Design of low-cost general purpose microcontroller based neuromuscular stimulator
In this study, a general purpose, low-cost, programmable, portable and high performance
stimulator is designed and implemented. For this purpose, a microcontroller is used in the
design of the stimulator. The duty cycle and amplitude of the designed system can be
controlled using a keyboard. The performance test of the system has shown that the results
are reliable. The overall system can be used as the neuromuscular stimulator under safe
conditions.
stimulator is designed and implemented. For this purpose, a microcontroller is used in the
design of the stimulator. The duty cycle and amplitude of the designed system can be
controlled using a keyboard. The performance test of the system has shown that the results
are reliable. The overall system can be used as the neuromuscular stimulator under safe
conditions.
Abstract
In this study, a general purpose, low-cost, programmable, portable and high performance stimulator is designed and implemented. For this purpose, a microcontroller is used in the design of the stimulator. The duty cycle and amplitude of the designed system can be controlled using a keyboard. The performance test of the system has shown that the results are reliable. The overall system can be used as the neuromuscular stimulator under safe conditions.
Springer
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