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The HP 11759C RF Channel Simulator has all the features and performance characteristics that make it ideally suited for testing digital cellular radios under RF multipath conditions. Whether the radio is designed for operation with the GSM, NADC, DCS1800, or JDC cellular systems, it is easy to simulate the fast and slow fading, time dispersion, and Dopplers experienced in the mobile radio environment. The HP 11759C is also suitable for testing many other analog and digital wireless communications systems with RF bandwidths to 6.0 MHz under multipath fading conditions. RF Channel Specifications. Independent RF channels: 2 of 3 paths each (1 of 6 paths with Opt 001). RF input/output frequency range: 40 to 2700 MHz. RF bandwidth (1 dB): > 6.0 MHz typically. Path insertion loss: Typically 24 dB ± 3 dB. LO input frequency range: RF input frequency less 6 MHz. Channel Simulation Specifications. Number of Independent Paths per Channel: 3 (6, Opt 001). Independent Rayleigh (Classical) fading, Delay, Doppler, and level available on each path. Path Attenuation Range: 0 to 50 dB, in 0.1 dB steps. Path Delay Interval Range: 0 to 186 us, in 1.0 ns steps (Delays to 1.48 ms are available by special order). Simulated Vehicle Speed Range (at 900 MHz): 0 to ± 509 km/h. Simulated Doppler Range: 0 to ± 425 Hz. Options. Opt 001 One Channel of 6 Paths. Opt 002 Rear Panel Only RF Connectors. Opt 003 One Channel of 6 Paths with Rear Panel Only RF Connectors.
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