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Author: amironicLTD

Home Articles Posted by amironicLTD (Page 4)

SX3: Pushing MEMS Beyond Traditional Stabilization

The SX3 architecture represents a new generation of MEMS inertial sensing, combining ultra-low noise, high stability, 600 Hz bandwidth, 10 kHz output rates and sub-20 µs latency in a compact platform. Designed for advanced stabilization, tracking, autonomy and navigation-assisted applications, SX3 demonstrates how modern MEMS technology is evolving beyond traditional motion control toward systems where measurement quality itself becomes a critical factor in overall mission performance.

6 Switching Technologies Every Systems Engineer Should Know – And How to Choose the Right One

Choosing the right switching technology involves much more than voltage, current and IP ratings. From electrical and pneumatic switches to Bluetooth, USB, infrared and pressure-based solutions, each technology is designed for different environments, safety requirements and user interactions. This guide explains the advantages, limitations and ideal applications of six common switching technologies, helping engineers select the most effective solution for long-term reliability, usability and performance.

Your Temperature Sensor Says 80°C. The Real Hot Spot Could Already Be at 130°C

The temperature sensor showed 80°C. The reading was completely accurate. The motor still burned out. Why? Because in thermal protection, the most important question is not how hot it is—but where you are measuring. Discover how VARIOHM temperature sensors and LIMITOR thermal protection devices help engineers improve reliability, prevent overheating, and protect critical systems.

Why a Circuit Breaker and a Diode Are No Longer Enough in Military Vehicle Power Systems

If your 28VDC system relies on a circuit breaker, a diode, and a TVS for protection, it may be prepared for yesterday’s threats—but not necessarily today’s.

Modern military electronics are exposed to reverse battery events, brownouts, ripple, EMI, and thousands of transient disturbances that never appear in qualification reports. This article explores why traditional protection schemes are no longer enough and why more engineers are moving toward Electronic Power Protection architectures.

Why Most Engineers Use Bevel Gears for Only 10% of What They Can Actually Do

Most engineers think of bevel gears as a simple way to transfer motion at 90°. In reality, bevel gears represent an entire family of solutions including miter gears, angular bevel gears, hypoid gears, precision motion systems, and high-torque drive technologies. This article explores ten applications that many designers overlook and explains how the right bevel gear selection can simplify mechanical systems, improve efficiency, reduce noise, and eliminate unnecessary components.

You Sealed the Lid. Did You Forget the Screws?

Most engineers focus on enclosure gaskets when designing for IP67 or IP68 protection, yet every screw passing through the enclosure wall can become a potential leak path. This article explains why sealing fasteners matter, explores the real role of Black Oxide finishes, and examines how Seelskrew® fasteners help eliminate one of the most overlooked weaknesses in sealed enclosure design.

2000Hz IMU? Before You Get Impressed, Understand Three Completely Different Numbers

When evaluating an IMU, many engineers focus on a single specification: update rate. A 2000Hz IMU must be better than a 200Hz IMU – right? Not necessarily. In real stabilization, tracking, and navigation systems, performance depends on much more than output frequency alone. This article explains the critical differences between Bandwidth, Output Rate, and Baud Rate, and shows why an IMU that sends data faster is not always the one that delivers better system performance. Through practical examples from EO/IR gimbals and UAVs, we explore how understanding these three parameters can prevent costly design mistakes and lead to more effective sensor selection.

Why a Million-Dollar Medical System Still Uses Rack & Pinion

Most medical device engineers start by asking how accurate a motion system is. The more experienced ones ask a different question: how accurate will it still be after millions of motion cycles? That shift in thinking helps explain why Rack & Pinion remains a serious contender in some of the world’s most advanced medical systems.