- RF IN frequency range
- 2 MHz to 100 MHz (DNA 100) 2 MHz to 400 MHz (DNA 400
- Measurement parameters
- SSB noise (dBc/Hz), Spurious (dBc), Allan & overlapped Allan Variance, Hadamard & overlapped Hadamard variance. Fractional frequency noise chronogram.
- Number of traces
- 20 data traces for SSB phase noise and frequency stability.
- Number of markers
- 20
- Offset frequency range
- 1 mHz to 1 MHz, 10 MHz typical
- Phase Noise accuracy
- +/- 2 dB (+/- 1 dB typical)
- SSb noise sensitivity Typical residual phase noise
- See table for complete values
- 15mmin measurement 10MHz
- -137dBc/Hz@1Hz -190dBc/Hz@1MHz -121dBc/Hz@1Hz
-194dBc/Hz@10MHz
- Enhanced sensitivity
- Fully continuous cross-correlation method up to millions of averages
- Frequency Reference
- L version: external sources (single or dual) F version: internal or external sources (single or dual)
- Residual Allan deviation (5MHz to400 MHz)
- < 7E-14 (5Hz ENBW) < 5E-16 (5Hz ENBW)
- Possibility of up to 1,000,000s
- (Cross variance could typically improve by a factor of 10)
- Residual spurious response level(measurement engine), excludingAC power related spurs
- -50 dBc at 1 Hz offset -70 dBc at 10 Hz offset -90 dBc at 100 Hz offset <-110 dBc above 1kHz offset
- Spurious detection Algorithm
- Adjustable Peak detection based on noise statistical information
- Measurement time
- see timetable
- Resolution Bandwidth
- Variable settings in each independent decade based on 1024 FFTs in a cascaded continuous noise decimation chain
- Internal Source output power (FVersion only)
- +10 dBm +/- 3 dB
