FETS IN BALANCED MIXERS Search Results

HMC296MS8

Contextual Info: HMC296MS8 MICROWAVE CORPORATION GaAs MMIC SMT DOUBLE-BALANCED FET MIXER 1.1 - 1.7 GHz V00.0700 FEBRUARY 2001 Features General Description The HMC296MS8 is an ultra miniature double-balanced FET mixer in an 8 lead plastic surface mount Mini Small Outline Package MSOP . This MMIC mixer is constructed of switched GaAs FETs and novel

FETs in Balanced Mixers Ed Oxner

Abstract: ecom-2989 fet j310 FET U310 j310 fet relcom bt9 FETs in Mixers Ed Oxner fets in balanced mixers U310 fet oxner mixer diode
Contextual Info: s Siliconix APPLICATION NOTE FETs in Balanced Mixers Ed Oxner INTRODUCTION Initial evaluation o f the active FET mixer will imply a dis­ advantage because o f local oscillator drive requirem ents; bipolar devices in low-level m ixers require very little drive

xg1015-SE

Abstract: XB1013-qt CMM6001-BD CFP0103-SP CMM6004-BD XZ1003-QT XU1016 QH XP1073-BD XD1008-QH XP1035-BD
Contextual Info: Sales Contact Information NORTH AMERICA COLORADO, UTAH USA ALABAMA, FLORIDA, GEORGIA, MISSISSIPPI, NORTH CAROLINA, SOUTH CAROLINA,TENNESSEE, Electronic Marketing Associates EMA 919-847-8800 rdenny@emarep.com Alabama Office 256-880-8050 djones@emarep.com

Mixer Output IP3 41 dBm

Abstract: DOUBLE FET HUD-19SH fets in balanced mixers BK377 HJK-19H HJK-21H TTT167 balun diode mixer M79277
Contextual Info: Novel Passive FET Mixers Provide Superior Dynamic Range The dual-double-balanced configuration of these FET mixers helps to improve dynamic range with reduced conversion loss and noise figure without expending DC bias. Engineering Department Mini-Circuits, P.O. Box 350166, Brooklyn, NY 11235; 718 934-4500, FAX: (718) 332-4661, Internet:

Contextual Info: Novel Passive FET Mixers Provide Superior Dynamic Range The dual-double-balanced configuration of these FET mixers helps to improve dynamic range with reduced conversion loss and noise figure without expending DC bias. Engineering Department Mini-Circuits, P.O. Box 350166, Brooklyn, NY 11235; 718 934-4500, FAX: (718) 332-4661, Internet:

Contextual Info: CORPORATE OVERVIEW MITEQ, an acronym for M icrowave (I)nformation (T)ransmission (EQ)uipment, designs and manufactures a complete line of high-performance components and subsystems for the microwave electronics community. Located on Long Island, New York for more than thirty years, it has grown into

Design Considerations for BJT Active Mixers

Abstract: Signal mixing NE602 nokia 5300 agilent ads balun diodes 4001 8970B nokia 1662 NE602 equivalent EESof nokia fasb
Contextual Info: Noise in Ring Topology Mixers Rick Poore Agilent EEsof EDA 1 Introduction For a classical double-balanced ring-diode mixer, it is expected that the conversion loss 4–5 dB should match the noise figure. This document explores the formal definition of noise figure and

x-band microwave fet

Abstract: x-band mmic lna MMIC X-band amplifier x-band limiter GAAS FET AMPLIFIER x-band 10w microwave transceiver X band 5-bit phase shifter MMIC s-band X-band GaAs pHEMT MMIC Chip x-band power transistor
Contextual Info: GaAs MMIC PROCESSES ENABLE MULTI-FUNCTION INTEGRATION, INCREASING RELIABILITY WHILE REDUCING CHIP SIZE AND COST By Dr. Edward L. Griffin and D. Gary Lerude Aerospace & Defense ICs M/A-COM, a Tyco Electronics Company Introduction After some 20+ years of DoD technology development, the commercial wireless market has

