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.

High current. High voltage. High risk.In modern power semiconductor testing, accuracy can degrade slowly from parasitic ...
04/24/2026

High current. High voltage. High risk.

In modern power semiconductor testing, accuracy can degrade slowly from parasitic effects, voltage stress, and thermal limitations in the switching path.

Our new whitepaper explains why test systems fail even when pulses look clean and what engineers are doing differently to restore confidence.
✅ Cleaner pulse integrity
✅ Higher breakdown margins
✅ Repeatable performance across millions of cycles
👉 Read the whitepaper https://hubs.ly/Q04bX9sN0

And now, our SHV‑2A Form 2A relay brings those principles into a compact, high-density ATE solution built for scalable, high-voltage switching.
Learn more about SHV‑2A https://hubs.ly/Q04bWRbd0

Clean current pulses don’t always mean clean test results.As power semiconductor devices push voltage, current, and ther...
04/22/2026

Clean current pulses don’t always mean clean test results.

As power semiconductor devices push voltage, current, and thermal limits, pulse distortion, breakdown stress, and relay limitations can quietly undermine test accuracy long before failures appear in the DUT.

Our latest whitepaper breaks down:
🔹Why “clean” pulses still fail in high-power testing
🔹Where traditional switching technologies fall short
🔹How reed relay architectures sustain pulse integrity over millions of cycles
📘 Read the whitepaper https://hubs.ly/Q04bXJ0s0

We’re also introducing the new SHV‑2A relay, designed for high-density, high-voltage ATE with low parasitic capacitance and scalable integration.

🔧 Explore the new SHV‑2A https://hubs.ly/Q04bXJ600

Standex Edge is at Sea Air Space 2026 today in National Harbor, Maryland! Sam Wolfe, our Magnetics expert for Defense an...
04/20/2026

Standex Edge is at Sea Air Space 2026 today in National Harbor, Maryland! Sam Wolfe, our Magnetics expert for Defense and Aerospace applications, is walking the show today and discussing Edge custom solutions!

The total loss in a magnetic component is heavily dependent on the proximity and orientation of its winding to the gap i...
04/13/2026

The total loss in a magnetic component is heavily dependent on the proximity and orientation of its winding to the gap in the coupled core. Losses can be significantly reduced by optimizing the core's structural design. This whitepaper provides nine strategies to minimizing AC winding resistance by using distributed gap Ferrite core structures. Request a download at https://hubs.ly/Q04brr3J0

Designing for Low Leakage & Low ParasiticsIn high‑voltage test systems, even tiny leakage paths or a fraction of a picof...
04/02/2026

Designing for Low Leakage & Low Parasitics

In high‑voltage test systems, even tiny leakage paths or a fraction of a picofarad can degrade measurements.

This application note breaks down essential design practices engineers should implement, whether you're building HV harness testers, ATE systems, or BMS diagnostics equipment.

🔧 Read the full application note for detailed design do’s, don’ts, and best practices https://hubs.ly/Q048wFsg0

Channel density is becoming a critical design challenge in modern HV ATE systems and Standex Detect is addressing it hea...
03/31/2026

Channel density is becoming a critical design challenge in modern HV ATE systems and Standex Detect is addressing it head‑on with the new SHV‑2A High‑Voltage Reed Relay.

With two, form A high voltage contacts in a uniquely compact package, the SHV‑2A enables significantly denser matrix configurations without compromising isolation or reliability.

Performance highlights:
• Up to 3 kV breakdown capability
• >10 TΩ insulation resistance for ultra‑clean measurement paths
• Internal magnetic shielding for predictable switching behavior
• Low power consumption + long operating life

Ideal for semiconductor test, EV/energy storage diagnostics, aerospace, power electronics, and medical test systems.
🔗 Explore the SHV-2A: https://hubs.ly/Q048wQBP0

The Standex survey closes soon. Have you taken part? Share your thoughts on the recent Standex rebrand. We're looking fo...
03/30/2026

The Standex survey closes soon. Have you taken part?

