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Test & Measurement 07/07/2007
Anritsu: high performance signal Analyzers can incorporate a Signal Generator and RNC Simulator
| The wideband FFT analysis (31.25 MHz extended to 120 MHz in the near future) supports high-speed continuous measurement, capturing a multitude of measurements such as CCDF, frequency vs. time, spectrum, and power vs. time.
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Analyseur de signaux vectoriels série MS269xA
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Anritsu Company Introduces a series of high performance signal Analyzers MS2690/91A from 50 Hz to 6 GHz. The series MS2690/91A are the very latest high performance, high specification products for next generation communications applications. The MS2690A (50 Hz to 6 GHz) - MS2691A (50 Hz to 13.5 GHz) Series Signal Analyzers can incorporate a Signal Generator, and RNC Simulator, turning the solution into a hassle free, plug and play, one box solution.
Based on high-performance spectrum analyzers supporting wideband FFT vector analysis (31.25 MHz, extended to 120 MHz in near future) the MS269X Series is a generation more powerful, 20 times faster and 30% smaller than previous generations. Its unique, extendable, cutting edge, modular architecture produces the most accurate measurements and offers the widest dynamic range available.
A series of options enable the support of modulation analysis, vector signal generation, and BER measurement with high-speed & high accuracy. These dramatically reduce cost & TACT (Total Average Cycle Time) at device evaluation, meaning this single box solution raises the standard for Signal Analyzers beyond anything currently available.
The MS269XA series Signal Analyzers support the development and manufacturing of, infrastructure equipment and components and will support mobile devices across many applications within GSM, GPRS, EDGE, W-CDMA, WiMAX and HSPA. They are also ideal for LTE (Long Term Evolution) and 4G application testing.
The wideband FFT analysis (31.25 MHz extended to 120 MHz in the near future) supports high-speed continuous measurement, capturing a multitude of measurements such as CCDF, frequency vs. time, spectrum, and power vs. time. The built-in digitizing function that captures the RF signal will dramatically increase the efficiency of product development and the installation of modulation software supports modulation analysis in each communication system and the measurement of each specification.
- Frequency coverage up to 13 GHz
- MS2690A - 50 Hz to 6 GHz Signal Analyzer
- MS2691A - 50 Hz to 13.5 GHz Signal Analyzer
- Advanced architecture provides top-of-the-line RF performance
- Class leading Vector Signal Analysis function combines speed and reliable RF performance
- High accuracy digitizer function captures RF signal without loss
- DL-MAP decode - “plug and play” mobile WiMAX measurement
World Class Dynamic Range :
World class dynamic range (displayed avg. noise level -155 dBm/Hz@2 GHz, TOI +22 dBm@2 GHz) reduces accessories required for spurious test system, and makes testing simple and low cost.
120 MHz Analysis Bandwidth:
An optional 120 MHz Analysis Bandwidth supports evaluation of 4G transmissions that require bandwidth over 100 MHz.
Excellent Accuracy of Level and Modulation Analysis up to 6 GHz (with built-in calibrated signal souce)
A high-performance built-in vector signal generator (option) covers frequencies up to 6 GHz with 120 MHz RF variable bandwidth and excellent ACLR performance.
High-Speed Modulation Analysis:
Employing advanced FFT techniques and a high-speed CPU, the MS269XA series is now able to offer a 20x increase in measurement speed when measuring across a number of technologies such as GSM, CDMA or OFDM. This increased efficiency substantially cuts the total average cycle time in manufacturing.
High-Speed External Interface:
Test systems can be configured faster by using bundled Gigabit Ethernet, GPIB and USB 2.0 that support high-speed remote control and external data transmission.
DL-MAP Decode:
The MS269XA series also features automatic “plug and play” programming to enable the measurement of mobile WiMAX signals. By analyzing DL-MAP, WiMAX signals can be measured without knowing the parameters of the signal.
Additional information concerning Anritsu Company can be found on the Company’s Web site:
Anritsu Company
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