;																		
;Input the frequency of operation of the device in the in MHz (cell H2)										20	MHz							
;Then choose Save as from the file menu and then save as a tab delimited file. 																		
;Type in the Filename TIMINGS.H and save it in the include subdir in the flash tools directory.																		
;Resulting cycle time:										50	nsec							
;																		
; Note:  			You must still select the clock input and PLL prescale constant in VAR.H to 															
;			generate this clock frequency.															
;																		
;																		
;								Parameter spec in nsec		Parameter cycles		Safety factor		Resulting cycle delay parm				
Tph_P			.set	 	13	  	;	500	nsec	10		5		13				
T_pvsu			.set	 	1	  	;	100	nsec	2		1		1				
T_pva_e			.set	 	9	  	;	300	nsec	6		5		9				
T_psu_p			.set	 	7	  	;	300	nsec	6		3		7				
;T_prog				 		  	;	2000	nsec	40		0		38				
T_prog_e1			.set	 	18	  	;			20		0		18			
T_prog_e2			.set	 	18	  	;			20		0		18			
;				 		  	;										
;				 		  	;										
;				 		  	;										
T_esu_er 			.set	 	13	  	;	500	nsec	10		5		13			
T_eh_er 			.set	 	35	  	;	1500	nsec	30		7		35			
T_eva_e			.set	 	2	  	;	100	nsec	2		2		2			
T_cva_cm			.set	 	8	  	;	400	nsec	8		2		8			
T_csu_cm			.set	 	20	  	;	1000	nsec	20		2		20			
T_ch_cm			.set	 	5	  	;	300	nsec	6		1		5			
;							;							Long delay parm = (cycles -108)/106			
ERASE_PULSE			.set	 	94	  	;	500	micro sec	10000		0		94			
CMPCT_PULSE			.set	 	94	  	;	500	micro sec	10000		0		94			
;				 		  	;										
MX_PCNT			.set	 	250	  	;	250	pulses	====							
MX_ECNT			.set	 	2500	  	;	2500	pulses	====								
MX_CMPCT			.set	 	2500	  	;	2500	pulses	====								
DLOOP			.set 	 	100	  	;	100	cyles	100		=====