Reading time ( words)
Mr. Anaya Vardya, President and CEO of American Standard Circuits, announced recently that his company is now offering PCBs up to one half inch in thickness.
This technology is especially important to customers who are producing high voltage printed circuit boards, as well as those requiring heat dissipation. Very few companies are currently producing one half inch thick boards, even with the growing need, which is one of the reasons American Standard Circuits developed the process for handling them.
Mr. Vardya said, “With the need for thicker boards growing within the industry we felt it was important to add that to our extended portfolio of high technology capabilities. One of our philosophies at American Standard Circuits is to always find a way to fabricate hard to find PCBs for our customers with special needs. Building these thick boards is another example of why we consider ourselves in ‘the customer business’ and always dedicated to finding a way to meet all of their needs.”
About American Standard Circuits
American Standard Circuits (ASC) prides itself on being a total solutions provider, manufacturing quality rigid, metal-backed, RF/microwave, flex, and rigid-flex PCBs for the medical, automotive, industrial, defense, and aerospace markets in volumes from test and prototypes to large production orders. ASC has the expertise to provide a wide variety of technologies in a time-critical environment. Their qualifications include AS9100 Rev D, ISO 9001:2015, MIL-PRF 31032, MIL-PRF-55110, MIL-PRF-50884 certification and ITAR registration. In addition to manufacturing in the USA, ASC can transition and manage your PCB requirements to lower cost regions via its qualified supply chain of offshore partners. ASC also holds many key patents for metal bonding processes. For more information about American Standard Circuits' services or to ask one of their technology experts a question go to www.asc-i.com.
Visit I-007eBooks to download your copies of American Standard Circuits’ micro eBooks today: