Good, Better, Best Value Bundles Keysight N9000B CXA Signal Analyzer

Ordering Options for Your CXA is Easier, Faster, and More Economical!

The N9000B CXA signal analyzer is crafted for essential RF and microwave signal characterizations, that span from frequency selective power measurements, to noise analysis, EMI emission test, and digital signal demodulation analysis. Keysight made the CXA signal analyzer scalable via kinds of performance options to address your different testing needs while remain cost-effective. Knowing what options you need to order could be intimidating, so we have just put together a set of Good, Better, Best value bundles – making ordering these options easier, faster and more economical than ever before.

Performance options

Built-in preamplifiers:

One of the primary ways you use spectrum analyzers is for searching out and measuring low-level signals. The limitation in these measurements is the noise generated within the spectrum analyzer itself, that appears on the display as the noise floor (also known as displayed average noise level (DANL)), and the noise figure of the whole system. Signals below the DANL are masked by the noise and cannot be seen.

Therefore, you do whatever you can to set up the analyzer for its best sensitivity for detecting low-level narrwoband signals. Besides common methods such as reducing the input attentuation, using minmum resolution bandwidth and video resolution bandwidth, you can also use the built-in preamplifier to improve the noise floor of the N9000B CXA signal analyzer:

• Option P03: Preamplifier, 3 GHz

• Option P07: Preamplifier, 7.5 GHz

Fine resolution attenuator:

You get optimized signal power hitting at the mixer of the analyzer by adjusting the input attenuator. N9000B offers 10-dB steps for its attenuator as standard, and option FSA allows smaller footprint that is down to 2-dB steps.

Precision frequency reference:

The higher aging rate of the reference, the better frequency readout accuracy is for a signal analyzer. Option PFR (precision frequency reference) improves the aging rate of the reference of the CXA signal analyzer from ±1×10-6/year to ±1×10-7/year