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Uni-Directional DC Relays

Quick Specs
Current Rating100 to 300 amps
Operating Voltage6.5 to 36 VDC
Voltage Drop at Max Current30mV
Temperature Range-40 to +105 C
Weight14.7 ounces
Dimensions5.40” x 2.86” x 1.57”
  • Designed to switch DC current from a source to a load
  • Low voltage , high current capability
  • Industry-leading, ultra-low on-state resistance
  • response to low or high voltage thresholds (optional)
  • timers to delay on or off (optional)
  • precision circuit breaker functionality (optional)
  • Sleep mode for ultra-low current draw (optional)
  • Internationally patented arrayed MOSFET technology
  • Light weight
  • No heat sinks or airflow required
  • No de-rating required over full temperature range
  • Fully encapsulated solid state design
  • Differentiation between in-rush and shorted conditions
  • over-current protection

Specifically designed for automotive, military, marine, aerospace, industrial, test fixtures, and various 12 and 24 volt OEM applications, POWER-GATE devices are engineered to handle shock and high-vibration environments. Our MOSFET-based relays are well suited for switching both large inductive loads and sensitive electronic equipment like power inverters, communications apparatus, or compressors. Unlike conventional mechanical relays, POWER-GATE relays have no contacts to arc, bounce, and degrade over time. Ultra-low trigger current makes POWER-GATE perfect for power sipping electrical systems where battery management is critical. Capable of switching currents between 100 amps and 300 amps, POWER-GATE may be the solid state switching solution you’ve been looking for.

Devices can be customized for opto-isolation, latching, external Vcc, external status, logic feedback, and other various features. If you need to switch from a source to a load, and mechanical relays won’t cut it, POWER-GATE may be your solution.

Is POWER-GATE suitable for your application? Contact us and let our talented applications engineers help determine what configuration is best for your application.