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E Band High ENR Noise Source: STZ-12-I2

2014-04-15 STZ-15-I1 V Band Noise SourceModel STZ-12-I2 is an E Band noise source with extremely high ENR. The noise source is silicon IMPATT diode based solid state noise source, which employs high performance diode and priority circuit design to offer minimum 20 dB ENR in entire waveguide bandwidth from 60 to 90 GHz. 


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Full Band Low Noise Amplifier: SBL-7531142240-1010-S1

2014-04-14 SBL-7531102240-1010-S1 W Band Low Noise AmplifierModel SBL-7531142240-1010-S1 is a W band low noise amplifier covering entire W-band from 75 to 110 GHz .  The amplifier exhibits more than 20 dB small signal gain with ± 1.5 dB gain flatness and around 4.0 dB noise figure. The output P-1 dB of the amplifier is around 0 dBm typical and it draws 30 mA current from a single DC power supply in the range of +5 to +12 volts.


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E Band Active X4 Multiplier: SFA-713863410-12KF-S1

2014-03-12 SFA-713863410-12KF-S1 E Band X4 Multiplier_EditedModel SFA-713863410-12KF-S1 is a 71 to 86 GHz X4 active multiplier which is designed for E-Band communications and automotive radar applications. The active multiplier converts 17.75 to 21.5 GHz / +5 dBm input signal to deliver 71 to 86 GHz frequency band with a typical +10 dBm output power.


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Integrated Transceiver Module: SSC-7737731200-1212-C1

2014-03-09 SSC-7737731200-1212-C1 Transceiver Module E BandModel SSC-7737731200-1212-C1 is a compact and cost-effective E band transceiver module operating in the frequency range of 76 to 78 GHz. The module is designed and fabricated for emerging automotive ACC radar applications. It can be used as FMCW transceiver for speed and distance measurements or radar target simulators for testing.


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E Band Noise Figure and Gain Test Set: STG-12-S1

2014-03-10 STG-12-S1 Noise Figure and Gain Test Set E Band

Model STG-12-S1 is an E-Band noise figure and gain test set, which includes a high performance solid-state E-Band noise source (STZ-12-I1) and a full waveguide band down converter (STC-20-12-S1). It extends the noise and gain measurement capacity from 10 to 15 GHz to the frequency range of 60 to 90 GHz.


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Omni-Directional Antenna: SAO-5836230230-15-S1

2014-04-13 SAO-5836230230-15-S1 V Band Omni Directional AntennaModel SAO-5836230230-15-S1 is a V Band vertically polarized omni-directional antenna with center frequency at 60 and ± 2 GHz operation bandwidth. The antenna is designed for close-in wireless communication applications. The antenna has 30 degree vertical beam width with a typical 2 dBi gain.


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Four Way Power Combiner: SWP-46347304-2F2F-C1

SWP-46347304-2F2F-C1Model SWP-46347304-2F2F-C1 is a Q band high Q four-way power combiner operating from 45.5 to 47 GHz. The power combiner exhibits better than 15 dB return loss, 2.0 dB insertion loss and 20 dB port to port isolations in the operational bandwidth. The power combiner possesses excellent phase and amplitude balance. The power combiner is equipped with 2.4 mm (female) connectors.


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V Band Noise Source: STZ-15-I1

2014-04-15 STZ-15-I1 V Band Noise SourceModel STZ-15-I1 is a V Band full waveguide noise source. The noise source is silicon IMPATT diode based solid state noise source, which employs high performance diode and priority circuit design to offer nominal 14 dB ENR with extreme flatness in entire waveguide bandwidth from 50 to 75 GHz.


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Vector Network Analyzer: VectorStar™ ME7838E

Test & Measurement

Anritsu_ME7838E_FrontAnritsu Co. introduces the VectorStar™ ME7838E vector network analyzer (VNA) broadband system that provides frequency coverage of 70 kHz to 110 GHz in a single connection. Incorporating all the benefits of the VectorStar ME7838 series broadband system the ME7838E addresses the challenges associated with today’s high-speed device characterization.


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Ferrite RF Isolators and Circulators

RF-Circulators-and-IsolatorsIdeal for use in mobile infrastructure and distributed antenna systems (DAS), these new ferrite circulators and isolators cover many of the common communications bands including UHF, AMS, Tetra, Cellular, PCS, UMTS and LTE frequencies. The new circulators and isolators are designed with SMA or Type-N connectors.


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