/* 

  This is for lambda=0.8um - ie orbit's 2 um technologies.
  Needs some more work for parallel coupling capacitances and upwards
  fringe.

*/
#ifdef	extForSpice
style	lambda=0.8(scna16_ami)
#else
style	lambda_irsim=0.8(scna16_ami)
#endif

	cscale		1
	lambda		80
	step		100
	sidehalo	0	/* no parallel coupling cap */

#ifdef	INCLUDE_FET_CAP /* Normally off since neither spice or irsim need it */
	areacap allFet 750 /* af/lambda^2 */
#endif


#ifdef	extForSpice
	areacap	(ndiff,nsd,ndc,nsc)/a			0
	perimc	(ndiff,nsd,ndc,nsc)/a	space,pwell	0

	areacap	(pdiff,psd,pdc,psc)/a			0
	perimc	(pdiff,psd,pdc,psc)/a	space,nwell	0
#else	
	areacap	(ndiff,nsd,ndc,nsc)/a               172
	perimc	(ndiff,nsd,ndc,nsc)/a  space,pwell  60

	areacap	(pdiff,psd,pdc,psc)/a               200
	perimc	(pdiff,psd,pdc,psc)/a  space,nwell  68 
#endif
	/* ------------------------------------------------------ */

	/* ------------   poly capacitances ---------------- */
	areacap	PolyCap				22
	overlap	PolyCap	allWell 	22
	/* ------------------------------------------------- */


	/* NO fringe data avaliable */
	/* ------------   metal1 capacitances ---------------- */
	areacap	M1Cap				20
	overlap	M1Cap	allWell		20	PolyCap,PNplusCap
	overlap	M1Cap	PNplusCap		20	
	overlap	M1Cap	PolyCap		25	

	/* ------------------------------------------------- */


	/* ------------   metal2 capacitances ---------------- */
	areacap	M2Cap			10	
	overlap	M2Cap	allWell	12	PolyCap,M1Cap,PNplusCap
	overlap	M2Cap	PNplusCap	12	M1Cap
	overlap	M2Cap	PolyCap	11	M1Cap
	overlap	M2Cap	M1Cap	23	
	/* ------------------------------------------------- */


	/* -------------- Fets -----------------------------*/
	    /* cscab, cscap defined since extresis needs them */
	fet	pfet	pdiff,pdc	2 pfet	Vdd!	nwell	204	450
	fet	nfet	ndiff,ndc	2 nfet	Gnd!	pwell	150	450
	fet	epfet	pdiff,pdc	2 epfet	Vdd!	nwell	204	450
	fet	enfet	ndiff,ndc	2 enfet	Gnd!	pwell	150	450

	fetresis	nfet	linear		14100 /* resistance dyn L */
	fetresis	pfet	linear		48100 /* resistance dyn H */
	fetresis	nfet	saturation	14100 /* resistance dyn L */
	fetresis	pfet	saturation	48100 /* resistance dyn H */
	/* ------------------------------------------------- */

	/* -------------- Resistivity (in milliohms per sq) -------*/
	/* ---- assumed temp 85 C -----  */

	resist	NDRes		51680
	resist	PDRes		74800
	resist	PolyRes		34780
	resist  allPoly2    22400
	resist	M1Res		48
	resist	M2Res		28
	resist	nwell		1446400

	contact	pc		4			61560
	contact ec/a,capc/a     4   12010
	contact	ndc,pdc,nsc,psc	4	45780
	contact pdc/a,psc/a     4    32310
	contact	m2c			4		37570
	/* ------------------------------------------------- */

	/* Order the planes for correct shielding */
	planeOrder(implant,0)
	planeOrder(well,1)
	planeOrder(active,2)
	planeOrder(metal1,3)
	planeOrder(metal2,4)
	planeOrder(metal3,5)
	planeOrder(oxide,6)