Rohde Schwarz R S FSU3 spectrum analyzer

Mondo Technology Updated on 2024-01-29

rohde&schwarz r&s

Details: R&S Rohde & Schwarz FSU series spectrum analyzers.

fsu3 20 hz to3.6 ghz

fsu8 20 hz to 8ghz

fsu26 20 hz to26.5 ghz

fsu46 20 hz to46 ghz

fsu50 20 hz to50 ghz

fsu67 20 hz to67ghz

The R&SFSU family of spectrometers is the leader in spectrometer metrics such as dynamic range, phase noise, level accuracy, and resolution bandwidth, all of which refer to:

It is also an important guarantee for users to design, measure and produce next-generation wireless communication components.

Frequency range: from 20hz to 3 respectively6 ghz, 8 ghz, 26.5 GHz, 46 GHz, and 50 GHz show average local noise: -158

dBm (normalized to 1 Hz) Phase noise: -123 dBc (1 Hz) Third-order intermodulation cut-off point (TOI) at a 10 kHz offset: +25 typical

dBm resolution bandwidth: 1 Hz to 50 MHz

Extremely high measurement speeds, fast adjacent-channel power (ACP) measurements in time-domain mode, and up to 70 measurements per second (including via GPIB bus).

The time at which the data was injected).

Unrivalled measurement functions are available as standard, TOI, MC ACP(R), OBW, CCDF, APD and other measurement options can be supported: -

gsm / edge -bluetooth? -wcdma / hsdpa / td-scdma - cdma2000? / 1xev-dv /1xev-do

Excellent RF performance has always been a key feature of Rohde & Schwarz spectrometers. Continuing this tradition, R&sfsu offers the following top-of-the-line.

RF Performance: Frequency Range:

fsu3 20 hz to3.6 ghz

fsu8 20 hz to 8ghz

fsu26 20 hz to26.5 ghz

fsu46 20 hz to46 ghz

fsu50 20 hz to50 ghz

RF Performance: to 3The total level uncertainty of 6GHz is 03db

The linearity error to -70db is less than 01db

Level accuracy: Displays average local noise: -158 dBm (normalized to 1 Hz) without pre-play.

Single-sideband phase noise typ-123 dBc Hz @ 10 kHz offset, center frequency 640 MHz

Single-sideband phase noise typ-160 dBc Hz @ 10 MHz offset, center frequency 640 MHz

Third-order intermodulation cut-off point (TOI): +25 dBm typical

1db compression point: +13dbm

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