The invention discloses an implantable nerve electrical stimulation device which comprises a personal digital assistant (PDA), an
in vitro controller, an
in vivo stimulator and a stimulation
electrode. A user uses the PDA to
record the information of an experiment animal, and the working condition of the
in vivo stimulator and the stimulation
electrode. Stimulation parameters are programmed and are transmitted to the
in vitro controller through bidirectional
wireless radio frequency communication. Data and energy
percutaneous wireless transmission is carried out between the
in vitro controller and the
in vivo stimulator through in vitro and in vivo coil
coupling. The in vivo stimulator is sealed by a
biology compatible
silicone material, produces a stimulation pulse with specific parameters, and outputs the stimulation pulse to the stimulation
electrode which is implanted into an
epidural space through operation, so as to carry out
spinal cord nerve electrical stimulation. The stimulation electrode is a multi-
contact electrode based on a flexible circuit board technology. Insulation
package is carried out on a number of gold-plated electrode contacts through
polyimide. The device and the
system, which are provided by the invention, are used for analgesia and promoting the mechanism study of movement
function recovery after
spinal cord injury, and can be used for the animal experiment study of the electrical stimulation therapy of Parkinson and other neurological diseases.