Engineered to complement our sensor series, these magnets ensure optimal alignment, activation, and performance. Available in various shapes and magnetic strengths, they simplify integration and enhance reliability across sensing applications in automotive, industrial, and medical environments.

Relays engineered to handle voltages above 600V, providing safe and efficient switching for power systems, energy storage, and high-voltage instrumentation.

Cylindrical proximity sensors are housed in round enclosures for easy mounting in tight or standardized spaces. Available with Reed or Hall effect technology, they provide reliable detection of magnetic or metallic targets.

Our Packaged Magnet portfolio features precision-engineered magnets housed in durable enclosures for seamless integration with reed and Hall effect sensors. Designed to simplify installation and enhance magnetic performance, these assemblies offer consistent field strength, mechanical protection, and optimized alignment for sensing applications. Ideal for automotive, industrial, and medical environments, our packaged magnets ensure reliable actuation and long-term durability in demanding conditions.

• First portable spectrum analyzer to provide continuous frequency coverage to 170 GHz
• Broadband mmWave capabilities for radio astronomy, automotive radar, wireless backhaul, 802.11ad, satcom, and more
• Ultraportable form factor enables measurements right at the device under test
• Measure: channel power, adjacent channel power, occupied bandwidth
• Patented NLTL technology provides > 100 dB dynamic range
• -141/-136/-129/-122 dBm DANL to 90/110/145/170 GHz ( Spectrum Master MS2762A)
• Up to 6 traces, 3 trace detectors, and 12 markers
• Standard three-year warranty

Multipoint sensors are designed to detect fluid levels at specific, predefined points. Using multiple reed switches and floats on a single stem, these sensors can monitor up to 9 distinct levels. Ideal for applications requiring discrete level detection, such as tanks with layered liquids of varying densities, these sensors offer reliable switching, even under extreme temperatures and pressures. The LS04 and LS05 series exemplify this adaptability, supporting multiple floats and custom configurations for versatile fluid monitoring.

• Large switching capacity in a small footprint 
• Switch up to 16 A current - highest in its class 
• High breakdown voltage (1,000 V rms between open contacts) 
• Ideal for applications such as high current/high power switching, AC line power switching, driving relays for industrial machinery, solenoid switching, and automotive engine control 
• Fail-safe interrupt inputs that can detect a fault condition automatically open up relays to their default state

High frequency reed relays are engineered for precision signal switching from DC up to 8 GHz, making them ideal for RF, microwave, and high-speed digital applications. These relays feature ultra-short signal paths and internal coaxial shielding with consistent 50 Ohm impedance, ensuring minimal insertion loss and excellent signal integrity. With rise times under 40 picoseconds and low contact resistance, they support fast pulse switching and high isolation in compact designs. Available in surface-mount packages with advanced shielding, they are optimized for automated test equipment, wireless systems, and high-frequency PCB layouts.

High insulation resistance reed relays are designed for ultra-low leakage current performance, making them ideal for precision applications where signal integrity and isolation are critical. Engineered with specialized materials, extended creepage distances, and optimized internal geometry, these relays achieve insulation resistance levels up to 100 tera-ohms (TΩ) and in some cases, even 1,000 TΩ resulting in leakage currents in the picoampere range or lower.

These relays are available in configurations that support switching voltages up to 1,000 VDC and breakdown voltages up to 4,500 VDC, with custom options reaching 10,000 VDC switching and 15,000 VDC breakdown. Their high isolation and dielectric strength make them ideal for automated test equipment (ATE), semiconductor testing, and precision measurement systems where even the smallest leakage can impact results.

Compact, reliable, and built for demanding environments, High Insulation Resistance reed relays offer unmatched performance in high-voltage, low-leakage applications.