Current Probes

Ensuring modern battlefield success requires state-of-the-art communications support, which is now more accessible through AR Modular RF's Fast Switching Amplifiers for expanding tactical radio systems.

The XP1048-QJ is a high linearity single stage power amplifier capable of 13 dB of gain, 3 Watt of power at 1 dB compression and is housed in a 6X6mm QFN package.

Model HP V8486A is a V-band power sensor designed for true average-power measurement in the 50 to 75 GHz range, including application such as collision-avoidance radar, aerospace and defense, and microwave radio systems.

The AMP40049 is a solid-state, high-power amplifier designed by Exodus Advanced Communication for demanding broadband EMI/RFI, laboratory, and IEC testing applications.

The dB-4410 TWTA (Traveling Wave Tube Amplifier) uses gain linearization to amplify complex waveforms with multiple pulse patterns and bursts, modulation schemes, and counter-jamming capabilities. This makes it ideal for use in radar, ECM, and communication systems. This amplifier features a modular construction, High-Reliability, a wide bandwidth, a very low phase noise, MIL-STD-461E and MIL-STD 704 compliance, and qualification for military airborne environments.

The NC5000A Series AWGN noise sources feature outstanding stability, switching speed, and ripple-free response over standard waveguide bands. 

The NC1000 Series amplified noise modules produce AWGN as high as +13 dBm, and have bandwidths up to 10 GHz. The high power modules are designed to test noise immunity for cable TV equipment, secure communication channels, and military jamming systems.

The A.H. Systems' SAS-519-7 Log Periodic Antenna is extremely lightweight, compact and has been manufactured to ensure maximum gain and low VSWR. Covering a very large frequency range, this antenna is one of the smallest available. Whether testing inside a shielded enclosure or outdoors, this antenna will display efficient performance characteristics through the frequency range of 650 MHz to 7000 MHz.