Version 16.01, November 2017RF characteristics 4 Sensitivity/noise density at 1.001 GHz –159 dBm (1 Hz) (meas.) (measurement of the power spectral density at 1.001 GHz at input sensitivity 1 mV/div, corresponding to –36 dBm input range of the scope, using the FFT with center frequency 1.001 GHz, span 500 kHz, RBW 3 kHz) at 100 kHz –155 dBm (1 Hz) (meas.) (measurement of the power spectral density at 100 kHz at input sensitivity 1 mV/div, corresponding to –36 dBm input range of the scope, using the FFT with center frequency 100 kHz, span 20 kHz, RBW 200 Hz) Noise figure at 1.001 GHz 15 dB (meas.) (calculated based on the noise density above) at 100 kHz 19 dB (meas.) (calculated based on the noise density above) Signal-to-noise ratio measured for an input carrier with 107 dB (meas.) frequency 1 GHz and level 0 dBm at input sensitivity 70 mV/div, corresponding to 0 dBm input range of the scope, using the FFT with center frequency 1 GHz, span 100 MHz, RBW 400 Hz at +20 MHz from the center frequency Absolute amplitude accuracy 0 to 1.5 GHz ±1 dB (meas.) Spurious-free dynamic range measured for an input carrier with 59 dBc (meas.) frequency 450 MHz and level 0 dBm at input sensitivity 70 mV/div, corresponding to 0 dBm input range of the scope, using the FFT with center frequency 1 GHz, span 1 GHz, RBW 100 kHz Second-harmonic distortion measured for an input carrier with –52 dBc (meas.) frequency 450 MHz and level 0 dBm at input sensitivity 70 mV/div, corresponding to 0 dBm input range of the scope, using the FFT with center frequency 1 GHz, span 1 GHz, RBW 100 kHz Third-harmonic distortion measured for an input carrier with –48 dBc (meas.) frequency 450 MHz and level 0 dBm at input sensitivity 70 mV/div, corresponding to 0 dBm input range of the scope, using the FFT with center frequency 1 GHz, span 1 GHz, RBW 100 kHz
4 The RF characteristics are measured for an R&S®RTE1204 digital oscilloscope with 2 GHz bandwidth. 10Rohde & Schwarz R&S®RTE Digital Oscilloscope
