    RC = [10 20 30];        % RC in micro secs
    titleStr = 'RC Circuit Voltage Falloff';
    
    RC = RC*1e-6;

    t = linspace(0, 50e-6, 2^10);
    for i=1:3
        v(i,:) = 5*exp(-t/RC(i));
    end
    
    % Plot results of LCRs and ADFs
    % Initialise new figure window to be 3/4 the size of the screen
	set(0,'Units','Pixels');
	scr = get(0,'ScreenSize');
	handle = figure('Position',[scr(3)/10 scr(4)/10 4*scr(3)/5 4*scr(4)/5],...
        'Units','centimeters');
    
    plot(t*1e+6, v);
    title(titleStr, 'FontWeight', 'bold', 'FontSize', 10);
    xlabel('t (\mus)');
    ylabel('Voltage (V)');
    axis([0 50 0 5]);
    grid on;
    legLabel1 = strcat('RC = ', num2str(RC(1)*1e+6),'\mus');
    legLabel2 = strcat('RC = ', num2str(RC(2)*1e+6),'\mus');
    legLabel3 = strcat('RC = ', num2str(RC(3)*1e+6),'\mus');
    legend(legLabel1, legLabel2, legLabel3);