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Rig Expert AA-230 Zoom
היו בעלות סנטימנט חיובי, כלומר הצרכנים שקנו את המוצר ימליצו עליו בסבירות גבוהה כאשר יתבקשו לציין
אנטנות רדיו
מומלצות.
RigExpert AA-230 ZOOM Antenna Analyzer 100kHz to 230MHz
The analyzer is designed for measuring SWR (Standing Wave Ratio), Return Loss, Cable Loss, of cable and antenna systems from 100 kHz to 230 MHz.
A built-in ZOOM capability makes graphical measurements especially effective.
An integrated Time Domain Reflectometer mode can be used to locate the precise location of a fault within the feedline system.
Frequency range: 0.1 up to 230 MHz
Frequency entry: 1 kHz resolution
Measurement for 25, 50, 75 and 100-Ohm systems
SWR measurement range: 1 to 100 in numerical mode, 1 to 10 in graph mode
SWR display: numerical or easily-readable bar
R and X range: 0...10000, -10000...10000 in numerical mode, 0...1000, -1000...1000 in graph mode
Display modes:
- SWR at single or multiple frequencies
- SWR, return loss, R, X, Z, L, C at single frequency
- SWR graph, 100 to 500 points
- R, X graph, 100 to 500 points
- Smith (or polar) chart, 100 to 500 points
- Return loss chart, 100 to 500 points
- TDR (Time Domain Reflectometer) graph
RF output:
- Connector type: N
- Output signal shape: square, 0.1 to 230 MHz.
- Output power: -10 dBm (at 50 Ohm load)
Power:
- Four 1.5V alkaline batteries, type AAA *
- Four 1.2V Ni-MH batteries, type AAA *
- Max. 4 hours of continuous measurement, max. 2 days in stand-by mode when fully charged batteries are used
- When the analyzer is connected to a PC or a DC adapter with USB socket, it takes power from these sources
Interface:
- 290x220 color TFT displaty
- 6x3 keys on the water-proof keypad
- Multilingual menus and help screens
- USB connection to a personal computer
* Batteries are not included with the analyzer.
מאפיינים:
(
תרגום אוטומטי
עבור למקור
)
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Rapid check out of an antenna
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Tuning an antenna to resonance
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Comparing characteristics of an antenna before and after specific event rain, hurricane, etc.
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Making coaxial stubs or measuring their parameters
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Cable fault location and Measuring capacitance or inductance of reactive loads