T-MATS: Newton Raphson Solver Library Block
Newton Raphson Solver:

x(n+1) = x(n) - inverse(f'(x(n)))*f(x(n))

Note: inverse(f'(x(n))) is an m x m matrix and f(x(n)) is an m x 1 matrix where m is the length of the initial conditions matrix and number of system independents.

Newton Raphson Solver Inputs:

NRS Input	Description
Enable	Enables the Newton Raphson Solver
inv(f'(x(n)))	receprical of the derivative of the system
f(x(n))	output of the system

Newton Raphson Solver Outputs:

NRS Output	Description
x(n+1)	Next system input to use (mx1)

Newton Raphson Solver Mask Variables:

NRS Mask Variable	Description
NR_IC_M	Initial Conditions of Newton Raphson (mx1)
NR_dx_Lim_M	Newton Raphson dx limit[%](1x1), used for stability purposes