loglib

/*______________________________________________________________*/
/*								*/
/* LOG Library	: lt.def					*/
/* SCM Library	: lt.ddb					*/
/*								*/
/* Author	: Bartels System				*/
/* Last Revision: 2007/11/23					*/
/*______________________________________________________________*/
/*								*/
/* This library includes circuit families manufactured by	*/
/* Linear Technology (LT) such as				*/
/*								*/
/*	- Power Switch Regulators				*/
/*	- Voltage Regulators					*/
/*	- Operational Amplifiers				*/
/*	- Comparators						*/
/*	- A/D Converters					*/
/*	- D/A Converters					*/
/*	- Driver and Interface ICs				*/
/*	- RF Components						*/
/*	- Microprocessor support circuits			*/
/*	- Battery chargers					*/
/*								*/
/* NOTE:							*/
/*								*/
/* The part names used in this library DO NOT include  suffixes	*/
/* referring to temperature range, timing constraints, plastic	*/
/* or ceramic DIL packages (as long as pin compatibility is	*/
/* maintained).							*/
/*______________________________________________________________*/

/*______________________________________________________________*/
/* Spannungsregler / Voltage Regulator */

/* Power Switch Regulators / Leistungsschaltregler */

part lt1074 : to220_5s {
	newattr "$comment" = "Power Switch Regulator 2A" ;
	newattr "$commentge" = "Leistungsschaltregler 2A" ;
	newattr "$type" = "LT1074" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,se,gnd) ;
	xlat (vi,vs,vc,se,gnd)
	  to ( 5, 4, 2, 1,  3) ;
	}

part lt1076 : to220_5s {
	newattr "$comment" = "Power Switch Regulator 5A" ;
	newattr "$commentge" = "Leistungsschaltregler 5A" ;
	newattr "$type" = "LT1076" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,se,gnd) ;
	xlat (vi,vs,vc,se,gnd)
	  to ( 5, 4, 2, 1,  3) ;
	}

part lt1076_5 : to220_5s {
	newattr "$comment" = "Switching Power Regulator" ;
	newattr "$type" = "LT1076-5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,se,gnd);
	xlat (vi,vs,vc,se,gnd)
	  to ( 5, 4, 2, 1,  3);
	}

part lt1374_s_so : so8 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1374CS8-SYNC" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1376 : so8 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1376CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,boost,bias,vc,fb,/shdn,gnd) ;
	xlat (vin,vsw,boost,bias,vc,fb,/shdn,gnd)
	  to (  2,  3,    1,   4, 8, 7,    5,  6) ;
	}

part lt1376_5 : so8 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1376CS8-5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1377 : so8 {
	newattr "$comment" = "500kHz DC/DC Converter Micro Power" ;
	newattr "$commentge" = "500kHz DC/DC Wandler Micro Power" ;
	newattr "$type" = "LT1377CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,vc,fb,nfb,shsy,gnds,gnd) ;
	xlat (vin,vsw,vc,fb,nfb,shsy,gnds,gnd)
	  to (  5,  8, 1, 2,  3,   4,   6,  7) ;
	}

part lt1507 : so8 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1507CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,boost,vc,fb,/shdn,sync,gnd) ;
	xlat (vin,vsw,boost,vc,fb,/shdn,sync,gnd)
	  to (  2,  3,    1, 8, 7,    4,   5,  6) ;
	}

part lt1634_4v : so8 {
	newattr "$comment" = "Precision 4.096V Voltage Reference" ;
	newattr "$commentge" = "Praezisions- 4,096V Spannungsreferenz" ;
	newattr "$type" = "LT1634BCS8-4" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vout,gnd);
	xlat (vout,gnd) to (6,4);
	net internal : (4,5)    /* GND */;
	}


/* Voltage Regulators adjustable */
/* Spannungsregler einstellbar (kleine Laengsspannung) */

part lt1083 : default to220l {
	newattr "$comment" = "Voltage Regulator adjustable" ;
	newattr "$commentge" = "Spannungsregler einstellbar" ;
	newattr "$type" = "LT1083" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,a) ;
	xlat (i,o,a)
	  to (3,2,1) ;
	}

part lt1084 : default to220l {
	newattr "$comment" = "Voltage Regulator adjustable" ;
	newattr "$commentge" = "Spannungsregler einstellbar" ;
	newattr "$type" = "LT1084" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,a) ;
	xlat (i,o,a)
	  to (3,2,1) ;
	}

part lt1085 : default to220l {
	newattr "$comment" = "Voltage Regulator adjustable" ;
	newattr "$commentge" = "Spannungsregler einstellbar" ;
	newattr "$type" = "LT1085" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,a) ;
	xlat (i,o,a)
	  to (3,2,1) ;
	}

part lt1086 : default to220l {
	newattr "$comment" = "Voltage Regulator adjustable" ;
	newattr "$commentge" = "Spannungsregler einstellbar" ;
	newattr "$type" = "LT1086" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,a) ;
	xlat (i,o,a)
	  to (3,2,1) ;
	}

