Which of the following statements is true regarding the arc switch function post-deployment?

The correct choice emphasizes that after deployment, the arc switch function initiates high voltage across both bays of the Taser device. This feature is vital because it allows the deployment of the Taser to maintain its electrical connection, delivering a potential voltage output that is necessary for effectiveness.

By providing high voltage across both bays, the arc switch ensures that energy can continue to flow, which is crucial for immobilizing a subject effectively in a situation where a Taser is utilized. This characteristic enhances the functionality of the device when responding to dynamic situations.

In comparison to the other options, the statement about inactivity would be misleading, as the arc switch is actively contributing to the device's performance during and after deployment. The notion that it only discharges from Bay 1 is also incorrect—both bays play a role in the electrical output intended for incapacitating a target. The option regarding powering down the device doesn't align with the operational purpose of the arc switch post-deployment, as its role is to sustain operational readiness, not to shut it down.