FET U310

Abstract: FET 2N4416 2N2606 2N5397-2N5396 2N5396-2N5397 2N5906 2N3687A 2n4117 jan
Contextual Info: -Jbtttron Devices. Inc mw TO §MUË<gÏÏ \F\W\R IN TRO DUCTIO N TO THE F E T S SDF1001 thru 1006 FOR SWITCHING In most switching applications it is desirable to have a high ON-OFF-ratio. It is also desirable to be able to switch both positive and negative signal voltages over a range as large as

x-band power transistor

Abstract: x-band microwave fet MMIC X-band amplifier x-band mmic lna GAAS FET AMPLIFIER x-band 10w microwave transceiver X-band GaAs pHEMT MMIC Chip X band 5-bit phase shifter x-band mmic x-band limiter
Contextual Info: MAY 2000 GaAs MMIC Processes Enable Multi-Function Integration, Increasing Reliability While Reducing Chip Size and Cost by Dr. Edward L. Griffin and D. Gary Lerude, Aerospace & Defense ICs, M/A-COM, a Tyco Electronics Company Introduction After more than 20 years of DoD technology development, the exploding

HMC216MS8

Contextual Info: HMC216MS8 / 216MS8E v02.0705 10 GaAs MMIC SMT DOUBLE-BALANCED FET MIXER, 1.3 - 2.5 GHz D E U N I T N O T C C S U I D D O PR Typical Applications Features The HMC216MS8 / HMC216MS8E is ideal for: Input IP3: +25 dBm @ +11 dBm LO • Base Stations LO Range = +3 to +11 dBm

HMC296MS8

Contextual Info: HMC296MS8 / 296MS8E v03.0705 10 D E U N I T N O T C C S U I D D O PR Typical Applications Features The HMC296MS8 / HMC296MS8E is ideal for: Input IP3: +24 dBm @ +11 dBm LO • Miniature Basestations LO Range = +3 to +11 dBm • PCMCIA Conversion Loss: 7 dB

Contextual Info: RF2402
 

 
 
      • Digital and Spread Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • GSM and D-AMPS Cellular Systems
    .157 .150 1 GaAs HBT

RF2402

Contextual Info: RF2402 5 UHF QUADRATURE MODULATOR Typical Applications • Digital and Spread-Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • GSM and D-AMPS Cellular Systems Product Description .157 .150

RF2464

Abstract: transistor j117 SOIC-14 J264 tetra system block diagram J-158
Contextual Info: RF2464 5 VHF QUADRATURE MODULATOR Typical Applications • Digital and Spread-Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio and TETRA systems Product Description 0.156

j139

Contextual Info: RF2454
            • Digital and Spread Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio Systems 1
Si CMOS     POWER CONTROL

J139

Abstract: J106
Contextual Info: RF2454
            • Digital and Spread Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio Systems 1
Si CMOS     POWER CONTROL

J117

Abstract: transistor j117 j158
Contextual Info: RF2464
    
      • Digital and Spread Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio and TETRA systems
    .157 .150

Contextual Info: RF2464
    
      • Digital and Spread-Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio and TETRA systems
    .157 .150

J139

Contextual Info: RF2454
    
      • Digital and Spread Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio Systems
    .157 .150 1 GaAs HBT

transistor j117

Abstract: RF2485 J117 RF2464 SOIC-14 F2485
Contextual Info: RF2464 5 VHF QUADRATURE MODULATOR Typical Applications • Digital and Spread-Spectrum Systems • AM, SSB, DSB Modulation • GMSK, QPSK, DQPSK, QAM Modulation • Image-Reject Upconverters • Private Mobile Radio and TETRA systems Product Description Si Bi-CMOS

100MHz SMD RF Mixer

Abstract: J1400
Contextual Info: RF2413 GAIN CONTROLLED DUAL-CONVERSION QUADRATURE MODULATOR Typical Applications • Digital and Spread Spectrum Systems • CDMA Systems • Analog Communication Systems • General Purpose Frequency Conversion • GSM Systems • Portable Battery-Powered Equipment

Contextual Info: RF2413 GAIN CONTROLLED DUAL-CONVERSION QUADRATURE MODULATOR Typical Applications • Digital and Spread Spectrum Systems • CDMA Systems • Analog Communication Systems • General Purpose Frequency Conversion • GSM Systems • Portable Battery Powered Equipment

100MHz SMD RF Mixer

Abstract: J1400
Contextual Info: RF2413
          
      • Digital and Spread Spectrum Systems • CDMA Systems • Analog Communication Systems • General Purpose Frequency Conversion • GSM Systems • Portable Battery Powered Equipment