D6F90 F1 LFS

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Pushbutton switches are common electronic components and are used in a wide variety of applications. The D6F90 F1 LFS pushbutton switch is a low-profile, mechanically latching switch that is ideal for applications where reliability, robustness and accuracy are critical. The main application fields of this switch include automotive, industrial, medical, and military applications.

Design and Working Principle

The D6F90 F1 LFS pushbutton switch is built with a flexible, formed steel actuator and has a low-profile design and an operating force of 2.2N. It features a high-temperature resistance of up to 125°C, a long operating life of up to 350,000 cycles, and a high contact reliability (300mΩ max). The switch also has a built-in resistor for low-current operation and is designed for connecting two or more points in an electrical system.

The operation of the pushbutton switch consists of two parts; the first part is the actuation of the switch and the second is the release of the switch. When the actuator is pressed, the contact gap is closed and the electrical circuit is completed. When the actuator is released, the contact gap reopens and the electrical current is cut off. The switch can also be operated in a manual override mode to force the switch to either closed or open-circuit.

Safety Features

The D6F90 F1 LFS pushbutton switch has several built-in safety features to protect against mechanical shock, vibration, and electrical surges. These features include a built-in resistor to regulate current, an’ off-delay’ to prevent accidental switching, and a safety interlock to prevent the switch from being operated without proper authorization. The switch is also designed with a fire-retardant material to help prevent fires from igniting due to negligence or equipment failure.

Benefits

The D6F90 F1 LFS pushbutton switch is a reliable and robust switch that provides safety, reliability, and accuracy. Its low profile design makes it ideal for applications where space is limited, and its high temperature resistance makes it suitable for extreme temperatures. Additionally, the switch is designed for high contact reliability and has a long operating life of up to 350,000 cycles, making it a durable and reliable switch. Finally, it is also designed with built-in resistors and safety interlocks, providing additional protection against mechanical shock, vibration, and electrical surges.

Conclusion

The D6F90 F1 LFS pushbutton switch is a robust, reliable and accurate switch ideal for a variety of applications. Its low profile design makes it suitable for tight spaces, while its high temperature resistance and built-in resistors provide additional protection against mechanical shock, vibration, and electrical surges. Finally, it has a long operating life of up to 350,000 cycles, making it an ideal switch for any application where reliability, robustness and accuracy are critical.

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