Threaded Housing Position Sensors offer a rugged and easily adjustable solution for detecting position, proximity, or motion in a wide range of applications. Available with reed switch or Hall effect technology, these sensors are housed in cylindrical threaded enclosures, typically plastic, stainless steel, or brass, for secure mounting and customizable sensing gaps. Their non-contact operation ensures long-term reliability and resistance to shock, vibration, and harsh environments. Ideal for use in automation, transportation, medical devices, and industrial machinery, these sensors support various output types and connection styles for seamless integration.

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.

High Power Magnetic Switching for Demanding Applications

The high-power reed switch series offers robust magnetic switching solutions capable of handling up to 120 W and voltages as high as 1,000 VDC. Designed for demanding applications, these reed switches are available in various sizes starting from 14 mm, including surface mount and through-hole options for flexible integration.

These switches are ideal for proximity, position, motion, and end-limit sensing, and can also be packaged into high power reed relays for enhanced durability and simplified PCB mounting. Relay packaging supports both pick-and-place automation and high insulation resistance, with some models exceeding 10¹³ Ohms.

Popular series such as KT, SHV, LI, and BE offer a range of contact configurations, including SPST, SPDT, and multi-switch designs. Whether used in automotive systems or test and measurement equipment, these high-power reed switches deliver reliable performance where high voltage and current demands are critical.

Custom solutions are also available to meet specific design requirements.

• 100 MHz, 200 MHz, 350 MHz, 500 MHz and 1 GHz bandwidths 
• Up to 4 GS/s sample rate 
• Long Memory – up to 20 Mpts 
• 10.1” capacitive touch screen display 
• 16 Digital Channel MSO option 
• MAUI - Most Advanced User Interface 
  • Designed for Touch 
  • Built for Simplicity 
  • Made to Solve 
• Advanced Anomaly Detection 
  • Fast Waveform Update 
  • History Mode - Waveform Playback 
  • WaveScan - Search and Find 
• Multi-Instrument Capabilities 
  • Protocol Analysis - Serial Trigger and Decode 
  • Waveform Generation - Built-in Function Generator 
  • Digital Voltmeter and Frequency Counter 
• Future Proof 
  • Upgradeable Bandwidth 
  • Field Upgradable Software and Hardware Options

• Compliant with IEC 61000-4-5 Ed.3 standard：ECE R10 is regulated at Ed.2, possible to switch to Ed.2
• AC500V/200A DC600V/200A built-in coupling decoupling network.
• Built-in EV relay welding protection diode in DC line. You can evaluate the lightning surge resistance when charging EV / PHV vehicles, which is required by ECE R10-04 / 05. (EV Fast Charging applicable)
• Maximum output voltage 15kV: In the reliability evaluation test of the lightning surge test, the evaluation including the destructive test can be performed.
• Adopt a large LCD screen operation panel: A large LCD panel screen has been adopted for the operation unit to improve visibility and operability.
• Employs MPU control that simplifies continuous testing: Surge output / waveform switching / polarity switching / sequence operation can be performed automatically.
• Equipped with manual and program modes. Manual mode for standard tests and single condition tests, and Program mode for continuous tests under different conditions. You can easily set test conditions according to your application.
• Excellent safety functions including interlock
• Equipped with waveform check terminal as standard
• You can check the output waveform with your oscilloscope and BNC cable.
• Isolation transformer required to protect the power supply for EUT is available. (option)
• Possible to switch the constant of the decoupling circuit in order to prevent resonance with the power supply.
• Possible to switch to a circuit not including 18uF in the surge output of IEC61000-4-5 Edition 2.0 2005 version).

* This product is a custom product. Please contact us for details.

Customization up to DC1000V is available.

Secure, compact, scalable fixed, front-removable, or rear-removable blade servers made right here in the USA that maximize performance and adaptability for evolving applications

• Size - Up to four server blades within a single rugged enclosure help efficiently utilize rack space.
• Weight - Compact system design reduces overall weight of rack server infrastructure.
• Power - Shared resources optimize hardware usage and limit power requirements.
• Cost - Modularity and increased footprint lower hardware and maintenance costs.

Versatile Photo-MOSFET solid-state relays designed for a wide range of applications requiring low power switching, high isolation, and long operational life. Ideal for signal switching in industrial, medical, and telecom systems.

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.