A conducted electrical weapon comprising: a magazine comprising a plurality of firing tubes; a plurality of wire-tethered electrodes (430-1, 430-2) wherein each firing tube of the plurality of firing tubes is configured to receive a single, different electrode of the plurality of wire-tethered electrodes; and a housing comprising: a user control interface; a signal generator configured to generate a first voltage of a stimulus signal and a second voltage of the stimulus signal; a selector circuit configured to selectively couple the signal generator to the plurality of wire-tethered electrodes; and a processing circuit coupled to the user control interface, the signal generator and the selector circuit, wherein the processing circuit is configured to perform operations comprising: receiving a first activation signal of a sequence of activation signals via the user control interface; deploying a single first electrode of the plurality of wire-tethered electrodes toward a remote location in response to the first activation signal of the sequence of activation signals; receiving a second activation signal of the sequence of activation signals via the user control interface; deploying a second electrode of the plurality of wire-tethered electrodes toward the remote location in response to the second activation signal of the sequence of activation signals; coupling the first voltage of the stimulus signal to the single first electrode via the selector circuit; and coupling the second voltage of the stimulus signal to the second electrode via the selector circuit. a magazine comprising a plurality of firing tubes; a plurality of wire-tethered electrodes (430-1, 430-2) wherein each firing tube of the plurality of firing tubes is configured to receive a single, different electrode of the plurality of wire-tethered electrodes; and a housing comprising: a user control interface; a signal generator configured to generate a first voltage of a stimulus signal and a second voltage of the stimulus signal; a selector circuit configured to selectively couple the signal generator to the plurality of wire-tethered electrodes; and a processing circuit coupled to the user control interface, the signal generator and the selector circuit, wherein the processing circuit is configured to perform operations comprising: receiving a first activation signal of a sequence of activation signals via the user control interface; deploying a single first electrode of the plurality of wire-tethered electrodes toward a remote location in response to the first activation signal of the sequence of activation signals; receiving a second activation signal of the sequence of activation signals via the user control interface; deploying a second electrode of the plurality of wire-tethered electrodes toward the remote location in response to the second activation signal of the sequence of activation signals; coupling the first voltage of the stimulus signal to the single first electrode via the selector circuit; and coupling the second voltage of the stimulus signal to the second electrode via the selector circuit. a user control interface; a signal generator configured to generate a first voltage of a stimulus signal and a second voltage of the stimulus signal; a selector circuit configured to selectively couple the signal generator to the plurality of wire-tethered electrodes; and a processing circuit coupled to the user control interface, the signal generator and the selector circuit, wherein the processing circuit is configured to perform operations comprising: receiving a first activation signal of a sequence of activation signals via the user control interface; deploying a single first electrode of the plurality of wire-tethered electrodes toward a remote location in response to the first activation signal of the sequence of activation signals; receiving a second activation signal of the sequence of activation signals via the user control interface; deploying a second electrode of the plurality of wire-tethered electrodes toward the remote location in response to the second activation signal of the sequence of activation signals; coupling the first voltage of the stimulus signal to the single first electrode via the selector circuit; and coupling the second voltage of the stimulus signal to the second electrode via the selector circuit. receiving a first activation signal of a sequence of activation signals via the user control interface; deploying a single first electrode of the plurality of wire-tethered electrodes toward a remote location in response to the first activation signal of the sequence of activation signals; receiving a second activation signal of the sequence of activation signals via the user control interface; deploying a second electrode of the plurality of wire-tethered electrodes toward the remote location in response to the second activation signal of the sequence of activation signals; coupling the first voltage of the stimulus signal to the single first electrode via the selector circuit; and coupling the second voltage of the stimulus signal to the second electrode via the selector circuit.