/* Voltage Regulators fixed / Festspannungsregler */

part lt1083_5 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1083-5" ;
	newattr "$val" = "+5V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1083_12 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1083-12" ;
	newattr "$val" = "+12V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1084_5 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1084-5" ;
	newattr "$val" = "+5V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g);
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1084_12 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1084-12" ;
	newattr "$val" = "+12V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1085_5 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1085-5" ;
	newattr "$val" = "+5V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1085_12 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1085-12" ;
	newattr "$val" = "+12V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1086_5 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1086-5" ;
	newattr "$val" = "+5V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

part lt1086_12 : default to220l {
	newattr "$comment" = "Voltage Regulator fixed" ;
	newattr "$commentge" = "Festpannungsregler" ;
	newattr "$type" = "LT1086-12" ;
	newattr "$val" = "+12V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (i,o,g) ;
	xlat (i,o,g)
	  to (3,2,1) ;
	}

/* Voltage Regulators (Micro Power) */
/* Festspannungsregler (geringe Leistung, kleine Laengsspannung) */

part lt1121 : so8 {
	newattr "$comment" = "Voltage Regulator Micro Power" ;
	newattr "$commentge" = "Festspannungsregler Micro Power" ;
	newattr "$type" = "LT1121" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,adj,/shdn) ;
	xlat (in,out,gnd,adj,/shdn)
	  to ( 8,  1,  3,  2,    5) ;
	net internal : (3,6,7) ;
	}

part lt1129 : so8 {
	newattr "$comment" = "Voltage Regulator Micro Power" ;
	newattr "$commentge" = "Festspannungsregler Micro Power" ;
	newattr "$type" = "LT1129" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,adj,/shdn) ;
	xlat (in,out,gnd,adj,/shdn)
	  to ( 8,  1,  3,  2,    5) ;
	net internal : (3,6,7) ;
	}

part lt1460 : sot23 {
	newattr "$comment" = "Micropower Reference" ;
	newattr "$commentge" = "Micropower Referenzspannungsquelle" ;
	newattr "$type" = "LT1460S3" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd) ;
	xlat (in,out,gnd)
	  to ( 2,  1,  3) ;
	}

part lt1761 : sot23_5 {
	newattr "$comment" = "Voltage Regulator Low Noise Micro Power" ;
	newattr "$commentge" = "Festspannungsregler Low Noise Micro Pow." ;
	newattr "$type" = "LT1761-ES5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,/shdn,byp) ;
	xlat (in,out,gnd,/shdn,byp)
	  to ( 1,  5,  2,    3,  4) ;
	}

part lt1764_dd : ddpak5 {
	newattr "$comment" = "Low Drop Out Voltage Regulator" ;
	newattr "$commentge" = "Low Drop Out Festspannungsregler" ;
	newattr "$type" = "LT1764AEQ" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,adj,/shdn) ;
	xlat (in,out,gnd,adj,/shdn)
	  to ( 2,  4,  3,  5,    1) ;
	net internal : (3,ep) ;
	}

part lt1963_efe : tssop16fe {
	newattr "$comment" = "Low Drop Out Voltage Regulator" ;
	newattr "$commentge" = "Low Drop Out Festspannungsregler" ;
	newattr "$type" = "LT1963AEFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,adj,/shdn) ;
	xlat (in,out,gnd,adj,/shdn)
	  to (12,  3,  1,  6,   10) ;
	net internal /* IN */ 	: (12,13,14) ;
	net internal /* OUT */	: (3,4,5) ;
	net internal /* GND */	: (1,7,8,9,16,ep) ;
	}

part lt1963_es : so8 {
	newattr "$comment" = "Low Drop Out Voltage Regulator" ;
	newattr "$commentge" = "Low Drop Out Festspannungsregler" ;
	newattr "$type" = "LT1963AES" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,out,gnd,adj,/shdn) ;
	xlat (in,out,gnd,adj,/shdn)
	  to ( 8,  1,  3,  2,    5) ;
	net internal /* GND */	: (3,6,7) ;
	}

