The Omron G6H-2-3VDC is a miniature, low-signal relay designed for high-density mounting and low power consumption. This relay features a DPDT (Double Pole Double Throw) contact configuration, providing versatile switching capabilities for various applications. Its compact size and high sensitivity make it suitable for use in telecommunications equipment, measurement instruments, and other low-power signal switching applications.

Applications:

• Telecommunications Equipment
• Measurement and Instrumentation
• Data Acquisition Systems
• Security Systems
• Medical Equipment
• ATE (Automated Test Equipment)

Features:

• DPDT contact configuration
• Miniature size for high-density mounting
• Low power consumption
• High dielectric strength
• High switching speed
• RoHS compliant

Benefits:

• Enables versatile switching of multiple circuits with a single relay
• Saves space in compact designs
• Reduces power consumption, ideal for battery-powered devices
• Provides reliable insulation between circuits
• Offers fast switching times for high-speed applications
• Complies with environmental regulations

Additional Details:

The G6H-2-3VDC relay operates with a coil voltage of 3VDC. This relay is designed for surface mounting on PCBs, which allows for automated assembly and high-density packaging. The DPDT configuration allows for switching of two separate circuits simultaneously, which can simplify circuit designs and reduce the number of components needed. The low power consumption makes it suitable for battery-powered devices or applications where minimizing power consumption is important. The relay's compact size allows for high-density mounting on printed circuit boards. Its high dielectric strength ensures reliable insulation between the coil and contacts. This relay is commonly used in applications where reliable switching of low-power signals is required. The G6H series is known for its high performance and long life expectancy. Its fast switching speed makes it suitable for applications where timing is critical.