White Papers

Get a practical guide to measuring three-phase motor drives with an oscilloscope. Learn setup tips, key measurements, and analysis techniques for PWM signals, power, speed, torque...

Watch this on-demand webinar to see how BLDC control, power, and EMI behavior interact in real time. Learn how one oscilloscope-based view helps engineers connect cause and effect...

NewSpace programs demand reliable, radiation-tolerant power without sacrificing schedule or budget. Download the webinar recording, presentation slides, and technical paper to...

Learn how RF cable assemblies that are flexible and low loss, can be vital in providing dependable signal transmission, across demanding industrial, transportation and communication...

Open software against a calibrated front end: the boundary, and how to work across it

ABSTRACTThe software-defined radio market is larger than one engineer can evaluate device by device, and from a distance its products look interchangeable: similar frequency...

Why the emission that matters most is the one that is hardest to hear.

Real-time situational awareness and fast signal characterization in the field, built on the ICX-FieldHawkreceiver line for electronic warfare and signal intelligence teams.

Why the capture, not the classifier, sets the ceiling on what a monitoring system can identify.

Explore how radiation-tolerant electronics, embedded computing, software-defined systems, and automated test are enabling more resilient, adaptable military space missions.

Selective soldering enables more precise soldering of through-hole components. However, there are several variables that can impact quality if not addressed in process design....

Discover how phase-invariant RF cable assemblies can help maintain signal integrity and system performance across wide temperature ranges in harsh environments and mission-critical...

Aerospace and Defense Applications Demand Rugged, Reliable Connectors By David Pike for Mouser Electronics The aerospace and defense (A&D) industry delivers platforms and ...

Connectors’ Essential Role in Powering AI

Naval electronics are becoming more capable, but demanding qualification requirements and difficult shipboard installations can put cost, schedule, and readiness at risk. Discover...

Attritable autonomy is transforming the battlefield, but what if the true vulnerability isn’t the drone, it’s the intelligence it carries? Uncover the hidden dangers and why securing...

Unlock safer, bolder unmanned missions. Discover how combining HAIPE and CSfC encryption delivers ITAR-free, edge-to-core data protection for military unmanned vehicles, even ...

See how encrypted storage protects high-volume ISR data on attritable UAS, ensuring mission intelligence stays secure, even if the platform is lost.

The ODU AMC® High-Density (the original High-Density connector, trusted since 2013) and the compact ODU AMC® NP connector play major roles in enabling secure military end-to-end...

Unwanted oscillation can undermine even the most carefully designed aerospace and defense systems. Learn what causes instability and explore practical techniques for keeping high...

Test engineers facing ATE obsolescence will gain practical guidance on spares, COTS, and FFF strategies including risk, TPS compatibility, software impact, and cost tradeoffs ...

In high-stakes environments, operational success demands precision, robustness and reliability. Silicon Sensing’s sensor technology provides the field-proven foundation ...

This paper explores the importance of SOSA management and support modules, particularly focusing on how chassis managers facilitate reliable operation of complex sensor systems...

Explore how advanced sensors, edge AI, sensor fusion, and radiation-hardened electronics are reshaping military and aerospace missions.