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Aim-TTi PSA6005USC Handheld RF Spectrum Analyser (6GHz)

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58350-2400
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Aim-TTi PSA6005USC Handheld RF Spectrum Analyser (6GHz)

The Aim-TTi PSA6005USC Handheld RF Spectrum Analyser is a lightweight (0.56kg) and portable radio frequency analyser. It has a frequency range of 10MHz to 6000MHz and is supplied with Aim-TTi’s U02 firmware update which has been pre-installed.

The Aim-TTi U02 firmware update expands the Aim-TTi PSA6005USC Handheld RF Spectrum Analyser’s features, functions, modes and capabilities to include the following:

  • High-resolution Scan mode: scan up to 210 000 points with pan and zoom
  • Limits comparator
  • Define limit lines and limit patterns
  • Data logging: saves peak values, complete traces, screen images from timer, external triggers or limits comparator
  • Automatic CP, ACPR and OBW measurements
  • External trigger or limits comparator sweep triggering
  • Compensation tables
  • Fixed offsets
  • 75R compensation
  • Custom presets: quickly change between repetitive setups
  • Screen contents can be displayed on a PC

The Aim-TTi PSA6005USC Handheld RF Spectrum Analyser also supports all the features, functions, modes and measurement capabilities available on the Aim-TTi PSA6005 Handheld RF Spectrum Analyser.

Finally, the Aim-TTi PSA6005USC Handheld RF Spectrum Analyser is supplied with a travel case, telescopic antenna and car charger.

The Aim-TTi PSA6005USC Handheld RF Spectrum Analyser is a compact, cost-effective radio frequency analyser with a comprehensive selection of features, functions, modes and tools.

Aim-TTi PSA6005USC Handheld RF Spectrum Analyser Key Features

  • A portable radio frequency analyser with Aim-TTi’s U02 firmware update pre-installed
  • Aim-TTi’s U02 firmware update provides additional features, functions, modes and measurement capabilities
  • Frequency range: 10MHz to 6000MHz
  • Resolution bandwidths between 300Hz and 10MHz (1:3:10)
  • -120dBm typical noise floor at -40dBm ref. level/ 10kHz
  • Frequency counter with 10Hz resolution
  • Zero Span mode with AM and FM audio demodulation
  • Normal, Peak Hold and Average trace modes
  • High-resolution Scan mode: scan up to 210 000 points with pan and zoom
  • Limits comparator
  • Define limit lines and limit patterns
  • Data logging: saves peak values, complete traces, screen images from timer, external triggers or limits comparator
  • Automatic CP, ACPR and OBW measurements
  • External trigger or limits comparator sweep triggering
  • Compensation tables
  • Fixed offsets
  • 75R compensation
  • Custom presets: quickly change between repetitive setups
  • Live, View and Reference traces are displayed in contrasting colours
  • 4.3” TFT touchscreen display
  • View twin markers with readouts of absolute and difference values
  • View measurements in dBm or dBµV, mV or µW
  • Frequency presets
  • Smart marker movement with selectable peak tracing
  • Auto-Find function: automatically sets sweep parameters according to the highest detected signal
  • Independent state storage
  • Unlimited storage of waveforms, set-ups and screens
  • Internal 1.8GB memory
  • USB interfaces for flash drives and PC connection
  • User-specified file names
  • Real-time clock for time-stamping files
  • Compact and lightweight (0.56kg)
  • Powered by a rechargeable lithium-ion battery 
  • Over three hours of continuous power
  • Comprehensive status and context-sensitive help screens
  • Screen contents can be displayed on a PC
  • A cost-effective, compact and comprehensive radio frequency spectrum analyser

What’s Included?

  • Aim-TTi PSA6005USC Handheld RF Spectrum Analyser with U02 Firmware Update
  • Travel Case
  • Telescopic Antenna
  • Car Charger

