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. 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.

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.

Programmable Autonomous Relays have an integrated factory programmable microcontroller with options like timing features, delays, voltage sensing turn-on or turn-off, and logic feedback for easy system integration. Commonly used as a traditional Low Voltage Disconnect, the POWER-GATE Autonomous Relay can be programmed to sense system battery voltage, and protect the system from accidental battery discharge. Autonomous relays span the entire POWER-GATE voltage and current spectrum. Contact us and let our talented applications engineers help determine what configuration is best for your application.

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. 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.

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.

Conventional Low Voltage Disconnects typically require external mechanical contactors to drive loads of any significance. Multiple relays and wire/cable runs create unnecessary installation complexity, drive up maintenance costs, and create a basic level of brain-damage fleet operators can do without. If only there was a device that served as a low voltage disconnect, but could also handle ALL the accessory loads thus eliminating the need for external contactors.

POWER-GATE Voltage Sensitive Relays are your solution.

POWER-GATE Voltage Sensitive Relays provide a SINGLE point of control and are designed to handle ALL your accessory loads WITHOUT the need of external contactors. An on-board microcontroller is programmed with various performance characteristics including low voltage cutoff, high voltage cutoff, timing features, override options, overcurrent protection, and in-rush thresholds. Those parameters can be adjusted based upon customer requirements. POWER-GATE enjoys ultra low on-resistance requiring no heat sinking or airflow. Fleet operators running hybrid or electric vehicles will also appreciate both low quiescent current draw, and ultra low power consumption to activate the device.