RIGOL RSA5065N Spectrum Analyzer
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- Frequency Range: 9kHz~6.5GHz
- Resolution Bandwidth (RBW): 1Hz~10MHz
- Phase Noise (Typ.): -108dBc/Hz@10kHz
- Displayed Average Noise Level (DANL): -165dBm
- Tracking Generator: Yes
- Analysis Function: RTSA/EMI/VNA/VSA
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Description
Built-in VNA vector network analysis mode (N model)
The VNA mode can measure the S11, S21 of components and circuit networks and locate fault points. It can more accurately characterize the network characteristics of the device under test through various displays such as Smith charts and polar coordinates.
Detect transient abnormal signals through UltraReal technology
The RSA5000 uses UltraReal technology to provide a real-time bandwidth of up to 40 MHz. Within the real-time bandwidth range, it can ensure that transient signals with a duration of more than 7.45 μs can be captured 100% and accurately measured.
Find problems in the design through the vector analysis function
The vector signal analysis function VSA supports a variety of digital modulation formats, such as QAM, PSK, MSK, ASK, FSK, etc. Through this function, rapid demodulation is carried out to display multi - dimensional data such as constellation diagrams, eye diagrams (baseband signals), spectrograms, and demodulated data, so as to discover problems in the design.
Complete the pre-test of conduction/radiation through the built-in EMI test software.
The RSA5000 is built-in with EMI pre-test application software. Combined with the filter that complies with the CISPR standard, it conducts pre-tests on the product for conduction and radiation, thereby identifying the sources of conduction/radiation interference and making improvements to accelerate the product's market entry.
Trigger and monitor signals through the FMT template
FMT frequency template triggering is a triggering mode unique to real-time spectrum analyzers. You can quickly build a template and accurately locate and trigger signals that meet the template rules, thereby discovering occasional abnormal signals within the monitoring range.
Provide multiple interfaces to enhance the connectivity of instruments and equipment.
It supports casting the display content of the device to a larger monitor through the HDMI interface. It provides the Web Control function, allowing users to directly control the device by accessing the device's IP address, thus enhancing the experience of remote control.
Use the multi-touch screen to complete operations quickly.
You can use the 10.1-inch multi-touch capacitive screen provided by RSA5000 for quick settings. It supports various gesture operations such as dragging, expanding, and zooming on the waveform, providing a user-friendly interactive experience.
7 real-time display modes
The seven real-time signal display modes of the RSA5000 make it easier to capture, isolate, and analyze RF signals and systems. The relationship between power and time, as well as the spectrogram, shows how the signal changes with the acquisition time or continuous acquisition time. Combining these presentations and using markers and triggers in different modes makes the RSA5000 a flexible tool for real-time RF analysis and debugging.
Excellent phase noise indicators
Excellent sweep frequency performance indicators, with phase noise as low as -108dBc/Hz.
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Video
Built-in VNA vector network analysis mode (N model)
The VNA mode can measure the S11, S21 of components and circuit networks and locate fault points. It can more accurately characterize the network characteristics of the device under test through various displays such as Smith charts and polar coordinates.
Detect transient abnormal signals through UltraReal technology
The RSA5000 uses UltraReal technology to provide a real-time bandwidth of up to 40 MHz. Within the real-time bandwidth range, it can ensure that transient signals with a duration of more than 7.45 μs can be captured 100% and accurately measured.
Find problems in the design through the vector analysis function
The vector signal analysis function VSA supports a variety of digital modulation formats, such as QAM, PSK, MSK, ASK, FSK, etc. Through this function, rapid demodulation is carried out to display multi - dimensional data such as constellation diagrams, eye diagrams (baseband signals), spectrograms, and demodulated data, so as to discover problems in the design.
Complete the pre-test of conduction/radiation through the built-in EMI test software.
The RSA5000 is built-in with EMI pre-test application software. Combined with the filter that complies with the CISPR standard, it conducts pre-tests on the product for conduction and radiation, thereby identifying the sources of conduction/radiation interference and making improvements to accelerate the product's market entry.
Trigger and monitor signals through the FMT template
FMT frequency template triggering is a triggering mode unique to real-time spectrum analyzers. You can quickly build a template and accurately locate and trigger signals that meet the template rules, thereby discovering occasional abnormal signals within the monitoring range.
Provide multiple interfaces to enhance the connectivity of instruments and equipment.
It supports casting the display content of the device to a larger monitor through the HDMI interface. It provides the Web Control function, allowing users to directly control the device by accessing the device's IP address, thus enhancing the experience of remote control.
Use the multi-touch screen to complete operations quickly.
You can use the 10.1-inch multi-touch capacitive screen provided by RSA5000 for quick settings. It supports various gesture operations such as dragging, expanding, and zooming on the waveform, providing a user-friendly interactive experience.
7 real-time display modes
The seven real-time signal display modes of the RSA5000 make it easier to capture, isolate, and analyze RF signals and systems. The relationship between power and time, as well as the spectrogram, shows how the signal changes with the acquisition time or continuous acquisition time. Combining these presentations and using markers and triggers in different modes makes the RSA5000 a flexible tool for real-time RF analysis and debugging.
Excellent phase noise indicators
Excellent sweep frequency performance indicators, with phase noise as low as -108dBc/Hz.