Discover our full range of high-performance bare permanent magnets, engineered for precision sensing, actuation, and industrial applications. This section features Samarium Cobalt (SmCo), Aluminum-Nickel-Cobalt (AlNiCo), Neodymium Iron Boron (NdFeB), and Hard Ferrite magnets, each offering unique magnetic properties suited for demanding environments. Whether you need high-temperature stability, strong magnetic force, or cost-effective durability, our bare magnets deliver reliable performance across automotive, medical, and industrial sectors.

Reed proximity sensors use a magnetically activated Reed switch to detect nearby objects. They offer low power consumption, long life, and are ideal for applications requiring precise, contactless switching in compact spaces.

• Complete solution - battery test, simulation & solar array simulator software included
• Highest power density up to 37 kW in 4U rack height (9.25 kW/U)
• Fastest and cleanest power available (fastest transient response and low output ripple and noise)
• Universal 3-Phase AC Input accepts 180 VAC to 528 VAC
• Longest manufacturer-based reliability guarantee: 5-year warranty
• Parallel system power up to 1.2 MW
• Output voltage up to 2,000 V
• Bidirectional output current up to ±150 A, up to ±4,800 A in parallel
• True extended wide-range autoranging output
• Regenerative to 95%
• Color touch panel user interface
• Seamless transition between source and sink
• Built-in islanding detection

The EH022 EMC Horn combines stable gain performance and low VSWR with wide band frequency operation. The horn is single linearly polarized with excellent cross-polar discrimination. The unique horn design suppresses any possible excitation of higher order modes in the aperture and maintains a well-defined smooth radiation pattern in the direction of the boresight axis throughout the operational bandwidth.

Low thermal reed relays are designed to switch microvolt-level signals without introducing thermal offsets or signal distortion. Ideal for use in transducers, high-end multimeters, thermocouple switching, and data acquisition systems, these relays ensure accurate signal integrity in temperature measurement and logging applications. Their low offset voltage performance makes them a superior alternative to semiconductor relays in precision environments.

• Ultra-long Holdover with improved ePRTC algorithm to provide up to 100 days of holdover within 100ns
• Jamming, spoofing detection
• High Accuracy White Rabbit PTP allowing sub-nanosecond time synchronization achievable through firmware upgrade, no additional hardware required
• 4x 10MHz Low Phase Noise (LPN)

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.

• The DF241 is characterized as a Small Low Angle Dark Field ring light. 
• Precisely aimed LEDs provide a very low angle of incidence, radial illumination pattern. 
• A scratch on a sheet of glass is a good example of a defect that can be detected with a low-angle dark field illuminator. 
• With a light intensity of 24kLux at a working distance of ½” (12.5mm), the DF241 is perfect for imaging problems limited to a small field of view. 
• A 25mm field of view is standard with an optional field of view of 35mm. 
• Available in a range of wavelengths from UV to IR. 

*Engineered to provide comparable optical characteristics to our previous RL1360.