Broadband Instruments


UFS Series
IBS Series
VMESG Series
VMEST Series
SIDC Series - Under Development
SIR Series - Under Development

(For additional information contact us at: 201-767-8030)

UFS Series

0.3 to 18 GHz geared mainly for Military
Applications

Elcom's UFS Series is based on direct analog techniques (arithmetic operations on main and analog frequencies) combined with direct digital synthesis (DDS) for fine step resolution. This series is ideally suited for Radar and EW system applications where low phase noise and fast switching speeds are of primary importance. This design method allows for fast switching speeds 200 ns, combined with ultra low phase noise levels. These options are available in a broad range of OEM application dependent configurations, tailored to specific system requirements.


UFS Datasheet
IBS Series


0.05 to 18 GHz geared for RADAR, EW Systems, ATE Commercial and Military Applications

Elcom's IBS series synthesizers are based on indirect PLL design technology with internal DDS for fine resolution. This series is ideally suited for ATE as well as Radar and EW system applications where broadband coverage, low phase noise, fast switching speeds and reliability are of primary importance. Elcom's VCO / PLL design approach realizes much faster switching speeds, superior microphonic performance and lower power consumption than traditional designs.


IBS Datasheet




VMESG Series


The VMESG-18 Synthesizer was developed as "Synthetic Instrument for flight line test equipment, where the small size, light weight, and high performance are paramount. The modular design of these instruments allows for many performance and interface options. Elcom's VME Series synthesizers are similar in design to the IBS Series with the added benefit of an extremely compact 3-4 slot design


VMESG Datasheet






VMEST Series


The VMEST Tuner/Downconverter was developed as "Synthetic Instrument for flight line test equipment, where the small size, light weight, and high performance are paramount. The modular design of these instruments allows for many performance and interface options.

VMEST Datasheet