Exterior Bottle Mount Liquid Level Sensors offer a reliable and hygienic solution for monitoring fluid levels in sealed or transparent containers. These sensors attach externally, eliminating the need for direct contact with the fluid, ideal for applications where contamination, leakage, or internal access is a concern. With flexible integration options and compatibility across various container materials, they are well-suited for use in medical devices, laboratory equipment, food processing systems, and industrial fluid management. Their non-intrusive design ensures easy installation and maintenance while delivering consistent performance.

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.

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.

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.

The high frequency reed switch series is engineered for precision switching in RF and high-speed digital applications. These switches are optimized to handle signals from DC up to 7 GHz, making them ideal for use in telecommunications, computing, and advanced test equipment.

With nickel/iron leads offering high magnetic permeability, these reed switches deliver exceptional linearity across a broad frequency spectrum. Their compact form factor allows for high-density PCB mounting, and internal shielding ensures minimal electromagnetic interference, even in tightly stacked configurations.

These switches are commonly integrated into high-frequency reed relays for enhanced durability and performance.

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.

High voltage and high-power reed relays are engineered for demanding applications that require reliable switching of elevated voltages and currents. These relays support switching voltages up to 1,000 VDC in compact packages, making them ideal for use in automotive systems, solar energy, EV battery management, medical devices, and automated test equipment (ATE).

For extreme voltage requirements, specialized models are available that switch up to 10,000 VDC, with breakdown voltage ratings reaching 15,000 VDC. These high-voltage relays are trusted in critical medical technologies such as portable defibrillators and electrosurgical generators, where insulation integrity and safety are paramount.

Designed with robust isolation, high dielectric strength, and low contact resistance, these relays offer long operational life and stable performance in high-energy environments. Their compact form factors and versatile configurations make them suitable for both high-voltage isolation and high-current control across a wide range of industries.

Optimized for high-speed signal transmission and minimal signal distortion, these relays feature low off-state capacitance, making them ideal for RF, telecom, and precision measurement applications.

Hall effect proximity sensors detect magnetic fields and convert them into electrical signals. They offer high accuracy, durability, and are suitable for linear or angular position sensing in dynamic environments.