The Attaché (Model P8801) is a powerful, portable single RF channel Electronic Warfare (EW) simulator designed for use outside a normal laboratory environment. It provides the same signal generation fidelity and uses the same database as Cubic's standard HIDESS.

The Attaché accurately tests advanced radar warning receivers and other EW equipment by providing realistic threat signals. The system's unique design provides a clear replication of the signals with minimal RF noise output. Individual, programmable time clocks for each signal preserves the asynchronous nature of the threat environment - in real time.

The Attaché is designed to primarily function as a stand-alone unit but can also be used as a performance upgrade for other simulation systems. Its modular design allows great flexibility in signal capability, frequency coverage and output RF configuration.

In its standard configuration, the Attaché contains a single high-duty cycle, dual signal pulse and scan generator capable of replicating the most complex radar signals, including modern pulse Doppler, phased array systems.

If connected to a high power amplifier and an antenna system, the Attaché can be used to provide free space radiated signals that replicate a wide variety of threat radar signals. In this configuration, it can be used for personnel training or field test of deployed receiver systems. The Attaché utilizes the same software (Escape2000) as the standard HIDESS system.

ATTACHÉ STANDARD FEATURES

• Signal synchronization
• Complex PRI modulation
• Complex PW modulation
• Complex electronic scan
• Frequency agility
• Industry standard VME modules
• Easy to use GUI software (Escape2000)
• 4 port plus omni Amplitude Angle of Arrival Modulation (AAOA)
• Commercial database threat library storage
• Pentium IV PC/Windows XP System controller
• Extensive Digital and RF Built-In Test (BIT) capability
• Dual Complex Signal Generator (CSG) is ProClock equipped
• One zero pulse dropout signal - available in multiplex mode
• FMOP
• PMOP, Quad-Phase & Bi-Phase, up to 16K phase changes in a single sequence
  (Barker Code,User Defined)
• Power threshold set at scenario level, reduces signal drop out
• Ultra low broadband RF noise floor
• Variety of RF sources available - DTO, synthesizer, dual mode, FLO

• Phase Angle of Arrival
• Frequency extension to "K" band (20 - 40 GHz) (Requires larger or expansion chassis)
• Frequency extension to "C-D" band (0.5 - 2.0 GHz) (Requires larger chassis)
• Frequency and power calibration facilities and software
• Deletion of 4 port DF with output supplied in full band or split band configuration
• High accuracy generation of Doppler effects on PW and PRI (Requires ProClock II)
• Multi path modulation implementation
• ProClock II
• Expansion to 5 beams per generator where all use same clock