Rohde & Schwarz FSIQ7

Integrated Vector Signal Analyzer for Universal Analysis of Digital and Analog

Refurbished and tested. Ask for price and availability on WhatsApp: +1 (469) 684-5039.

The Rohde & Schwarz FSIQ7 Features:

Spectrum Analysis with Ultra-wide Dynamic Range for Sophisticated ACPR

Measurements NF = 15 dB/TOI = +20 dBm

Figure of merit (NF - TOI) = +5 dBm

Integrated Vector Signal Analyzer for Universal Analysis of Digital and Analog

Modulated Signals BPSK to 16QAM, (G)MSK, AM, FM, PM

Vector Signal Analyzer for W-CDMA Symbol Rate up to 6.4 Msymbol/s

High-speed Synthesizer with 5 ms Sweep Time for FULL SPAN (FSIQ3/7)

High Display Update Rate up to 25 sweeps/s

Large Colour Display with High Resolution (24 cm/9.5 TFT)

Analysis of Frequency, Time, and Modulation Domain in One Box 82 dB

ACPR (Adjacent Channel Power Ratio) in 4.096 MHz

Integration Bandwidth for Alternate Channel

True RMS Detector for Precise and Repeatable Measurements of any Signal

Type Features in Brief3 models and frequency ranges:

FSIQ 3: 20 Hz to 3.5 GHz

FSIQ 7: 20 Hz to 7 GHz

FSIQ 26: 20 Hz to 26 GHz

measures intermodulation and harmonics

with great accuracy. The high 3rd-order

intercept point in conjunction with the

extremely low noise floor yields an intermodulation-free dynamic range of

>110 dB and ensures reliable performance of even sophisticated measurements. The excellent dynamic range and

the optimized phase noise values make

the R&S FSIQ an ideal tool for ACPR (adjacent-channel power ratio) measurements in all mobile radio systems and in

◆ Third-order intercept

+20 dBm with R&S FSIQ 7,

+22 dBm with R&S FSIQ26

◆ Phase noise −150 dBc(1/Hz) at 5 MHz

offset

◆ 75 dB ACPR dynamic range for

WCDMA (4.096 MHz integration BW)

◆ Total level uncertainty <1 dB up to

2.2 GHz, <1.5 dB up to 7 GHz

◆ RMS detector for high-precision power measurements irrespective of

waveform

◆ Fast spectrum analysis with 5 ms

sweep time for full span (R&S FSIQ3/7)

particular for WCDMA. The maximum

ACPR value for WCDMA in 4.096 MHz

bandwidth is 75 dB and is already

attained at −12 dBm input level.