Area of buffer =  Area of Inverter + Area of ECL_MOS 
	       =  [(Wp * Lp) + (Wn * Ln)]  +  [(Wp1* Lp1) +(Wp2 * Lp2) + (Wn1 * Ln1)(Wn2 * Ln2)]
	       =  (10 * 1) um2 + (10 *1) um2 + (1 *1) um2 + (1 *1) um2 + (.3 * 1) um2 + (2.2 * 1) um2
	       =  24.5 um2


Total Propagation delay =  (tplh + tphl)/2
    			=  (105 + 40)ns /2
			=  72.5 ns


Total Average Power Dissipation was computed by integrating over a period each circuit's instantaneous power.  
(i.e., integrating the product of current vs. voltage) 


Total Average Power Dissipation = (Pave of  VEE source of ECL driver)+ (Pave of Vin source of ECL driver) 
				+ (Pave of Buffer) + (Pave of the Inverter) + (Pave of the load)
 
Total Average Power Dissipation = Sum of the absolute value of Integral(V*I)/T				       			       =  (40.56 nWs/3us) + (33.646pWs/3us) + (4.238nWs/3us) 
				+ (1.458e-18Ws/3us) + (860pWs/3us)


Total Average Power Dissipation = 15.23 mW


FOM = (propagation delay (ns)) * (Average Power (mW)) * (Area (um2)

FOM = (72.5 ns)(15 mW)(24.5 um2)

FOM =  27052