Share your thoughts on the recent Standex rebrand. We're looking for honest feedback of what's working… and what isn't.

As a token of our appreciation for taking part, everyone who completes the survey will be entered into a prize draw to win one of ten $100 Amazon gift cards.

Winners will be picked at random and notified over email. Terms and conditions apply.

Start the survey here: https://hubs.ly/Q047hJvl0

Looking forward to hearing what you think!

*Terms and conditions apply: https://hubs.ly/Q047hP5W0 Not affiliated with Facebook.

We’re excited to introduce the new Standex Detect SHV‑2A High‑Voltage Reed Relay — engineered specifically for next‑gene...
03/27/2026

We’re excited to introduce the new Standex Detect SHV‑2A High‑Voltage Reed Relay — engineered specifically for next‑generation ATE and high‑voltage test systems.

The SHV‑2A delivers dual HV contacts in an ultra‑compact SIL footprint, giving designers the channel density needed for modern, scalable test architectures.

Key performance advantages include:
✅ Up to 3 kV handling for demanding HV conditions
✅ Ultra‑high insulation resistance >10 TΩ for measurement integrity
✅ Low leakage, low capacitance & fast switching
✅ Long lifecycle up to 1 billion operations

As test platforms push for higher accuracy and tighter tolerances, the SHV‑2A enables engineers to build denser, cleaner, and more reliable HV switching solutions.

Explore the SHV-2A: https://hubs.ly/Q0488pjz0
-2A

Precision Switching for High-Voltage AccuracyModern high‑voltage test systems demand switching components that don’t jus...
03/25/2026

Precision Switching for High-Voltage Accuracy

Modern high‑voltage test systems demand switching components that don’t just route signals but preserve measurement integrity.
Leakage current, parasitic capacitance, and isolation limits can make or break accuracy in semiconductor ATE, cable harness testing, battery diagnostics, and more.

Reed relays excel where precision matters most, thanks to:

▪️Picoamp-level leakage
▪️Sub‑picofarad capacitance
▪️High isolation in compact layouts
▪️Stable performance over long lifetimes

If you’re designing high‑voltage test architectures and want to understand how switching affects accuracy, throughput, and system stability, this application note is a must‑read. https://hubs.ly/Q0488Pw90

Stop by the Standex Edge booth,  #1019, during APEC's full day of technology exploration! Discuss the latest in Magnetic...
03/24/2026

Stop by the Standex Edge booth, #1019, during APEC's full day of technology exploration! Discuss the latest in Magnetics technology, see the smallest transformers and inductors in the industry, and discuss your upcoming projects!

Did you hear? Standex Electronics has evolved…Standex has undergone a brand transformation. Edge, Grid and Detect are no...
03/24/2026

Did you hear? Standex Electronics has evolved…

Standex has undergone a brand transformation. Edge, Grid and Detect are now all part of the Standex Electronics family.

But what we really want to know is… what do you think about it?

The Standex customer survey is now live!

Simply take a couple of minutes to share your feedback. As a thank you we'll enter you into a prize draw to win one of ten $100 Amazon gift cards.

Start the survey: https://hubs.ly/Q047hP0m0

*Terms and conditions apply: https://hubs.ly/Q047hH4z0 Not affiliated with Facebook.

Designed for Today’s Industrial ChallengesModern automation demands more: higher electrical stress, more actuators, more...
03/19/2026

Designed for Today’s Industrial Challenges
Modern automation demands more: higher electrical stress, more actuators, more lighting loads, and harsher conditions.

Standex Detect High‑Power Reed Sensors meet these challenges with:
• Precision switching for high inrush loads
• Hermetic sealing for contamination resistance
• Long‑life endurance under shock & vibration
• Compatibility with diverse industrial applications

See how these sensors keep industrial systems running stronger and longer

➡️ Read the full blog https://hubs.ly/Q046lTjM0

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4150 Thunderbird Lane
Fairfield, OH
45014

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