Aim-TTi PSA6005USC Handheld RF Spectrum Analyser Technical Specifications 

Frequency Measurement 
Frequency Span Frequency Range 10 MHz to 6000 MHz
Setting Modes Centre frequency plus Span, or Start plus Stop frequencies
Maximum Span 5990 MHz
Minimum Span 27 kHz, or Zero Span with demodulation
Set. Resolution 100 Hz at any frequency
Setting Accuracy Reference Frequency Accuracy for Start, Stop & Centre (Zero-Span) frequencies
Reference Frequency Accuracy Initial Accuracy Better than ± 1 ppm at 20°C
Stability Better than ± 1 ppm over 10°C to 30°C
Ageing Better than ± 1 ppm per year
Phase Noise (Typical) Carrier at 1 GHz -83 dBc/Hz at 30 kHz offset
-99 dBc/Hz at 100 kHz offset
-116 dBc/Hz at 1 MHz offset
Carrier at 3 GHz -94 dBc/Hz at 30 kHz offset
-109 dBc/Hz at 100 kHz offset
-117 dBc/Hz at 1 MHz offset
Carrier at 6 GHz -83 dBc/Hz at 30 kHz offset
-97 dBc/Hz at 100 kHz offset
-114 dBc/Hz at 1 MHz offset
Resolution Bandwidth RBW Selectable between 10 MHz and 300 Hz, selectable in 1:3:10 sequence, or Auto
Video Filtering Selectable between 10 MHz and 300 Hz, selectable in 1:3:10 sequence, or RBW Tracking
Markers  No. of Markers One, Two (or None)
Resolution 0.1 kHz at all frequencies
Marker Accuracy 1/270th of Span ± 10Hz plus reference frequency accuracy
Readout The frequencies at the marker points and the frequency difference are displayed
Functions Normal (Scroll Mode), Peak Find Mode, Peak Track Mode, Frequency Measurement
Marker Frequency Counter Note Frequency counted at the current active marker (M1 or M2) in
sweep or zero-span mode
Resolution 10Hz, 100Hz or 1kHz
Accuracy Reference frequency accuracy +/- 1 count for signal > noise level +25dB
Channel Markers  Note Channel markers are a special case of Limit Patterns (see Amplitude Limits within next section). Channel markers are vertical lines at frequency points defined within a file. Most commonly they will be used to mark channel centre frequencies
or channel boundaries.
No. of Points Up to two files, each containing up to 49
points, can be displayed in differing colours.
Marker Files Files are created using PSA-Manager
software. Up to 999 files can be stored
Amplitude Measurement 
Amplitude Range Units Selectable as dBm or dBµV
Display Range 84 dB from the reference level
Magnification x2, x5 or x10
Reference Level Selectable between -40dBm and +20 dBm
(67dBµV to 127dBµV) in 1dB steps
Amplitude Accuracy Calibration Level Accuracy Better than ± 1 dB at 10dB below ref. level @ 2000MHz (20°C ± 5°C)
Flatness Better than ± 1 dB relative to 2000MHz over the full operating frequency range
Linearity Better than ± 1 dB over 60dB range down from the reference level
Markers No. of Markers One, Two (or None)
Resolution 0.1 dB
Readout The level at the marker points and
the difference are displayed.
Displayed Units dBm, dBuV, mV or uW
Functions Normal (Scroll Mode), Peak Find Mode, Peak Track Mode, Frequency Measurement
Displayed Average Noise Level (DANL) DANL Better than – 120 dBm (-13 dBuV) average displayed noise floor (ref. level = – 40 dBm RBW = 10 kHz, VBW = 1 kHz, span 1 MHz) for frequency range 10MHz to 5.5GHz
Noise per Hz Better than -160 dBm/Hz equivalent
Distortion and Spurii 3rd Order Intermodulation < –60dBc for two signals at 10dB below reference level, (500MHz and 502MHz) ; typically < -65dBc
Harmonic < –60dBc at 10dB below reference level (100MHz)
Signal Images <– 55dBc, typically <– 60dBc in ‘Normal’ image rejection mode
for RBWs between 300Hz and 3MHz
Other Signal Related Spurii <-60 dBc for signals 10 dB below the reference level
Residual Spurii <-70 dB below the reference level
Amplitude Limits Limit Types Limit lines from numeric values, or limit patterns from files.
No. of Limits Up to two limits can be displayed in differing colours.
Limit Patterns Pattern files are created using PSA-Manager software. Patterns are linearly interpolated from up to 40 frequency/amplitude points.
Up to 999 patterns can be stored.
Limits Comparator Conditions of above, below, inside or outside of limits, creating actions of message, beep, stop sweep, log sweep and pulse out.
Amplitude Compensation Offset Amplitude can be offset by up to +/-50 dB to compensate for external attenuation or gain.
75 W Comp Compensation can be made for inputs from 75 W source impedance.
Tables Linearly interpolated compensation tables of up to 40 frequency/amplitude points can be used. Up to 999 tables can be stored. Table files are created using PSA-Manager software. 
Signal Input 
Input Connector N Type, 50Ω
VSWR 1.5 : 1 typical
Maximum Level + 25 dBm, (132 dBµV); +/-50V DC
Sweep
Sweep Method Detection for 271 points per sweep. The amplitude value (as determined by the detection mode) from each sub-span is stored (sub-span = span/270)
