UPC1654P Search Results

Contextual Info: UPC1654A UPC1654B UPC1654P 1.0 GHz SILICON MMIC AMPLIFIER NOISE FIGURE AND ASSOCIATED GAIN vs. FREQUENCY FEATURES 22 • BROADBAND PERFORMANCE: 10 to 1100 MHz 20 • INPUT AND OUTPUT MATCHED TO 50 Q CÛ • AVAILABLE IN CHIP OR HERMETIC PACKAGE m TJ 18 . EXCELLENT LINEARfTY

UPC1654B

Abstract: UPC1654 uPC165 UPC1654A UPC1654P UPC1
Contextual Info: NEC UPC1654A UPC1654B UPC1654P MEDIUM POWER 1.0 GHz BANDWIDTH SILICON MMIC AMPLIFIER FEATURES DESCRIPTION AND APPLICATIONS • B R O A D B A N D P E R F O R M A N C E : 10 to 11 00 M H z T h e U P C 1654 S ilic o n M ic ro w a v e M o n o lith ic IC is d e s ig n e d

Contextual Info: NEC MEDIUM POWER 1.0 GHz BANDWIDTH SILICON MMIC AMPLIFIER UPC1654A UPC1654B UPC1654P FEATURES DESCRIPTION AND APPLICATIONS • BROADBAND PERFO RM ANCE: 10 to 1100 MHz The UPC1654 Silicon Microwave Monolithic IC is designed for general purpose and IF amplifier applications. This

SVI 3104 c

Abstract: UPC1678G ne333 stb 1277 TRANSISTOR equivalent transistor bf 175 NE85635 packaging schematic NE72000 VC svi 3104 NE9000 NE720
Contextual Info: Introduction Small Signal GaAs FETs Power GaAs FETs Small Signal Silicon Bipolar Transistors Power Silicon Bipolar Transistors Silicon Monolithic Circuits GaAs Monolithic Circuits Reliability Assurance Appendix This C atalog is printed on R ecycled Paper California Eastern Laboratories, Inc. reserves the right to make changes to the products or

Contextual Info: _ SILICON MMIC UPC1654A/B/P PRELIMINARY VHF-UHF Silicon Monolithic Amplifier FEATURES ABSOLUTE MAXIMUM RATINGS SYMBOLS • BROADBAND PERFORMANCE: 10 to 1100 MHz PARAMETERS Vcc • INPUT AND OUTPUT MATCHED TO 50 £1 • AVAILABLE IN C HIP OR HERMETIC PACKAGE

mmic a08

Abstract: t06 TRANSISTOR transistor t06 B584B B585B 544 mmic uPC1675 mmic prescaler divide by 64 UPC1668B UPC1678B
Contextual Info: Silicon MMIC Selection Guide WIDEBAND AMPLIFIERS ELECTRICAL C K M K T E m m C S 'M a O M Hz. i- ' « M l» ICC V (mA) NF (dB) Rim Gain (dB) (dB) RL oot PSAT (dB) (dBm) ISOL (dB) m tm m m n * m m MIN TYP MAX TYP MIN TYP MAX TYP TYP TYP TYP Ca* 25 5.5 16 18