Standex Electronics

Designing High-Voltage Systems? Start with the Right Switching Strategy.

When your application demands both kilovolt-level performance and microvolt-level measurement accuracy, switching technology becomes a critical design decision.

Our latest engineering guide explores:
✅ High-voltage switching architectures
✅ Reed relay applications in EV, energy storage, ATE, test & measurement, and medical systems
✅ Isolation, leakage, and reliability considerations
✅ Reed relay vs. solid-state and electromechanical relay tradeoffs

Learn how reed relays help engineers achieve high isolation, ultra-low leakage, and long-term reliability in demanding applications.

📘 Read the guide: https://hubs.ly/Q04njPXX0

At multi‑GHz frequencies, assumptions can lead to costly design iterations.

Standex Detect’s RF demo boards allow you to:

✔ Measure real insertion loss, isolation, and return loss
✔ Validate performance in realistic conditions
✔ Feed accurate data into simulation tools

Because better data leads to better designs.

👉 Explore how to accelerate your RF validation workflow. https://hubs.ly/Q04kFv3B0
👉 Explore our industry-proven RF Reed Relays: https://hubs.ly/Q04kD7yN0
👉 Dive into challenges of SoC testing: https://hubs.ly/Q04kLv-D0