AEA's CellMate EX Analyzer is a graphical 600 - 999 MHz antenna analyzer that is primarily used to graph and examine antenna VSWR and Return Loss plots. The CellMate EX includes Signal Generator and Relative Field Strength modes, multi-layer menus, auto scaling and auditory cues for extremely flexible operability.

As a low priced, accurate, and graphical analyzer, The CellMate EX provides data plots in a fraction of the time and cost it takes to do it manually. At twenty ounces, the CellMate EX Analyzer is light weight and easily hand held. With the Analyst Director Software to interface with your PC, you have endless curve storage and printout capability.

 

Return Loss and VSWR modes.

• Auto Scaling.
• Auditory cues.
• Signal generator mode.
• Relative Field strength mode.
• Self Test and calibration functions.
• Battery Saver auto-off and auto-hold functions.
• Non-volatile memory.
• Storage for 15 plots.
• Optional Windows™ Analyst Director Software.
• High resolution plot display on PC.
• Simultanious multiple plot viewing in memory mode.
• Remote control capability.
• EL Backlit SuperTwist display for better contrast and viewing angles.
• Compatible with NiMH and NiCd batteries.

The CellMate EX combines a microprocessor-controlled 600-999 MHz frequency sweep synthesizer with an accurate low-power directional coupler to present a graphical display of Return Loss and VSWR frequency values.

The CellMate EX is primarily used to graph and examine plots. These and other frequently used functions are assigned to dedicated keys that include all but the top row of the keypad. The Cellmate EX’s more specialized functions are embedded in a system of menus that can be accessed using the top row of “softkeys” (F1-F5).

Once installed on your PC, the optional Analyst Director software can be used to interface with the CellMate EX.

This software not only consolidates various CellMate EX function into single commands, but allows remote control of the unit as well.

NOTE: The CellMate EX can also be remotely controlled from an ASCII terminal; however, in this case, data flow is slightly delayed.