3-1617011-2

Signal Relays, Up to 2 Amps - 3-1617011-2

3-1617011-2 signal relays are commonly used in electronics applications for controlling low-level electrical signals. The relays have an operating current up to 2 amps, allowing them to control a variety of circuits, including those with AC/DC voltage sources.

The 3-1617011-2 relays are typically used in applications that require switching of high current loads or circuits that need to be controlled accurately without adding noise or distortion. Some common uses include industrial control systems, process control systems, power supplies, and audio systems.

Characteristics and Properties

3-1617011-2 signal relays are designed to have a fast switching performance — typically within 7 ms — as well as good input-output isolation. This allows them to be used in applications where high speed switching is needed and where signal isolation is a concern. The relays have a low power consumption, making them suitable for small-scale applications, and they are RoHS compliant.

The life cycle for 3-1617011-2 signal relays is typically rated up to 10 million operations, and they have a high noise Immunity. These features mean that the relays can tolerate greater amounts of wear and tear in their operating environments, making them more reliable in the long-term.

Connectivity and Interfaces

3-1617011-2 signal relays generally have a universal terminal block interface. This interface choice allows them to be compatible with a wide variety of existing equipment, eliminating the need to install custom connections to the relay. The relays are also available with optional mounting solutions, such as PCB, DIN-rail, or panel mounting, providing additional flexibility when selecting the most suitable solution for an application.

Working Principle

The 3-1617011-2 signal relays are designed to operate using a magnetic latching principle. This means that when an electrical signal is applied to the relay\'s contacts, the magnetic force causes the relay\'s contacts to close or open based on the direction of the electrical signal. Once the signal has been applied, the relay will remain in its current state until another signal with the opposite direction is applied.

This allows the relay to control functions such as on/off switching of a circuit, or analog control of a circuit. The magnetic latching principle allows the relay to not only rapidly switch between states, but also to switch back and forth between them with consistency and accuracy.

Conclusion

3-1617011-2 signal relays are a reliable and versatile solution for a wide range of applications. The relays have a low power consumption and long cycle life, making them suitable for small-scale or high-bandwidth applications. The relays also have a strong noise immunity and fast switching performance.

These features provide system designers and engineers with a reliable and effective switching solution, allowing them to control a variety of circuits with accuracy and precision. The universal terminal block interface ensures the relays are compatible with a wide range of existing equipment.