Phase Noise Measurement Noise XT<br>DNA | NXA | DCNTS | PN9000
PHASE NOISE MEASUREMENT
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PARTNERS
Presentation
Time/frequency, radars, telecoms, modern data dating increasingly require the use of low phase noise and low jitter components requiring efficient and easy-to-use qualification and test means. The measurement requirements can be absolute or additive and CW or pulse signals.
For more than 25 years, the NOISE XT brand has offered efficient and innovative solutions. The DCNTS offers the lowest noise floor in the industry while the NXA combines ease of use and great flexibility. The brand new digital device, the DNA, intended for the clock and oscillator markets combines performance, speed and simplicity.
Products & Solutions
Noise XT DNA Family
Frequency Stability and Phase Noise Analyzer
RF Input Frequency : 2 MHz to 100 MHz (DNA 100M)
or 2 MHz to 400 MHz (DNA 400M)
Offset analysis : 1 mHz to 1 MHz (Usable up to 10 MHz)
Phase Noise accuracy : +/- 1 dB
Cross Corellation
Noise XT NXA 6
Input Frequency : 2 MHz to 6 GHz
Offset analysis : 0.001 Hz to 40 MHz
Accuracy 1 Hz – 1 MHz offset : +/- 2 dB
Accuracy 1 M – 40 MHz offset : +/- 3 dB
Cross Correlation
Noise XT DCNTS
Input Frequency : 2 MHz to 1.8/26.5/40/50 GHz
Offset analysis : 0.001 Hz to 40 MHz
Accuracy 1 Hz – 1 MHz offset : +/- 2 dB
Accuracy 1 M – 40 MHz offset : +/- 3 dB
Cross Correlation
Noise XT PN9000
RF Input Frequency : 2 MHz to 1.8/26.5/40/50 GHz
Offset analysis : 0.001 Hz to 40 MHz
Accuracy 1 Hz to 1 MHz offset : +/- 2 dB
Accuracy to 40 MHz offset : +/- 3 dB
| Download NXA Files |
| Noise XT NXA Datasheet.pdf |
| Download DCNTS Files |
| Noise XT DCNTS Datasheet.pdf |
| Noise XT DCNTS Usage In Cross Correlation.pdf |
