| FREQUENCY MEASUREMENT |
| Frequency Span |
| Frequency Range: |
150kHz to 1300 MHz |
| Setting Modes: |
Centre frequency plus Span, or Start plus Stop frequencies |
| Maximum Span: |
1299.85 MHz |
| Minimum Span: |
320 kHz, or Zero Span with demodulation |
| Setting Resolution: |
1 kHz at any frequency |
| Setting Accuracy: |
Reference Frequency Accuracy for Start, Stop & Centre (Zero-Span) frequencies |
| Reference Frequency Accuracy |
| Initial Accuracy: |
Better than ± 10 ppm at 20 °C |
| Stability: |
Better than ± 10 ppm over 10 °C to 30 °C |
| Ageing: |
Better than ± 3 ppm per year |
| Phase Noise |
| Typically -100dBc/Hz at 100kHz offset at 500MHz |
| Resolution Bandwidth |
| RBW: |
Selectable 280 kHz or 15 kHz |
| Video Filtering: |
Selectable independently of RBW setting |
| Markers |
| No. of Markers: |
One, Two (or None) |
| Marker Resolution: |
0.1 kHz at all frequencies |
| Marker Accuracy: |
1/320th of Span ± 0.1kHz plus reference frequency accuracy. |
| Readout: |
The frequencies at the marker points and the frequency difference are displayed |
| AMPLITUDE MEASUREMENT |
| Amplitude Range |
| Units: |
Selectable as dBm or dBuV |
| Display Range: |
80 dB |
| Reference Level: |
Selectable as -20 dBm or 0dBm |
| Vertical Expansion: |
40 dB window pan-able over 80 dB range |
| Amplitude Accuracy |
| Ref. Level Accuracy: |
Better than ± 1 dB at 50MHz (20oC ± 5oC) |
| Flatness: |
Better than ± 1.5 dB over 0.5MHz to 1300MHz |
| Linearity: |
Better than ± 1 dB over 50dB from reference level |
| Noise Floor: |
Better than -93 dBm average displayed noise floor (reference level = -20 dBm, RBW = 15 kHz) |
| Distortion and Spurii |
| 3rd Order Intermod.: |
< –60dBc for two signals at 10dB below reference level (500MHz and 501MHz) |
| Harmonic: |
< –60dBc at 10dB below reference level (100MHz) |
| 1st & 2nd Image: |
<– 55dBc, typically <– 60dBc |
| Residual Spurii: |
Below noise floor |
| Markers |
| No. of Markers: |
One, Two (or None) |
| Resolution: |
0.1 dB |
| Readout: |
The level at the marker points and difference are displayed. |
| Limit Lines |
| Number of Limit Lines: |
Any number of lines can be defined with up to two displayed simultaneously. |
| Limit Line Editor: |
Tables of amplitude versus frequency with automatic straight line drawing between points. |
| SWEEP |
| Sweep Method: |
Peak detection for 320 points per sweep. The amplitude and frequency of the peak level found within each sub-span is stored (sub-span = span/320). |
| Sweep Time: |
Set automatically by Span, RBW and Video Filter. |
| Sweep Modes: |
Normal (continuous), Single, Peak Hold, Average (2 to 256). |
| Sweep Control: |
Run and Stop buttons. Peak-hold and Average are reset whenever Run is pressed. |
| DEMODULATION (Zero Span mode) |
| Demod. Modes: |
AM or FM |
| Display: |
Carrier amplitude only (horizontal line). |
| Audio Out: |
30 mW into 32 Ohm mono or stereo headphones, adjustable volume, 3.5mm jack socket |
| Audio Filter: |
Selectable 3kHz low-pass filter |
| SIGNAL INPUT |
| Input Connector: |
SMA connector, 50 Ohms |
| VSWR: |
1.5 : 1 typical |
| Maximum Level: |
+ 20 dBm ( 127 dBuV); 15VDC |
| DISPLAY |
| Display Type: |
3.7 inch (9.4 cm) backlit TFT LCD, 480 x 320 pixels total, 16 bit colour, touch screen. |
| Trace Area: |
300 x 320 pixels (high resolution mode). |
| Graticule: |
8 x 10 divisions, light grey graticule with annotation (graticule selectable on or off). |
| Displayed Points: |
320 points per sweep (peak detected). |
| Live Trace: |
Dot-joined trace from current or held sweep using . Selectable on or off. |
