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Your System Has Powered Up – But Does It Know Where It Is? Absolute Position Sensors vs. Homing

Position SensorsVariohm15/07/2026amironicLTD

What happens after a power interruption if your system no longer knows where the mechanism actually is? In many motion control applications, an incremental encoder requires a homing sequence before normal operation can resume. This article explains how Absolute Position Sensors eliminate that dependency, enabling faster startup, reducing system complexity, and providing immediate position feedback after power-up.

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When the System Starts to Vibrate – Don’t Rush to Retune the Motion Controller

MechanicsAmironic14/07/2026amironicLTD

Most drivetrain problems are not caused by a single faulty component, but by the interaction between gears, gearboxes, couplings, shafts and bearings. Learn how system-level thinking leads to better motion control, higher accuracy and more reliable mechanical designs.

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Why a Linear Position Sensor Shouldn’t Be Selected by Stroke Alone

Position SensorsVariohm14/07/2026amironicLTD

Most engineers start by asking, “What stroke do I need?” In reality, that’s only the beginning. Choosing the right linear position sensor requires far more than matching the measurement range. This article explains why operating conditions, mechanical design, installation constraints and expected service life often have a greater impact than stroke alone – and how to choose the right sensor family for your application.

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Why Replacing an IMU Can Lead to Weeks of Recalibration

MEMS InertialGladiator_Technologies12/07/2026amironicLTD

Why can replacing an identical IMU lead to weeks of recalibration? Learn why Repeatability has become a critical design parameter for modern EO/IR, stabilization, navigation, and APNT systems, and how it helps reduce engineering effort, maintenance costs, and lifecycle risk.

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Does Your Thermal Protector Really Solve the Problem? Or Just Give the System Another Chance to Fail?

Temperature SensorsVariohm09/07/2026amironicLTD

Most thermal protectors disconnect a circuit when it overheats – but what happens when the system cools down? In many applications, the automatic restart itself can become the biggest risk. Learn why overheating is often just a symptom, when auto-reset protection isn’t enough, and how latching protection can prevent repeated failure cycles, equipment damage, and safety hazards.

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Momentary or Latching? How to Choose the Right Switch for Industrial, Medical, and OEM Applications

FootswitchesHerga09/07/2026amironicLTD

What is the difference between Momentary and Latching switches? This engineering guide explains how each switch type works, where it should be used, common design mistakes, safety considerations, and how to choose the right switch for industrial, medical, and OEM applications

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A 30mA Ground Fault Could Bring Down Thousands of GPUs – Designing Ground Fault Protection for Data Center CDUs

Circuit BreakersAirpax08/07/2026amironicLTD

Could a 30mA leakage current disrupt your AI infrastructure? Discover why conventional circuit breakers cannot detect every electrical fault, when Ground Fault Protection should be considered, and how the Sensata LineGard™ PGFM and Airpax™ LEL create an integrated protection solution for Cooling Distribution Units (CDUs) and other critical applications.

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Pneumatic Foot Bellows vs. Electrical Footswitch – Do You Really Need to Run Electricity to the Foot Pedal?

FootswitchesHerga06/07/2026amironicLTD

Electrical footswitches and pneumatic Foot Bellows may perform the same function, but they solve different engineering problems. Learn how each technology works, where it excels, and how the right choice can improve safety, EMI immunity, system architecture, and long-term reliability.

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The Gearbox Isn’t the Problem – It’s Simply the First to Pay for Design Mistakes

MechanicsAmironic06/07/2026amironicLTD

Most gearbox failures are not caused by poor manufacturing or incorrect gear ratios. They are caused by uncalculated radial loads, shock loads, peak torque, misalignment, and other real-world operating conditions. Learn why replacing the gearbox often doesn’t solve the problem – and how to select a gearbox based on engineering reality rather than catalog specifications.

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Your Image Still Shakes Despite Choosing a Gyroscope with Excellent Bias Stability

MEMS Gyroscope, MEMS InertialGladiator_Technologies02/07/2026amironicLTD

Is Bias Stability really the most important gyroscope specification? In many high-speed stabilization systems, Sensor Noise has a greater impact on image quality. Learn why Noise, Bandwidth, Output Rate, and Latency often determine real-world performance.

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Recent Posts

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  • Tactical Grade IMU: What Happens When the Mission Stops Behaving Like the Lab?
  • Why Run Electricity to the Button When Herga Can Switch It with Air?
  • Fighter Aircraft Without a Pilot: How Do You Build a Nervous System for an Aircraft That Must Make Its Own Decisions?
  • Why a Standard Pressure Sensor Isn’t Always Suitable for Hydrogen Systems

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  • How Do You Know If a Liquid Cooling System Is Really Working? Pressure and Temperature Tell the Story
  • Tactical Grade IMU: What Happens When the Mission Stops Behaving Like the Lab?
  • Why Run Electricity to the Button When Herga Can Switch It with Air?
  • Fighter Aircraft Without a Pilot: How Do You Build a Nervous System for an Aircraft That Must Make Its Own Decisions?
  • Why a Standard Pressure Sensor Isn’t Always Suitable for Hydrogen Systems
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