2920A转换开关

主要特点及优点

High speed signal generation for maximum test time savings

    Fast frequency tuning times as short as 300µs

    Fast amplitude switching as fast as 150µs open loop and 300µs closed loop control

    Fast data download >100MB/s I-Q signal file downloads over a USB 2.0 link using the desktop control panel operating mode

Superior signal generation quality to complement high speed operation

    Up to 80MHz signal modulation bandwidth with 100Msample arbitrary waveform memory

    Wide signal generation range -130dBm to +13dBm

    Phase noise <-135dBc/Hz at a 300kHz offset from a 2GHz carrier with the ultra-low phase noise option

    Low Error Vector Magnitude levels: WCDMA EVM <0.85%, WLAN 802.11n EVM <-43dB with 40MHz bandwidth at a carrier frequency of 5.8GHz, WiMAX residual Relative Constellation Error (RCE)

The Model 2920A Vector Signal Generator outputs both CW and modulated signals from 10MHz to 4GHz or 6GHz for R&D and production testing of wireless chipsets, wireless modules, and wireless devices. This no-compromise signal generator combines high speed with outstanding phase noise performance. Competitive signal generators only permit optimizing for either speed or low phase noise. Instead, the Model 2920A allows optimization for either aspect of performance at any time and also allows you to get excellent speed even when you are optimizing for phase noise performance. The Model 2920A can download waveform files at high speed and offers an arbitrary waveform generator capable of bandwidths as wide as 80MHz, so it can download large, complex, wide-bandwidth signal files quickly. That helps researchers develop sophisticated new wireless transmission schemes and production test engineers develop test schemes that exercise their devices thoroughly.

应用

Product development and production test of wireless products such as femtocells, access points, and mobile devices; wireless modules and air cards; and wireless chipsets

MIMO device and system research and development

WLAN Dynamic Frequency Selection Conformance testing

Wireless engineering education