| Reference Trace: |
Stored trace either recalled from memory or copied directly from live trace. Selectable on or off. |
| Resolution Modes: |
Selectable as High Resolution or Low Resolution. |
| (In low resolution mode the trace area becomes 150 x 160 points where each point is a block of 4 pixels. Only 160 sweep points are displayed. This mode is useful in situations where the display could otherwise be difficult to see - e.g. when the instrument can not be viewed at an optimum distance.) |
| MEMORY STORAGE |
| Memory Type: |
Non volatile Flash memory, using removable SD or MMC cards (one card supplied). |
| Store Trace: |
Any number of 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: |
Any number of 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. |
| Copy Screen: |
This function copies the whole screen area to memory as a bit-map. Any number of screens can be stored under either default file names or user entered file names. Screen bit-maps can be viewed using the handheld picture viewing function, or transferred to a PC for printing. |
| CONNECTORS |
| RF Input: |
Standard SMA connector. |
| DC Power: |
1.3 mm power socket for 5.2V/1A external power source. |
| USB: |
Mini USB connector which provides direct access to the USB port of the handheld. |
| Audio Out: |
3.5 mm jack socket for demodulated audio out (accepts mono or stereo plugs). |
| POWER SOURCES |
| Battery Operation |
| The spectrum analyzer and the handheld contain their own rechargeable battery packs. The spectrum analyzer is controlled from the handheld and is turned off whenever the spectrum analyzer program is exited, or the handheld is turned off. |
| Spectrum analyzer |
| Battery Type: |
Ni-Mh 3.6V 700mA-hr (3 x AAA) |
| Battery Life: |
> 5 hours continuous operation |
| Recharge Time: |
< 4 hours from fully discharged |
| Handheld Computer (Palm T|X) |
| Battery Type: |
Li-ion 3V 1050mA-hr |
| Battery Life: |
Typically 4 hours continuous |
| Recharge Time: |
< 4 hours from fully discharged |
| Auto Sleep Mode: |
To conserve battery life, the system can be set to automatically switch into sleep mode after a defined time from the last key press. This can be set between 5 mins and 60 mins (or never). |
| Battery Status: |
Indicators for both batteries. |
| AC Line Operation/Charging |
| The PSA1301T can be operated from mains power using the AC line adaptor provided. This powers and recharges both the spectrum analyzer and the handheld computer simultaneously. |
| Voltage Range: |
100V to 240V nominal 50Hz/60Hz |
| MECHANICAL |
| Size: |
170mm high x 97mm wide x 47mm deep |
| Weight: |
495 grms total inc. Palm T|X. |
| Tilt Stand: |
Built-in tilt stand for bench use which angles the unit at approx. 25 degrees to the horizontal. |
| Stylus: |
Casing incorporates standard Palm stylus. |
| ENVIRONMENTAL AND SAFETY |
| Operating Range: |
+5°C to + 40°C, 20% to 80% RH. |
| Storage Range: |
-10°C to +50°C |
| Environmental: |
Indoor or outdoor use at altitudes to 2000m, Pollution Degree 2. |
| Electrical Safety: |
Complies with EN61010-1. |
| EMC: |
Complies with EN61326. |
| SUPPLIED ITEMS |
The PSA1301T incorporates a Palm T|X handheld computer.
The following items are also supplied:
One SD (or MMC) memory card.
USB linked card reader for use with PC.
Universal mains adaptor/charger.
USB lead (mini B plug to standard A plug).
Multi-language “Read This First” leaflet.
Printed users manual (English).
Support CD containing multi-language manual and backup software. |
