Ultraminiature reed relays are engineered for high-density, low-profile applications where space and performance are critical. With package heights as low as 3.4 mm and footprints under 8 mm, these instrumentation-grade relays are among the smallest in the industry. Ideal for tightly stacked matrices and compact PCB layouts, they offer high insulation resistance, low contact resistance, and reliable switching for billions of operations.

Dual In-line Package (DIP) Photo-MOSFET relays offering easy through-hole mounting and robust performance. Commonly used in industrial control, security systems, and test equipment.

Reliable Switching in a Small Footprint

The miniature reed switch series features compact, power-efficient magnetic switches with glass body lengths ranging from 9 to 14 mm. Designed for precision and versatility, these switches operate with no power consumption in their normally open state, making them ideal for energy-sensitive applications.

Available in a wide range of switching characteristics, including close differential, high current, mercury wetted, high-performance, and SPDT (changeover) configurations, this series supports diverse design requirements across industries. Their small footprint makes them especially valuable in miniaturized systems such as semiconductor testing equipment and medical devices, while also serving critical roles in telecommunications, security, automotive, appliances, and industrial automation.

Side Mount Liquid Level Sensors offer robust and versatile solutions for accurate fluid level monitoring. Designed with flexible mounting options, including external/internal threads and grommet inserts, these sensors feature separate float/sensor designs to minimize leak paths. Ideal for automotive, industrial, and medical applications, they support both Normally Open (NO) and Normally Closed (NC) configurations, with power options up to 100W. Integration is simplified with cable harnesses and connector options, making them a trusted choice for OEMs and Tier 1 platforms.

Discover reed relays engineered with specialized features to meet demanding application needs. These relays offer benefits such as ultra-low power consumption, latching functionality, high insulation resistance, and other advanced capabilities tailored for precision, reliability, and space-saving designs.

• 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

Flange and screw mount position sensors offer a durable, fixed-installation solution for detecting position, proximity, or motion in demanding environments. Available with reed switch or Hall effect technology, these sensors are housed in rugged rectangular or cylindrical enclosures with integrated mounting flanges or screw holes for easy alignment and installation. They support a wide range of electrical configurations and are ideal for applications in automation, transportation, medical devices, and industrial equipment. Their robust design ensures long-term performance in high-vibration, high-temperature, or outdoor conditions.

These sensors detect the presence or movement of a magnet, enabling precise position or proximity monitoring. Available in Reed or Hall effect versions, they are used in medical, industrial, and consumer devices.

Reliable and compact, our vertical mount liquid level sensors are designed for precise fluid detection in tight spaces. Ideal for industrial, medical, and automotive applications, these sensors offer customizable configurations to meet specific performance needs. Explore durable solutions for accurate level monitoring.