENT AM PLITUDE AND PHASE BALANCE The H M C 1 9 6 C 1 2 Q P S K Modulator is designed to phase-modulate a RF signal into quadrature D IREC T M ODULATION IN THE 2.4 G Hz ISM BAND

Contextual Info: CURRENTS THROUGH PARASITIC DIODES USING COP8 FAMILY DEVICES January 20, 1993 Version 2.0 W. Hoeld, NSSC T.H. Tjang, NSSG E.A. Bron, NSGE Page 1 Chapter 1 GENERAL 1.1 COP8 inputs and I/O's 1.2 Using the parasitic diodes 1.3 Extemal voltages Chapter 2 EXERCISE

E5 SMD Transistor

Abstract: 4410 smd 4410 ic 4410 8 pins pbm1 TRANSISTOR T4 transistor smd e5 lg smd transistor IXBD4410 IXBD4411
Contextual Info: GDBD 4410 Driver Unit for Converter-Brake-Inverter Modules Preliminary data Application and Features The driver board constitutes a high performance interface between drive controller and power section of a variable speed AC drive, consisting of six plus one transistors for a three phase

Contextual Info: HMC156 ra x *] MICROWAVE CORPORATION G aA s M M IC FR E Q U E N C Y D O U B LE R 0.7 - 2.3 G H z IN P U T FEBRUARY 1998 Features General Description C O N VER SIO N LOSS: 18dB The HMC156 is a miniature frequency dou­ bler in a MMIC die. Suppression of undes­

ATT22C498-13M44

Abstract: ATT22C498
Contextual Info: r ia t i* s h p p t 1 June 1995 # % |Q | Microelectronics ATT22C498 16-Bit Interface RAMDAC PrecisionDAC Technology Features Application Differences From the ATT20C491/490 • Analog clock doubler ■ 16-bit pixel port, usable as an 8-bit port ■ 170/135/110 MHz speed grades:

ATT21C498

Abstract: ATT22C498-13M44 ATT22C498-13 ramdac RS-343A international cro circuit diagram
Contextual Info: L = AT&T Data Sheet June 1995 Microelectronics ATT22C498 16-Bit Interface RAMDAC PrecisionDAC Technology Features Application Differences From the ATT20C491/490 • Analog clock doubler ■ 16-bit pixel port, usable as an 8-bit port ■ 170/135/110 MHz speed grades:

CI SE110

Abstract: Shanghai Tupi COP888CF V44A ttp 916 034XA
Contextual Info: Semiconductor COP988CF/COP984CF/COP888CF/COP884CF 8-Bit CMOS Microcontroller with A /D Converter • Schmitt trigger inputs on Port G ■ Packages: — 44 PLCC with 38 I/O pins — 40 DIP with 34 I/O pins — 28 DIP with 24 I/O pins — 28 SO with 21 I/O pins

ATT22C498

Abstract: ATT22C498-13 ATT21C498 RS-343A 3C8 Ferrite Material Ferrite 3c8
Contextual Info: L = AT&T Data Sheet June 1995 Microelectronics ATT22C498 16-Bit Interface RAMDAC PrecisionDAC Technology Features Application Differences From the ATT20C491/490 • Analog clock doubler ■ 16-bit pixel port, usable as an 8-bit port ■ 170/135/110 MHz speed grades:

Contextual Info: HMC137 WL kh ^ M ICRO W AVE C O RPO RA TIO N GaAs MMIC BI-PHASE MODULATOR 6 -1 1 GHz FE B R U A R Y 1998 Features General Description CH IP INTEGRATES DIREC TLY INTO MIC DESIG NS T h e H M C 1 3 7 B i-P h ase M o d u lato r is designed to p h a se -m o d u la te an R F signal into re feren ce

COP8788CFN-X

Abstract: COP8788 COP888CF D28G V44A 942513 FAJ4 serial port rs232 r2t
Contextual Info: Semiconductor COP988CF/COP984CF/COP888CF/COP884CF Single-Chip microCMOS Microcontroller G e n e ra l D e s c rip tio n The COP888 family of microcontrollers uses an 8-bit single chip core architecture fabricated with National Semiconduc­ tor’s M2CMOS process technology. The COP888CF is a

switch Signal LUX L4

Abstract: COP8788CFN-X tek 455 manual COP888CF D28G M28B V44A nijia 731 tico
Contextual Info: a t i o n a l S e m i c o n d u c t o r COP988CF/COP984CF/COP888CF/COP884CF Single-Chip microCMOS Microcontroller General Description The COP888 family of microcontrollers uses an 8-bit single chip core architecture fabricated with National Semiconduc­ tor’s MSCMOStm process technology. The COP888CF is a