RF Vector Signal Generator optimizes throughput, phase noise.
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Press Release Summary:
Used for design verification or production testing, Model 2920A provides signal generation bandwidth options up to 80 MHz with frequency range of 10 MHz to 4 or 6 GHz. MIMO testing system solution, which can tune to new frequency on DUT's operating band in 300 µsec or less, offers electronic attenuation and fast-tracking, automatic level control loop. Ultra Low Phase Noise option can provide phase noise levels of less than or equal to -135 dBc/Hz at 300 kHz offset on 2 GHz carrier.
Original Press Release:
Keithley's New RF Vector Signal Generator Provides Industry's Best Combination of High Throughput and Low Phase Noise
Cleveland, Ohio - September 28, 2009 - Keithley Instruments, Inc. (NYSE:KEI), a world leader in advanced electrical test instruments and systems, announced today that it has upgraded its popular RF Vector Signal Generator line for RF engineers with new capabilities that reduce signal generation times and enhance signal quality. In contrast with competitive signal generators, which typically force users to choose between best signal quality and maximum test throughput, the Model 2920A's no-compromise design combines both capabilities in the same instrument. Patent-pending technology allows the Model 2920A RF Vector Signal Generator to support both frequency and amplitude switching rates that are significantly faster than any competitive system. Unlike systems optimized either for development or production, the Model 2920A is a cost-effective solution whether used on the bench for design verification testing or in production testing. To learn more, visit http://keithley.acrobat.com/p98777722/.
The Model 2920A, which provides signal generation bandwidth options up to 80MHz with a frequency range of either 10MHz-4GHz or 10MHz-6GHz, builds on the capabilities of Keithley's Series 2900 signal generator line. It expands the Series 2900 line's applications for testing wireless devices to today's high throughput, complex modulation, and wide bandwidth wireless telecom standards, including GSM/EDGE, cdmaOne, cdma2000, W-CDMA, HSPA, HSPA+, LTE, WLAN, WiMAX, WiBro, TD-SCDMA, DVB (Digital Video Broadcast), and GPS (Global Positioning System).
The Model 2920A is optimized for calibrating and testing components such as amplifiers, filters, and wireless receivers thoroughly over their full range of performance at exceptional speed. Several major advances allow it to provide substantially higher test throughput than earlier signal generation options:
Users have the flexibility to create waveform files offline and download them into the Model 2920A's arbitrary waveform memory using a USB memory stick or the GPIB or LAN interfaces. This transfer flexibility will be useful for those who prefer to employ third-party tools to create signal files, such as The MathWorks' MATLAB® interactive programming environment.
The Model 2920A's enhanced speed performance doesn't compromise its phase noise performance. Unlike competitive signal generators, which are typically designed to maximize either throughput (for production test applications) or signal purity (for design verification applications), the Model 2920A includes new capabilities that allow optimizing for whichever performance aspect is most critical for a specific application:
- Absolute amplitude accuracy of ±0.6dB (typically ±0.3dB) from -110dBm to +13dBm up to 3GHz
- ±0.05dB relative amplitude accuracy (linearity)
- ±0.05dB amplitude repeatability
Continuing Technical Leadership in MIMO Testing. The Model 2920A is the latest addition to Keithley's MIMO (Multiple-Input, Multiple-Output) testing system solutions. MIMO signals can be easily generated and analyzed by using Keithley's SignalMeister(TM) RF Communications Test Toolkit software and Model 2820A Vector Signal Analyzers in conjunction with Model 2920As. When used in conjunction with the signal personalities provided in SignalMeister software, it is not only capable of generating pure signals but can generate impaired signals for in-depth receiver characterization and testing.
Model 2920A Applications. Applications include R&D, product development, and production testing of a growing range of wireless products such as femtocells, access points, mobile devices, wireless modules and air cards, and wireless chipsets. The Model 2920A's operating mode flexibility makes it an excellent choice for MIMO device and system R&D applications, as well as in engineering education settings.
Price and Availability. The Model 2920A RF Vector Signal Generator is priced at $17,850 USD (4GHz version) or $23,460 USD (6GHz version). The Model 2920A's combination of high speed and high quality signal generation performance makes its pricing even more competitive because users can perform multiple applications with the same instrument-from design verification testing to production testing-extending the usage of each unit purchased. Option prices, whether the ultra-low phase noise option or optional personalities tailored to various telecom standards, are also at or below the cost of competitive solutions. Orders are being taken now for delivery in six weeks.
For More Information. To learn more about the new Model 2920A RF Vector Signal Generator, visit keithley.com/products/rfmicrowave/?mn=2920A or contact the company at:
Telephone: 800-688-9951
440-248-0400
FAX: 440-248-6168
E-mail: publisher@keithley.com
Internet: www.keithley.com
Address: Keithley Instruments, Inc.
28775 Aurora Road
Cleveland, OH 44139-1891
About Keithley Instruments, Inc. With more than 60 years of measurement expertise, Keithley Instruments has become a world leader in advanced electrical test instruments and systems from DC to RF (radio frequency). Our customers are scientists and engineers in the worldwide electronics industry involved with advanced materials research, semiconductor device development and fabrication, and the production of end products such as portable wireless devices. The value we provide them is a combination of products for their critical measurement needs and a rich understanding of their applications to improve the quality of their products and reduce their cost of test.
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