71EDF36-01-1-AJN

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Rotary switches are commonly used for applications of controlling capacitance, resistance, current and voltage. 71EDF36-01-1-AJN is one of them.

The 71EDF36-01-1-AJN comprises of a base and a wafer, which are made of rugged, highly corrosion-resistant brass. This wafer is connected to an internal insulator and a buffered output cable by soldering. The innermost edge of this brass wafer is spun in rotation, allowing it to be indexed through four positions.

When the 72EDF36-01-1-AJN is in position 1, the internal insulator is connected to a CREE SCP102-K12C polyetherimide-based dielectric material. This dielectric material has a very low dielectric constant, allowing it to efficiently handle current, voltage, capacitance and resistance.

In position 2, the internal insulation is broken and instead creates a wiper contact with a CREE NXS235K200 polycarbazole solid electrolytic capacitor, which is moved along the length of the rotary switch. This capacitor helps to increase the overall voltage handling capacity of the 71EDF36-01-1-AJN and reduces any potential arcing or sparking.

In position 3, the internal insulation is once again connected to a CREE SCP102-K12C polyetherimide-based dielectric material. This provides a separate high current/high voltage path for more demanding applications.

Finally, position 4 provides a neutral connection when no electricity is flowing through the rotary switch. This helps to protect the internal components of the 71EDF36-01-1-AJN from over-currents, over-voltages, or similarly potentially damaging conditions.

In conclusion, the purpose of the 71EDF36-01-1-AJN is to provide reliable and efficient control of current, voltage, capacitance and resistance in applications requiring high-speed switching and/or high power. This is accomplished through the use of an internal dielectric material and solid electrolytic capacitor, which allow the rotary switch to handle higher voltages and currents without compromising its dependability and safety.

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