/* Power Switch Regulators adjustable */
/* Leistungsschaltregler einstellbar */

part lt1170 : to220_5s {
	newattr "$comment" = "Power Switch Regulator 5A" ;
	newattr "$commentge" = "Leistungsschaltregler 5A" ;
	newattr "$type" = "LT1170" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,fb,gnd) ;
	xlat (vi,vs,vc,fb,gnd)
	  to ( 5, 4, 1, 2,  3) ;
	}

part lt1171 : to220_5s {
	newattr "$comment" = "Power Switch Regulator 2.5A" ;
	newattr "$commentge" = "Leistungsschaltregler 2.5A" ;
	newattr "$type" = "LT1171" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,fb,gnd) ;
	xlat (vi,vs,vc,fb,gnd)
	  to ( 5, 4, 1, 2,  3) ;
	}

part lt1172 : dil8 {
	newattr "$comment" = "Power Switch Regulator 2.5A" ;
	newattr "$commentge" = "Leistungsschaltregler 2.5A" ;
	newattr "$type" = "LT1172" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vi,vs,vc,fb,gnd,e1,e2) ;
	xlat (vi,vs,vc,fb,gnd,e1,e2)
	  to ( 5, 7, 2, 3,  1, 6, 8) ;
	}

/* Voltage Transformers / Gleichspannungswandler */

part lt1173 : so8 {
	newattr "$comment" = "Voltage Transformer" ;
	newattr "$commentge" = "Gleichspannungswandler" ;
	newattr "$type" = "LT1173" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1173_5 : so8 {
	newattr "$comment" = "Voltage Transformer" ;
	newattr "$commentge" = "Gleichspannungswandler" ;
	newattr "$type" = "LT1173-5" ;
	newattr "$val" = "5V" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1615 : sot23_5 {
	newattr "$comment" = "Stepup DC/DC Converter Micro Power" ;
	newattr "$commentge" = "DC/DC Aufwaertswandler Micro Power" ;
	newattr "$type" = "LT1615ES5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,fb,/shdn,gnd) ;
	xlat (vin,sw,fb,/shdn,gnd)
	  to (  5, 1, 3,    4,  2);
	}

/* Switch Regulators / Schaltregler */

part ltc1174 : so8 {
	newattr "$comment" = "200KHz Switching Power Regulator" ;
	newattr "$commentge" = "200KHz Schaltregler" ;
	newattr "$type" = "LTC1174CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,vfb,/shdn,ipgm,lbin,lbout,gnd) ;
	xlat (vin,sw,vfb,/shdn,ipgm,lbin,lbout,gnd)
	  to (  6, 5,  1,    8,   7,   3,    2,  4) ;
	}

part ltc1174_5 : so8 {
	newattr "$comment" = "Switch Regulator" ;
	newattr "$commentge" = "Schaltregler" ;
	newattr "$type" = "LTC1174-5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1374_dd : ddpak7 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1374CR" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,boost,vc,fb,/shdn,gnd) ;
	xlat (vin,vsw,boost,vc,fb,/shdn,gnd)
	  to (  5,  3,    6, 1, 7,    2,  4) ;
	net internal : (4,ep) ;
	}

part lt1374_so : so8 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1374CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,boost,bias,vc,fb,/shdn,fgnd) ;
	xlat (vin,vsw,boost,bias,vc,fb,/shdn,fgnd)
	  to (  1,  8,    2,   5, 6, 3,    7,   4) ;
	}

part lt1374_s_dd : ddpak7 {
	newattr "$comment" = "500KHz Switching Power Regulator" ;
	newattr "$commentge" = "500KHz Schaltregler" ;
	newattr "$type" = "LT1374CR-SYNC" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,vsw,boost,vc,fb,sync,gnd) ;
	xlat (vin,vsw,boost,vc,fb,sync,gnd)
	  to (  5,  3,    6, 1, 7,   2,  4) ;
	net internal : (4,ep) ;
	}

part ltc1435 : so16, tssop16 {
	newattr "$comment" = "Switching Regulator Controller" ;
	newattr "$commentge" = "Schaltregler Controller" ;
	newattr "$type" = "LTC1435A" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,extvcc,intvcc,boost,tg,bg,sw,
	     "sense+","sense-",vosense,run,sfb,ith,cosc,sgnd,pgnd) ;
	xlat (vin,extvcc,intvcc,boost,tg,bg,sw,
	      "sense+","sense-",vosense,run,sfb,ith,cosc,sgnd,pgnd)
	  to ( 13,     9,    12,   15,16,11,14,
	             8,       7,      6,  2,  4,  3,   1,   5,  10) ;
	}

