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Spirent GSS6100 GNSS Signal Generator

The Spirent GSS6100 is designed specifically for high volume manufacturing test applications for devices that include a GPS L1 C/A code receiver. For many applications, a single channel GPS signal simulator is the preferred way to ensure that each device produced meets defined parameters. While multi-channel GPS testing is essential during R&D, integration and verification testing, in a manufacturing environment many applications prefer a single channel to stimulate the receiver in a test mode. Controlled GPS testing in this way assures correct assembly and verifies expected performance parameters, typically C/No within a specified range for a given RF input power level.

2017 - 12 - 07
N9000A CXA Signal Analyzer, 9 kHz to 26.5 GHz

Master the essentials in signal characterization with the leading low-cost tool in signal analysisPerform cost-effective stimulus response measurements with optional built-in tracking generatorAdd crucial functionality with X-Series measurement applications for analog demodulation, noise figure, phase noise, vector signal analysis, EMI precompliance, and moreEnhance theory with practical skills that enable deeper insights: use with a training kit in your RF & microwave education lab

2017 - 10 - 17
SPIRENT GSS6300 GNSS SIGNAL GENERATOR

To support a wide range of test requirements, the GSS6300 can be remotely controlled via standard interfaces such as IEEE-488, USB or RS-232. In addition, Spirent SimCHAN software can be used to implement real-time user control of the GSS6300, making it an accurate laboratory GPS / SBAS, GLONASS and / or Galileo test equipment.

2017 - 07 - 15
E4438C ESG Vector Signal Generator, 250 kHz to 6 GHz

RF performance and leading-edge baseband generationThe E4438C ESG vector signal generator combines outstanding RF performance and sophisticated baseband generation to deliver calibrated test signals at baseband, IF, and RF frequencies up to 6 GHz. Offering an internal baseband generator with arbitrary waveform and real-time I/Q capabilities, ample waveform playback and storage memory, and a wide RF modulation bandwidth, the E4438C ESG is equipped to test today's complex wireless systems and their components.Modular architecture to meet your test requirementsThe E4438C ESG is an adaptable platform with optional capabilities to customize the instrument for baseband and RF test applications ranging from simple distortion test and general purpose troubleshooting to baseband coding algorithm development, advanced transceiver design verification, and high volume manufacturing. Its modular architecture makes it easy to configure the instrument with the level of performance and signal...

2017 - 07 - 15
Rohde & Schwarz SMIQ03B Vector Signal Generator, 3.3GHz. No options.

The B series of Signal Generator Family R&S SMIQ for analog and digital modulation from Rohde & Schwarz offers solutions for today and tomorrow. In particular, this series takes into account future developments in the field of 3rd-generation digital mobile radio.The R&S SMIQ family comprises four models that differ in their upper frequency limits. These models feature a hitherto unrivalled versatility regarding signal generation and signal quality and are therefore ideal for use in development and type-approval testing. With their outstanding price/performance ratio, these signal generators are also economically attractive for applications in production. The wide frequency range from 300 kHz to 6.4 GHz covers all major radio bands including the IF ranges.The high-grade I/Q modulator fitted as standard ensures minimum error vector magnitude and high intermodulation suppression.

2017 - 07 - 14
83711B Synthesized CW Generator, 1 GHz to 20 GHz

The Keysight 83711B synthesized CW generator sets a new standard for performance at a price that is surprisingly affordable. No longer will you have to give up frequency coverage, modulation or reliability to meet your budget. This signal source will perform beyond your expectations at a price within your reach. Fundamental oscillators and switched low-pass filters deliver +14 dBm), while spectral purity is maintained even at high power levels (typical output power at frequencies below 1 GHz is +20 dBm).

2017 - 07 - 12

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