Agilent Technologies, Inc
Santa Clara, CA 95051
Jun 12, 2009 Suited for aerospace, defense, and communications industries, PSG E8257D option 521 delivers +24 to +28 dBm specified output power over frequency range of 250 MHz to 20 GHz and eliminates need for amplifiers, couplers, and detectors. With typical max unleveled output power exceeding 1 W over large portion of frequency range, users and UUTs can be protected from high-power accidents with adjustable RF output hardware power clamp, which can be set from +15 to +33 dBm at output of PSG.

Rohde & Schwarz GmbH & Co
  Germany
Aug 29, 2008 With SMF-K27 option, Model SMF100A enables users to configure pulse trains with short rise and fall times for radar specific developments and tests. Option SMF-K28 offers alternative of performing power analyses, such as compression point measurements using signal generator. Results can be read, stored, and displayed as diagram. In addition, power versus frequency value can be measured to test frequency response.

Agilent Technologies, Inc
Santa Clara, CA 95051
Feb 12, 2008 With switching speed of less than or equal to 900 µsec, Model N5183A MXG microwave analog signal generator is suited for EW, radar, military communications, and broadband wireless access applications. It provides frequency coverage to 20, 32, or 40 GHz. With +18 dBm to 20 GHz output power, continuous wave unit can overcome losses and drive high-power devices. It features level accuracy of ±0.6 to 0.8 dB with optional step attenuator, and includes analog and pulse modulation.

Aeroflex Laboratories
Plainview, NY 11803
Sep 13, 2007 Offering single-box radar testing solution, 6810 Series Microwave Signal Generators and 6820 Series Microwave Scalar Analyzers with Internal Pulse Modulator perform radar testing, calibration, maintenance, and repair in coax or waveguide media. Systems with modulator allow sensitivity and range measurements for radar receivers and enable user to test pulsed amplifiers under pulsed conditions. Option is available in 50 MHz to 18 GHz and 50 MHz to 40 GHz ranges.