Signal Detection Modes Alternate Peak (default), Positive Peak, Negative Peak, Sample, Linear Average, Log Average or RMS
Signal Image Rejection Modes Real-time rejection with automatic or manual re-alignment or Data Comparison based rejection.
Sweep Time Sweep time is a automatic function of Span and RBW/VBW. A speed-up function enables the time to be reduced by a factor of up to ten.
Sweep Modes Repeat (continuous) or Single Shot
Sweep Trigger Trigger Source External input or Limits Comparator.
Scan Mode
Scan Method High-resolution capture of up to 210,000 points defined by span and RBW. Number of points = 3 x (Span/RBW) +1.
Scan Display Over-view display of whole scan with Zoom and Pan capability to magnify view up to 1 display point per capture point.
Marker Moveable marker with frequency readout. Pan/Zoom around marker point. Amplitude readout at maximum magnification.
File Storage Scan files can be saved under automatic or user-defined names and recalled to the screen or exported to external programs.
Demodulation (Zero Span Mode)
Audio Demodulation Modes AM or FM
Internal Audio Internal loudspeaker with adjustable volume and mute.
Audio Out 30 mW into 32 W mono or stereo headphones, adjustable volume, 3.5mm jack socket
Audio Filter Switchable 3kHz Low Pass Filter.
Carrier Display Horizontal line at carrier level.
Display & Traces 
Display Type 4.3 inch (10.9 cm) backlit TFT LCD, 480 x 272pixels total, 16 colours, resistive touch screen.
Graticule 8.5 x 10 divisions, light grey graticule.
Displayed Points 271 points per sweep.
Live Trace Dot-joined trace from current sweep.
Trace Modes Normal (overwrite), Peak Hold, or Average
(2 to 48 sweeps).
View Trace Buffered “instance” of the live trace
Reference Trace Stored trace recalled from a trace file
Dual Trace Mode For Peak Hold and Average modes, processed and un-processed traces can be displayed simultaneously
Data Logging 
Data Types Peak level, Centre Level, Full Trace or Screen Image.
Data Entries Up to 25,000 entries per file (2500 for Images).
Trigger Source Entries can be made every sweep or in response to Manual Trigger key, External Trigger, Internal Timer or Limits Comparator.
Internal Timer Adjustable from 2secs. to 100mins per entry.
Memory Storage 
Internal Disk 1.8GB of internal memory
External Storage USB host interface for removable USB Flash drives.
Store Trace Up to 999 traces can be stored under either default file names or user entered file names. Traces are stored as tables of amplitude versus frequency and can be imported into other programs, as well as being recalled to the screen.
Recall Trace Recalls any stored trace to the reference trace of the display.
Store Set-up Up to 999 instrument set-ups can be stored under either default file names or user-entered file names. All settings of the instrument are saved.
Recall Set-up Recalls any stored set-up, overwriting the existing settings of the instrument.
Store Screen This function copies the whole screen area to memory as a bit-map. Up to 999 screens can be stored under either default file names or user-entered file names.
Recall Screen Recalls any stored screen as an image
Connectors 
RF Input Standard N Type connector.
DC Power 1.3 mm power socket for external power supply/charger
USB Host Standard USB type A connector for connection of USB Flash drives.
USB Device Mini USB connector for connection to a PC.
Audio Out 3.5 mm jack socket for demodulated audio out (accepts mono or stereo plugs).
Power Sources 
Battery Battery Type Li-ion 3.7V 3000mA-hr
Battery Life Greater than 3 hours continuous
Recharge Time < 3 hours from fully discharged
Auto Off Mode To conserve battery life, the system can be set to automatically
switch off after a defined time from the last key press. This can be set between 5 mins and 60 mins (or never).
Battery Status Multi-segment battery status indicator.
AC Line Operation/Charging Note The instruments can be operated continuously from mains power
using the AC line adaptor provided. This powers and recharges the
instrument simultaneously
Voltage Range 100V to 240V nominal 50Hz/60Hz
Mechanical 
Size 192mm high x 92mm wide x 49mm deep (height excludes RF input connector)
Weight 580 grms
Tilt Stand Built-in tilt stand for bench use which angles the unit at 40 degrees to the horizontal.
Stylus Casing incorporates plug-in stylus
Environmental & Safety 
Operating Range +5°C to + 40°C, 20% to 80% RH.
Storage Range -10°C to +50°C
Environmental Indoor use at altitudes to 2000m, Pollution Degree 2.
Electrical Safety Complies with EN61010-1.
EMC Complies with EN61326.
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SKU 58350-2400
Manufacturer Part Code 58350-2400
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