Highlights

Outperform Expectations in Your Essential RF Applications

Built to address your essential applications, the N9321C Basic Spectrum Analyzer (BSA) offers proven test efficiency, usability, and flexibility to adapt to new requirements.

  • Provides fast RF spectrum analysis from 9 kHz to 4 GHz
  • Comes equipped with a tracking generator and built-in VSWR bridge for transmission and reflection tests
  • Identifies interfering signals from unwanted or unexpected transmissions with a powerful spectrum monitoring feature
  • Supports AM / FM, ASK / FSK demodulation analysis suites for Internet of Things transmitter characterization
  • Enables you to automatically implement up to 20 predefined measurements and reduce test setup time by 95% with the task planner feature
  • Provides straightforward and efficient operation with marker demodulation, one-button optimization, and user-definable soft keys

Three Steps to Fast Pass/Fail Tests

The N9321C basic spectrum analyzer includes a window limit feature that makes simultaneous determinations on the frequency and power limits of a signal. This one-button pass / fail determination reduces instrument setup complexity and significantly improves testing efficiency.

N9321C basic spectrum analyzer front left view
Frequency
4 GHz
DANL @1 GHz
-152 dBm
Maximum Analysis Bandwidth
1 MHz
Phase Noise @1 GHz (10 kHz offset)
-90 dBc/Hz
Type
Signal Analyzer
Frequency
DANL @1 GHz
Maximum Analysis Bandwidth
Phase Noise @1 GHz (10 kHz offset)
Type
4 GHz
-152 dBm
1 MHz
-90 dBc/Hz
Signal Analyzer
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DANL @1 GHz:
-152 dBm
Frequency:
4 GHz
Frequency Options:
9 kHz to 4 GHz
Maximum Analysis Bandwidth:
1 MHz
Maximum Frequency:
4 GHz
Overall Amplitude Accuracy:
±0.6 dB
Performance Level:
◆◇◇◇◇◇
Phase Noise @1 GHz (10 kHz offset):
-90 dBc/Hz
Real Time Spectrum Analysis:
Nein
Standard Attenuator Step:
1 dB
TOI @1 GHz (3rd Order Intercept):
+15 dBm
Triggering:
RF Burst
Extern
Video
Type:
Signal Analyzer

See Demo on How to Test Low Power Signals

When testing low power signals, engineers are going to need reduce the noise floor by taking advantage of the attenuator, resolution bandwidth (RBW), and pre-amplifier. Small signals can be observed by reducing the noise floor.

N9321C-TRANSP-04-20180119

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