part lt1765_fe : tssop16fe {
	newattr "$comment" = "1,25MHz 3A Switching Power Regulator" ;
	newattr "$commentge" = "1,25MHz 3A Schaltregler" ;
	newattr "$type" = "LT1765EFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,boost,vc,fb,/shdn,sync,gnd) ;
	xlat (vin,sw,boost,vc,fb,/shdn,sync,gnd)
	  to (  3, 5,    2,13,12,   11,  14,  1);
	net internal /* vin */ : (3,4) ;
	net internal /* sw */ : (5,6) ;
	net internal /* gnd */ : (1,8,9,16,ep) ;
	}

part lt1767 : msop8 {
	newattr "$comment" = "1,25MHz Step Down Switching Regulator" ;
	newattr "$commentge" = "1,25MHz Abwaerts-Schaltregler" ;
	newattr "$type" = "LT1767EMS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,boost,fb,vc,sync,/shdn,gnd) ;
	xlat (vin,sw,boost,fb,vc,sync,/shdn,gnd)
	  to (  2, 3,    1, 6, 7,   8,    5,  4) ;
	}

part lt1930 : sot23_5 {
	newattr "$comment" = "Stepup DC/DC Converter Micro Power" ;
	newattr "$commentge" = "DC/DC Aufwaertswandler Micro Power" ;
	newattr "$type" = "LT1930ES5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,fb,/shdn,gnd) ;
	xlat (vin,sw,fb,/shdn,gnd)
	  to (  5, 1, 3,    4,  2);
	}

part lt1956 : tssop16fe {
	newattr "$comment" = "HV 500kHz 1.5A Switching Power Regulator" ;
	newattr "$commentge" = "HV 500kHz 1,5A Schaltregler" ;
	newattr "$type" = "LT1956EFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd) ;
	xlat (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd)
	  to (  4, 2,    6,11,12,  10,   15,  14,  1);
	net internal /* gnd */ : (1,8,9,16,ep) ;
	}

part lt3430 : tssop16fe {
	newattr "$comment" = "HV 200kHz 3A Switching Power Regulator" ;
	newattr "$commentge" = "HV 200kHz 3A Schaltregler" ;
	newattr "$type" = "LT3430EFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd) ;
	xlat (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd)
	  to (  3, 2,    6,11,12,  10,   15,  14,  1);
	net internal /* vin */ : (3,4) ;
	net internal /* sw */ : (2,5) ;
	net internal /* gnd */ : (1,8,9,16,ep) ;
	}

part lt3431 : tssop16fe {
	newattr "$comment" = "HV 500kHz 3A Switching Power Regulator" ;
	newattr "$commentge" = "HV 500kHz 3A Schaltregler" ;
	newattr "$type" = "LT3431EFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd) ;
	xlat (vin,sw,boost,vc,fb,bias,/shdn,sync,gnd)
	  to (  3, 2,    6,11,12,  10,   15,  14,  1);
	net internal /* vin */ : (3,4) ;
	net internal /* sw */ : (2,5) ;
	net internal /* gnd */ : (1,8,9,16,ep) ;
	}

part ltc3417_fe : tssop20fe {
	newattr "$comment" = "Dual 1.5A/1A 4MHz Regulator" ;
	newattr "$commentge" = "Zweifach 1.5A/1A 4MHz Schaltregler" ;
	newattr "$type" = "LTC3417AEFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin1,vin2,sw1,sw2,vfb1,vfb2,run1,run2,
	     ith1,ith2,mode,pgood,freq,phase,pgnd1,pgnd2,gnda);
	xlat (vin1,vin2,sw1,sw2,vfb1,vfb2,run1,run2,
	      ith1,ith2,mode,pgood,freq,phase,pgnd1,pgnd2,gnda)
	  to (   3,   9, 18, 13,   5,   6,   2,   8,
		 4,   7,  12,   14,  15,   17,   19,    1,  16);
	net internal /* pgnd2/gndd */ : (1,10,11,20,ep) ;
	}

