Optomec Blog2019-06-25T21:19:54+00:00

OPTOMEC BLOG

2208, 2019

In Search of Better-Performing MM-Wave Interconnects

By |August 22nd, 2019|

Bell-bottom interconnects For years RF designers have spent a great deal of effort searching for an alternative to wire bonds for a host of reasons. Lately, this effort has really cranked up as we work to implement mm-wave designs and take advantage of the benefits that these short little waves with their wide frequency bands have to offer. In general, [...]

1507, 2019

Direct On-Chip 3-D Aerosol Jet Printing With High Reliability

By |July 15th, 2019|

Printed electronics offers some significant advantages in terms of cost, design flexibility and time to fully functional prototype. However, these advantages normally come with issues related to reliability and circuit performance due to the material properties of printed electronic conductors and insulators not meeting the high-performance standard of materials developed specifically for that application. Work being done at Northrop Grumman [...]

2406, 2019

Quick Guide to Metal Additive Manufacturing for Industrial Components

By |June 24th, 2019|

Are you looking for new ways to produce metal parts? Do you repair or replace metal parts due to corrosion or wear? Are you responsible for maintaining high-value metal parts? Is it time you added metal additive manufacturing to your company’s capabilities? Metal additive manufacturing has been around for decades now. What was once just an interest in scientific research [...]

804, 2019

Printed Interconnects vs. Bond Wires for RF Circuits

By |April 8th, 2019|

The Challenge: Can Printed Interconnects Match the RF Performance of Bond Wires for Microwave Interconnects? The shortcomings of round bond wires for RF applications are well-known to RF designers. From a performance standpoint, the high and inconsistent loop heights of bond wires can be a detriment to low-loss coupling, especially with increasing circuit frequencies.  Likewise, from a reliability standpoint, bond [...]

1203, 2019

Directed Energy Deposition for Repair of Industrial Components: How 3D Metal Printing Saves Time and Lowers Costs

By |March 12th, 2019|

Additive manufacturing is being more broadly adopted in industrial applications – not only for producing new metal parts but also for repair and replacement of existing parts. Billions of dollars are spent in the U.S. annually to repair or replace metal parts due to corrosion or wear. Approximately one-third of these costs could be reduced by broader application of metal [...]