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Author: amironicLTD

Home Articles Posted by amironicLTD (Page 6)

The Silent Problem of Precision Systems – Why Gyros and IMUs Are Control Components, Not Just Sensors

Gyro and IMU selection is often driven by static datasheet parameters, yet modern precision systems operate in a fully dynamic environment. Latency, timing, sampling determinism, and noise behavior inside a control loop directly affect system stability and long-term performance. This article explains why gyros and IMUs are no longer just measurement devices, but critical control components, and how the boundary between control-grade and navigation-grade inertial sensing is increasingly becoming a continuum rather than a clear separation.

Wireless Footswitches - 6210-BLE2-AAA

Wireless Foot Switch in Medical Equipment – Design Considerations, Risks, and What Engineers Really Need to Know

Wireless foot switches are increasingly used in medical equipment, but they introduce system-level considerations that go far beyond convenience.
This article explains how wireless foot switches should be evaluated in medical systems, focusing on fail-safe behavior, redundancy, regulatory implications, and correct system integration.
Written for medical device engineers, it highlights common design mistakes, proper RFQ definition, and real-world architectural choices to ensure predictable behavior and regulatory clarity.

When Is a Thermal Switch Better Than a Temperature Sensor + Logic?

In many systems, the choice between a simple thermal switch and a temperature sensor combined with electronic logic is often seen as a matter of accuracy. In reality, it is a much deeper system-level decision – involving reliability, safety, failure modes, and the ability of the system to survive edge-case scenarios.
This article examines when the simpler solution is actually the correct engineering choice.

Cross-Reference for Circuit Breakers

Selecting a circuit breaker is not about rated current or cross-reference tables.
In industrial and military systems, reliable protection depends on trip curves, inrush behavior, and system-level dynamics. This article presents a practical engineering framework for using cross-reference correctly, avoiding common replacement mistakes, and selecting hydraulic-magnetic circuit breakers based on real operating conditions – not assumptions.

How to Choose a Pressure Sensor for Harsh Field Conditions – and What Is Almost Always Missed

Choosing a pressure sensor for harsh industrial and mobile environments requires more than matching a pressure range. Real-world conditions such as pressure spikes, temperature drift, vibration, media compatibility, and installation constraints often determine long-term reliability. VARIOHM pressure sensors, supplied by Amironic, cover ranges from ultra-low pressure up to 5000 bar and include solutions for hydrogen systems, functional safety (SIL2 / PLd), mobile equipment, IoT, and high-volume OEM applications- designed for stability, durability, and real operating conditions.

Why Your Circuit Breaker Works in the Lab – But Trips in the Field

Why does a circuit breaker work perfectly in the lab but fail in the field?
The answer is not a defect — it is physics.

Most false trips are caused by inrush current, DC ripple, temperature and vibration.
AIRPAX hydraulic-magnetic circuit breakers are designed to ignore short electrical transients and respond only to real overloads, making them the preferred choice for military, medical, and mission-critical power systems.