Defense & Aerospace Applications

Understanding MIL-STD-461

Understanding MIL-STD-461Defense electronics operate in some of the most electromagnetically hostile environments on the planet. Avionics in fighter jets, communication arrays on naval vessels and radar systems at ground bases must operate reliably despite constant exposure to interference. For defense contractors and engineering teams, MIL-STD-461 compliance determines whether equipment in these applications meets the requirementsRead More

SMR Enclosures: Protecting the Future of Nuclear Energy

SMR Enclosures: Protecting the Future of Nuclear Energy Small modular reactors (SMRs) are setting a new standard for the nuclear energy industry. These compact, factory-produced units offer flexible and rapid deployment compared to traditional large-scale plants that require decades to construct. However, achieving this shift requires rethinking how containment enclosures protect the entire system. UnderstandingRead More

Back of the Envelope Airflow: Preventing Thermal Runaway in Sealed Systems

Case Study: Thermal Threats in Dubai A clear example is found in the INNOVIA APM 300 automated people-mover at Dubai International Airport. Equipto was tasked with protecting control system electronics in a sealed NEMA 3R-rated enclosure, where ambient temperatures regularly reached 118°F (47.9°C). Combined with solar gain and the absence of natural airflow, the riskRead More

Why EMI/RFI Shielding Isn’t Optional

Why EMI/RFI Shielding Isn't Optional Anymore in Modern Electronics In an era defined by spectrum saturation, contested electromagnetic environments, and near-peer adversary capabilities, electromagnetic interference (EMI) and radio frequency interference (RFI) are no longer secondary design concerns — they are existential threats to system reliability. The increasing density of components, the ubiquity of wireless communications,Read More