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MODELS OF NEURONS
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active-state active-state tension agonist antagonist muscle axon behavior bioengineering biological biomedical Bode diagram cell circuit closed-loop system constant control system controller signal curves dashpot derived devices diodes dynamic overshoot electric field electrode equation example eye position feedback fibers Figure filters force—velocity relationship frequency glissadic glissadic overshoot Goldman equation half-cell potential Hodgkin-Huxley model homeomorphic Human Movement human saccades increase instrument Laplace transforms leakage current length length-tension linear second-order system measured membrane potential molecules motoneurons msec muscle force muscle spindle myosin neuronal neutral nonlinear normal Nyquist plot open-loop system operational amplifier output parameters patient leads peak velocity phase plug poles produce pulse width receptacle reciprocal innervation model resistor resulting saccadic eye movements sensitivity function series elasticity shown in Fig simulate sodium ions Stark step response technique temperature tendon organs Thermoregulation transfer function U-ground variable vergence voltage wire zero