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Tag: gaas
San'an IC Selects The Mentor Graphics Calibre Platform For Verification Of Advanced GaAs Wireless ICs
2015-12-01 04:18:52| wirelessdesignonline News Articles
Mentor Graphics Corp. (NASDAQ:MENT) today announced that Xiamen San'an Integrated Circuit Co. Ltd. (San'an IC) has selected theCalibre® nmDRC™ andCalibre nmLVS™products as its golden signoff physical verification solution for gallium arsenide (GaAs) ICs used in mobile and other wireless applications.
Tags: advanced
wireless
graphics
platform
GaAs MMIC Frequency Multipliers Span 8 To 40 GHz
2015-11-25 05:56:34| rfglobalnet Home Page
Custom MMIC, a leading developer of performance-driven monolithic microwave integrated circuits (MMICs), has expanded its standard product portfolio with three new frequency multipliers/doublers.
Richardson RFPD Introduces 111 GHz GaAs HEMT Low Noise Amplifier From ADI
2015-11-23 07:02:37| wirelessdesignonline News Articles
Richardson RFPD, Inc. announced recently the availability and full design support capabilities for a GaAs MMIC low-noise, wideband amplifier from Analog Devices, Inc.
Tags: low
noise
ghz
introduces
GaAs MMIC Frequency Multipliers span 8-40 GHz.
2015-11-20 14:31:05| Industrial Newsroom - All News for Today
Available in die form, Model CMD213 broadband x2 active frequency multiplier covers input frequency range of 8–15 GHz. When driven by +17 dBm signal, device provides +17 dBm output power from 30–40 GHz. Also supplied in die form, Models CMD226 and CMD227 are broadband x2 passive frequency multipliers with input frequency ranges of 7–11 GHz and 8–15 GHz, respectively. Typical applications include military radar/EW, point-to-point radios, VSAT, and test instrumentation.
Electrical Characterization Of Packages For Use With GaAs MMIC Amplifiers
2015-10-14 17:55:03| rfglobalnet Home Page
Most packaging vendors have little or no microwave design and characterization capabilities added to their products, so a specific fixturing technique was developed and made applicable to nearly any style device. This test methodology combines the advantages of on-wafer RF probing with a TRL calibration to create a completely de-embeddable, novel “test fixture.” This technique is used to characterize microwave packages in order to identify the appropriate packages for amplifier products covering frequencies up to 12 GHz, to characterize injection-molded plastic packages, and to evaluate nn-probeable MMIC’s.
Tags: packages
electrical
characterization
amplifiers
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