- Full integration, for us, is nirvana. Not long ago, we had a lot of different pieces of software, and a lot of different vendorsSeed allows us to close our books quicker, it helps us support our customers, and in the end, it provides us the capability that very few other software providers can do.
- Show full abstract change in the wireless communication technology based on the different generations starting from 0G to 1G, 2G, 3G, 4G, 5G and 6G. Conference Paper.
- Puzzle Game for iPad. Flip over the tiles to complete the pictures.
Eco-friendly
Ultra wide band is rapidly advancing as a high data rate wireless communication technology. As is the case in conventional wireless communication systems, an antenna also plays a very crucial role in UWB systems. However, there are more challenges in designing a UWB antenna than a narrow band one. A suitable UWB antenna should be capable of operating over an ultra-wide bandwidth as allocated.
No hazardous waste stream, reduced energy requirements, reduced CO₂ emissions and free of hexavalent chrome.
Nlos coatings
TriCom can be electrocoated to a wide range of non-line-of-sight (ID) geometries, where competitor coatings can't.
A novel electroplating technology based on a composite microstructure consisting of a cobalt-phosphorus alloy matrix is now available for all industry applications. TriCom, a replacement for hard chrome, HVOF and electroless nickel, is poised to take over the market with its significant advantages in the field and without the environmental concerns.
This environmentally benign Co-P electrocoating can be engineered for different applications by changing electroplating process parameters, bath chemistry, and/or heat treatment. This control allows for the tailoring of unique coatings to achieve specific application needs. TriCom has been DOD and Aerospace qualified and approved.
TriCom coatings are applied using an electroplating process similar to chrome but has a deposition rate 4x faster. This results in 1/5 the energy consumption and reduces CO₂ emissions by the same. The part to be coated is held in a rack and immersed in an aqueous bath with electric current applied at the contact points.
The process is capable of coating net form shapes including external and internal diameters/surfaces. As with other electroplating processes, TriCom tends to lightly build up on sharp edges and fade in deep corners.
Surface compatibility
Plating on all metals, including Ti and Al, steels, Ni and Co base superalloys
Advanced Testing
Pre-qualification testing, friction and wear, Taber wear, ASTM G65 abrasive wear, ASTM B117 salt spray corrosion test, and more
Capabilities
Plating to a wide range of non-line-of-sight (NLOS) geometries. Grinding, honing and build up thickness ≥ 0.020'
Tailored Solutions
Our research and development team will create tailored coatings for precise application needs
After several months in the highly corrosive and unforgiving environment of being on a ship at sea, we were pleased to discover no chipping or cracking of the coating, no visible wear on the parts, and no bleed through of rust.
J. EatonWoods Hole Oceanographic A version of TriCom, a cobalt phosphorous electro-composite coating, has been successfully developed and incorporated into several components for the F-35 Lightning II JSF Aircraft.
Amit DattaAdvanced Components & Materials Us Lot Technologies Llc
We have a wealth of technical means to adapt our processes and chemistries to produce TriCom coatings that match the exact performance attributes that customers are seeking for the world's most challenging environments.
John CarpenterCTO, USC TechnologiesUs Lot Technologies Inc
USC Technologies has worked closely with us in providing coatings that meet and exceed our performance requirements.