Source Modules with Optional Attenuation are RoHS Compliant
OML, Inc. enhances millimeter wave source modules to address feedback from engineers characterizing the linearity of their devices. In addition, OML is pleased to announce the availability of source modules that satisfy the EU Directives on Restriction of Hazardous Substances (popularly known as RoHS compliance). OML innovates by developing the industry’s first eco-friendly source module that satisfies RoHS compliance directives, rather than seek exemptions.
When used with modern microwave signal generators, the SxxMS series of source modules will expand frequency coverage to millimeter and sub-millimeter wave outputs in the 50 to 325 GHz range. Without attenuation, source modules are available from OML to 0.5 THz. The supported waveguide bands include: WR-15, WR-12, WR-10, WR-08, WR-06, WR-05, WR-03, and WR-02.2.
With new optional attenuation, mechanical output power control is possible over a 25 dB dynamic range. For reducing output power, the integrated attenuator simplifies setups and improves overall power control when compared to using external components. When controlling output power, the attenuator employs a patented micrometer feature that offers repeatable settings with minimal passband flatness degradation. This power control capability is essential when characterizing the linearity of devices or when avoiding compression (or damage) of sensitive devices.
About OML, Inc.
OML, Inc. (www.omlinc.com), located in the Silicon Valley of California, is a premier supplier of innovative millimeter and sub-millimeter wave frequency extension products and accessories for vector network analyzers, scalar network analyzers, spectrum analyzers, converters, and signal generators. Our solutions empower engineers in R&D and manufacturing to pursue opportunities in emerging applications spanning radio astronomy, communication, imaging, space research, and homeland security. We collaborate with engineers throughout the world to develop, “Innovation in Millimeter Wave Measurements."
