Standex Electronics

Standex Electronics Standex Electronics is a global leader in mission‑critical electronic components.

As the platform behind Standex DETECT, EDGE, and GRID, we deliver solutions that power industries from smart home to aerospace, transportation, and the electrical grid. Standex Electronics is a global leader in mission‑critical electronic components, bringing together decades of engineering expertise and customer partnerships to power innovation across industries. As the platform company of Stande

x Detect, Standex Edge, and Standex Grid, we provide solutions that touch nearly every sector, from smart home to aerospace, from transportation to the electrical grid. What began as a single precision manufacturing operation has evolved into a diversified global platform with three complementary operating divisions. Standex Detect – switching and sensing technologies for various applications
Standex Edge – magnetics solutions for power, performance, and efficiency
Standex Grid – instrument transformers and grid solutions for utilities and OEMs

Over the years, we’ve expanded our capabilities through strategic acquisitions and organic growth, building a strong portfolio of brands, products, and services while maintaining a unified commitment to quality, engineering excellence, and customer intimacy. We design and manufacture high‑reliability components that keep industries moving forward. Our product portfolio includes:

Switching and Sensing Technologies – reed switches, relays, and sensors
Magnetics Solutions – transformers, inductors, planar power solutions
Grid Solutions – low and medium voltage instrument transformers, bushings, and related products

Our deep vertical integration allows us to provide consistent quality, rapid prototyping, and innovative design tailored to the most demanding applications.

When Standard Sensors Aren't EnoughWhen standard sensors fail, the costs add up fast.Missed detections. Unexpected downt...
09/02/2026

When Standard Sensors Aren't Enough

When standard sensors fail, the costs add up fast.

Missed detections. Unexpected downtime. Premature failures. Increased maintenance.

The problem is often not the sensing technology itself. It's that the application environment is more demanding than the sensor was designed to handle.

From temperature extremes and contamination to vibration, shock, and space constraints, real-world applications require sensing solutions engineered around actual operating conditions.

Learn how Standex Detect develops application-specific sensing solutions designed to meet your requirements without sacrificing performance.

➡️ Learn more: https://hubs.ly/Q04vXLln0

For engineers designing Smart Grid systems, thermal management is no longer simply a cooling challenge—it has become an ...
08/25/2026

For engineers designing Smart Grid systems, thermal management is no longer simply a cooling challenge—it has become an essential aspect of magnetic component design.

This white paper explores the sources of thermal losses in magnetic components, discusses engineering strategies for improving thermal performance, and highlights how Standex Edge's portfolio of magnetic components help engineers build cooler, more efficient Smart Grid systems. https://hubs.ly/Q04vcC3R0

Why do engineers choose Reed sensing technologies for EV applications?✔ Zero power consumption in the passive state✔ Lon...
08/17/2026

Why do engineers choose Reed sensing technologies for EV applications?

✔ Zero power consumption in the passive state
✔ Long operating life
✔ Hermetically sealed construction
✔ Resistance to vibration, moisture, dust, and shock
✔ Compact design options

See how advanced sensing solutions support safer, more efficient electric vehicle systems.

Learn more: https://hubs.ly/Q04rFKdh0

As electric vehicles become more sophisticated, fluid monitoring remains essential for reliability, safety, and uptime.T...
08/13/2026

As electric vehicles become more sophisticated, fluid monitoring remains essential for reliability, safety, and uptime.

The AS01 and AS02 Automotive Liquid Level Sensor Series are engineered to help OEMs and system designers monitor critical vehicle fluids, including coolant and washer fluid applications. Designed for dependable operation and easy integration, these sensors support the reliable performance engineers expect from modern EV platforms.

Explore the latest EV sensing solutions: https://hubs.ly/Q04rJBNr0

The expansion in wireless capabilities and power electronics has placed a great deal of development pressure on every as...
08/11/2026

The expansion in wireless capabilities and power electronics has placed a great deal of development pressure on every aspect of society: consumer, industrial, and defense and aerospace. These challenges include the introduction of wide bandgap (WBG) semiconductors and the new circuit topologies resulting from them and other technical advances. This has resulted in electronic circuits that are higher in power density with ever-increasing switching speeds.

In this informative Whitepaper from Standex Edge, learn how Planar Magnetics play a pivotal role in addressing the WBG power semiconductor device market expansion and other demands in Advanced Defense and Aerospace Systems. https://hubs.ly/Q04rnYhz0

Did you know modern vehicles contain well over 100 sensing points?As EV architectures continue to advance, every sensor ...
08/11/2026

Did you know modern vehicles contain well over 100 sensing points?

As EV architectures continue to advance, every sensor plays a role in monitoring critical systems including:

✅ Battery management
✅ Charging infrastructure
✅ Cooling and fluid systems
✅ Safety and position detection

Explore how reliable sensing technologies from Standex Detect help engineers design safer and more efficient EV systems.

https://hubs.ly/Q04rJCHn0

Reliable fluid monitoring is critical to EV performance.The AS01 Series Automotive Liquid Level Sensor is designed to pr...
08/07/2026

Reliable fluid monitoring is critical to EV performance.

The AS01 Series Automotive Liquid Level Sensor is designed to provide dependable liquid level detection for automotive and industrial applications. Featuring a compact barrel-style housing, easy installation, and multiple switching configurations (NO, NC, and SPDT), the AS01 offers engineers the flexibility needed for a wide range of fluid monitoring requirements.

From coolant reservoirs to other critical vehicle fluid systems, reliable sensing helps support safer, more efficient EV operation.

Learn more: https://hubs.ly/Q04rJSVg0

As EV platforms evolve toward higher voltages, faster charging, and greater system complexity, reliable sensing has neve...
08/05/2026

As EV platforms evolve toward higher voltages, faster charging, and greater system complexity, reliable sensing has never been more critical.

From battery management and charging systems to fluid monitoring and safety detection, sensing technologies provide the visibility needed to support safe, efficient vehicle operation.

Learn how engineers are leveraging Reed and Hall Effect sensing technologies to improve EV performance and reliability.

Read more: https://hubs.ly/Q04rF38j0

How do you increase channel density without sacrificing performance?For next-generation ATE systems, the answer goes bey...
08/03/2026

How do you increase channel density without sacrificing performance?

For next-generation ATE systems, the answer goes beyond component selection.

Successful architectures balance:
🔹 More channels
🔹 Smaller PCB footprints while preserving:
🔹 Signal integrity
🔹 Measurement accuracy
🔹 Reliability

Our latest engineering article explores the tradeoffs, challenges, and design strategies behind high-density switching architectures and introduces the new ASR Series relay designed to help engineers maximize PCB space.

📖 Read the article and explore the new ASR Series: https://hubs.ly/Q04p_gm20

Design the architecture, not just the relay.High-density switching success isn't determined by a single component.It's t...
07/30/2026

Design the architecture, not just the relay.

High-density switching success isn't determined by a single component.

It's the result of balancing:
• Channel density
• PCB layout constraints
• Signal integrity
• Capacitance
• Long-term reliability

At Standex Detect, we work alongside engineering teams to optimize switching architectures from concept through production.

See how leading designers approach high-density switching challenges:

👉 Designing High-Density Switching Architectures Without Sacrificing Precision https://hubs.ly/Q04p_61k0

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