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Tests/Models/Transduction/RecPoten


Carney18k.par
	4			Order for the gamma tone filters - BM model.
	single		Centre frequency mode for filter.
	18000.0		Centre frequency of gamma-tone filter bank.
	1100		Cut-off frequency for OHC low-pass filter, Fc (Hz).
	5000		Operating point of OHC (feedback) non-linearity, P_Dfb (Pa).
	0.462		Asymmetrical bias for OHC non-linearity, P0 (rad).
	10.0		Maximum depolarising hair cell voltage, Vmax (V).
	

Carney700.par
	4			Order for the gamma tone filters - BM model.
	single		Centre frequency mode for filter.
	700.0		Centre frequency of gamma-tone filter bank.
	1100		Cut-off frequency for OHC low-pass filter, Fc (Hz).
	5000		Operating point of OHC (feedback) non-linearity, P_Dfb (Pa).
	0.462		Asymmetrical bias for OHC non-linearity, P0 (rad).
	10.0		Maximum depolarising hair cell voltage, Vmax (V).
	

CarneyRP1.par
	1100		Cut-off frequency for OHC low-pass filter, Fc (Hz).
	1000		Operating point of OHC (feedback) non-linearity, P_Dihc (uPa).
	0.462		Asymmetrical bias for OHC non-linearity, P0 (rad).
	10.0		Maximum depolarising hair cell voltage, Vmax (V).
	8.13e-3		Travelling wave delay coefficient, A_D (s).
	6.49e-3		Travelling wave delay length constant, A_L (m).
	0.0			Reference potential (V).
	

DRNL18k.par
	4		Total order for the gamma tone filters - BM model.
	single	Frequency mode.
	18000	Centre frequency of gamma-tone filter for basilar membrane.
	Nonlinear	Band width (3 dB down) mode for filters.
	1.0		Narrow filter broadening coefficient.
	29.5	Threshold above which compression takes place (dB SPL).
	0.63	Compression ratio.
	1.0		Wide filter broadening coefficient.
	2.5		Narrow filter low-pass cut-off scale.
	

DRNL700.par
	4		Total order for the gamma tone filters - BM model.
	single	Frequency mode.
	700		Centre frequency of gamma-tone filter for basilar membrane.
	Nonlinear	Band width (3 dB down) mode for filters.
	1.0		Narrow filter broadening coefficient.
	20.0	Threshold above which compression takes place (dB SPL).
	0.66	Compression ratio.
	1.0		Wide filter broadening coefficient.
	2.5		Narrow filter low-pass cut-off scale.
	

GPigChinPE.par
	2		Filter order.
	0.0		Pre-attenuation for filter (dB).
	1000.0	Lower, 3 dB down cut-off frequency (Hz).
	30000.0	Upper, 3 dB down cut-off frequency (Hz).
	

MeddisRP1.par
	1.564	Q parameter.
	0.015	V parameter.
	0.55e-3	Potassium channel time constant (s).
	

PTone1.par
	700.0		Stimulus frequency (Hz).
	120.0		Stimulus signal intensity (dB SPL).
	200.0e-3	Stimulus signal duration (seconds).
	0.01e-3		Stimulus sampling interval, dt (seconds).
	

PTone2.par
	700.0		Stimulus frequency (Hz).
	70.0		Stimulus signal intensity (dB SPL).
	100.0e-3	Stimulus signal duration (seconds).
	0.01e-3		Stimulus sampling interval, dt (seconds).
	

PTone3.par
	18000.0		Stimulus frequency (Hz).
	50.0		Stimulus signal intensity (dB SPL).
	100.0e-3	Stimulus signal duration (seconds).
	0.01e-3		Stimulus sampling interval, dt (seconds).
	

PTone4.par
	700.0		Stimulus frequency (Hz).
	110.0		Stimulus signal intensity (dB SPL).
	200.0e-3	Stimulus signal duration (seconds).
	0.01e-3		Stimulus sampling interval, dt (seconds).
	

ShammaRP1.par
	100e-3		Endocochlear potential, Et (V).
	-0.084		Reversal potential, Ek (V).
	0.04		Reversal potential correction, Rp/(Rt+Rp).
	6.21e-12	Total capacitance, C = Ca + Cb (F).
	4.30e-9		Resting conductance, G0 (S).
	1.07e-8		Potassium conductance, Gk (S = Siemens).
	4.18e-9		Maximum mechanical conductance, Gmax (S).
	0.25		Beta constant, exp(-G1/RT).
	10e+6		Gamma constant, Z1/RT (/m).
	3.0e-4		Cilia/BM time constant (s)
	-177.5		Cilia/BM coupling gain, C (dB).
	0.0			Reference potential (V).
	


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