part ltc3729_so : ssop28 {
	newattr "$comment" = "Polyphase Switching Regulator Controller" ;
	newattr "$commentge" = "Polyphasen Schaltregler Controller" ;
	newattr "$type" = "LTC3729EG" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,extvcc,intvcc,
	     boost1,tg1,bg1,sw1,"sense1+","sense1-",
	     boost2,tg2,bg2,sw2,"sense2+","sense2-",
	     "vos+","vos-",vdiffout,eain,ith,run,pgood,
	     pllin,phasmd,pllfltr,clkout,sgnd,pgnd) ;
	xlat (vin,extvcc,intvcc,
	      boost1,tg1,bg1,sw1,"sense1+","sense1-",
	      boost2,tg2,bg2,sw2,"sense2+","sense2-",
	      "vos+","vos-",vdiffout,eain,ith,run,pgood,
	      pllin,phasmd,pllfltr,clkout,sgnd,pgnd)
	  to ( 24,    22,    21,
	          25, 27, 23, 26,        2,        3,
	          18, 16, 19, 17,       14,       13,
	          12,    11,      10,   4,  8,  1,   15,
	          6,     7,      5,    28,   9,  20) ;
	}

part ltc3729_uh : pqfn32 {
	newattr "$comment" = "Polyphase Switching Regulator Controller" ;
	newattr "$commentge" = "Polyphasen Schaltregler Controller" ;
	newattr "$type" = "LTC3729EUH" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vin,extvcc,intvcc,
	     boost1,tg1,bg1,sw1,"sense1+","sense1-",
	     boost2,tg2,bg2,sw2,"sense2+","sense2-",
	     "vos+","vos-",vdiffout,eain,ith,run,pgood,
	     pllin,phasmd,pllfltr,clkout,sgnd,pgnd) ;
	xlat (vin,extvcc,intvcc,
	      boost1,tg1,bg1,sw1,"sense1+","sense1-",
	      boost2,tg2,bg2,sw2,"sense2+","sense2-",
	      "vos+","vos-",vdiffout,eain,ith,run,pgood,
	      pllin,phasmd,pllfltr,clkout,sgnd,pgnd)
	  to ( 23,    21,    20,
	          24, 26, 22, 25,       30,       31,
	          17, 14, 18, 15,       12,       11,
	           9,     8,       7,   1,  5, 28,   13,
	          3,     4,      2,    27,   6,  19) ;
	net internal /* sgnd */ : (6,ep) ;
	}

part ltc3830 : so16, tssop16 {
	newattr "$comment" = "Switching Regulator Controller" ;
	newattr "$commentge" = "Schaltregler Controller" ;
	newattr "$type" = "LTC3830" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vcc,pvcc1,pvcc2,g1,g2,ifb,
	     fb,"sense+","sense-",imax,/shdn,ss,comp,freqset,gnd,pgnd) ;
	xlat (vcc,pvcc1,pvcc2,g1,g2,ifb,
	      fb,"sense+","sense-",imax,/shdn,ss,comp,freqset,gnd,pgnd)
	  to ( 14,    2,   15, 1,16, 13,
	       6,       7,       5,  12,    8, 9,  10,     11,  4,   3) ;
	}

/* Bus Termination Regulators */

part ltc3413_fe : tssop16fe {
	newattr "$comment" = "2MHz 3A Bus Termination Regulator" ;
	newattr "$commentge" = "2MHz 3A Regler fuer Busterminierung" ;
	newattr "$type" = "LTC3413EFE" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (svin,pvin,sw,vfb,pgood,vref,run,ith,rt,sgnd,pgnd);
	xlat (svin,pvin,sw,vfb,pgood,vref,run,ith,rt,sgnd,pgnd)
	  to (   1,   9,10,  4,    2,   6,  7,  3, 5,   8,  12);
	net internal /* pvin */ : (9,16) ;
	net internal /* sw */ : (10,11,14,15) ;
	net internal /* sgnd */ : (8,ep) ;
	net internal /* pgnd */ : (12,13) ;
	}

/*___________________________________________________________*/
/* Operational Amplifiers */

part lt1112 : mainpart so8 {
	newattr "$comment" = "Dual Precision Low Power Op-Amp." ;
	newattr "$commentge" = "Zweifacher Praezisions Low Power Op-Amp." ;
	newattr "$type" = "LT1112S8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt1112_sup : subpart lt1112 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1193 : so8, dil8 {
	newattr "$comment" = "Video Difference Amplifier" ;
	newattr "$commentge" = "Video Differenzverstaerker" ;
	newattr "$type" = "LT1193" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in","+ref","-fb","shd","out","v+","v-");
	xlat ("+in","-in","+ref","-fb","shd","out","v+","v-")
	  to (    3,    2,     1,    8,    5,    6,   7,   4);
	}

