A device for treating pelvic pain in a female patient, comprising: a set of intravaginal components including a frame having a distal portion and a proximal portion, the frame being configured so that when the set of intravaginal components are inserted into the vagina of the female patient, the proximal portion of the frame will be in contact with the paracervical vaginal epithelium of the posterior and the lateral vaginal fornices of the female patient; one or more pairs of paracervical electrodes embedded in a surface material covering the proximal portion of the frame; an intravaginal capsule comprising a distal end, a proximal end, a microprocessor, a memory and an electrical stimulation generator; an electrode plug that plugs into the intravaginal capsule to establish an electrical connection with the electrical stimulation generator; and one or more connecting wires that electrically couple the electrode plug to said one or more pairs of paracervical electrodes; and a local control program in the memory comprising program instructions that, when executed by the microprocessor, will cause the microprocessor to generate and send control signals to the electrical stimulation generator, the control signals configured to cause the electrical stimulation generator to generate and transmit low voltage electrical current to the one or more pairs of paracervical electrodes via said electrode plug and said one or more connecting wires; wherein the low voltage electrical current received by the one or more pairs of paracervical electrodes creates an electrical field that passes through the paracervical vaginal epithelium of the posterior and the lateral vaginal fornices of the female patient, and thereby neuromodulate neural structures in the pelvis. a set of intravaginal components including a frame having a distal portion and a proximal portion, the frame being configured so that when the set of intravaginal components are inserted into the vagina of the female patient, the proximal portion of the frame will be in contact with the paracervical vaginal epithelium of the posterior and the lateral vaginal fornices of the female patient; one or more pairs of paracervical electrodes embedded in a surface material covering the proximal portion of the frame; an intravaginal capsule comprising a distal end, a proximal end, a microprocessor, a memory and an electrical stimulation generator; an electrode plug that plugs into the intravaginal capsule to establish an electrical connection with the electrical stimulation generator; and one or more connecting wires that electrically couple the electrode plug to said one or more pairs of paracervical electrodes; and a local control program in the memory comprising program instructions that, when executed by the microprocessor, will cause the microprocessor to generate and send control signals to the electrical stimulation generator, the control signals configured to cause the electrical stimulation generator to generate and transmit low voltage electrical current to the one or more pairs of paracervical electrodes via said electrode plug and said one or more connecting wires; wherein the low voltage electrical current received by the one or more pairs of paracervical electrodes creates an electrical field that passes through the paracervical vaginal epithelium of the posterior and the lateral vaginal fornices of the female patient, and thereby neuromodulate neural structures in the pelvis.