part lt1194 : so8, dil8 {
	newattr "$comment" = "20dB Gain Video Difference Amplifier" ;
	newattr "$commentge" = "Video Differenzverstaerker (20dB)" ;
	newattr "$type" = "LT1194" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in","+bal","-bal","ref","out","v+","v-");
	xlat ("+in","-in","+bal","-bal","ref","out","v+","v-")
	  to (    3,    2,     1,     8,    5,    6,   7,   4);
	}

part lt1229 : mainpart default so8 {
	newattr "$comment" = "Dual Current Feedback Op-Amp" ;
	newattr "$commentge" = "Dual Current Feedback OP-Verstaerker" ;
	newattr "$type" = "LT1229" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt1229_sup : subpart lt1229 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1366 : mainpart so8 {
	newattr "$comment" = "Dual Precision Rail-to-rail Op-Amp." ;
	newattr "$commentge" = "Zweifacher Praez. Rail-to-rail Op-Amp." ;
	newattr "$type" = "LT1366CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt1366_sup : subpart lt1366 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1368 : mainpart so8 {
	newattr "$comment" = "Dual Precision Rail-to-rail Op-Amp." ;
	newattr "$commentge" = "Zweifacher Praez. Rail-to-rail Op-Amp." ;
	newattr "$type" = "LT1368CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt1368_sup : subpart lt1368 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1630 : mainpart so8 {
	newattr "$comment" = "30MHz Dual Rail-to-rail Op-Amp." ;
	newattr "$commentge" = "30MHz Zweifacher Rail-to-rail Op-Amp." ;
	newattr "$type" = "LT1630CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt1630_sup : subpart lt1630 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1807 : mainpart so8 {
	newattr "$comment"="Dual fast Rail-to-rail Op-Amp.";
	newattr "$commentge"="Zweifacher schneller Rail-to-rail Op-Amp";
	newattr "$type"="LT1807CS8";
	newattr "$manufacturer"="Linear Technology";
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ((3,2,1),(5,6,7));
	}

part lt1807_sup : subpart lt1807 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}

part lt1993 : tqfn16 {
	newattr "$comment"="800MHz Differential Amplifier for ADC";
	newattr "$commentge"="800MHz Differenzverstaerker fuer ADC";
	newattr "$type" = "LT1993CUD" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+ina","+inb","-ina","-inb","+out","-out","+ofil","-ofil",
	     /en,vocm,vcc,vee);
	xlat ("+ina","+inb","-ina","-inb","+out","-out","+ofil","-ofil",
	      /en,vocm,vcc,vee)
	  to (    16,    15,    14,    13,     5,     8,      6,      7,
	       11,   2,  3,  4);
	net internal /* vcc */ : (3,10,1);
	net internal /* vee */ : (4,9,12,ep);
	}

part lt6106 : sot23_5 {
	newattr "$comment" = "36V High Side Current Sense Amplifier" ;
	newattr "$commentge" = "36V High Side Strommessverstaerker" ;
	newattr "$type" = "LT6106CS5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in",out,"v+","v-") ;
	xlat ("+in","-in",out,"v+","v-")
	  to (    4,    3,  1,   5,   2) ;
	}

part lt6230 : tsot23_6 {
	newattr "$comment"="215MHz Operational Amplifier";
	newattr "$commentge"="215MHz Operationsverstaerker";
	newattr "$type"="LT6230CS6";
	newattr "$manufacturer"="Linear Technology";
	pin (p,m,o,/en,"v+","v-");
	xlat (p,m,o,/en,"v+","v-")
	  to (3,4,1,5,6,2);
	}

part lt6231 : mainpart so8 {
	newattr "$comment"="Dual 215MHz Operational Amplifier";
	newattr "$commentge"="Zweifach 215MHz Operationsverstaerker";
	newattr "$type" = "LT6231CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (p,m,o);
	xlat (p,m,o)
	  to (3,2,1)
	  or (5,6,7);
	swap ( (3,2,1), (5,6,7) );
	}

part lt6231_sup : subpart lt6231 {
	pin (vbb,vdd);
	xlat (vbb,vdd) to (4,8);
	}


/*______________________________________________________________*/
/* Comparators */

part lt1016 : default so8 {
	newattr "$comment" = "Ultrafast TTL Comparator" ;
	newattr "$commentge" = "Schneller TTL Comparator" ;
	newattr "$type" = "LT1016" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in",le,qout,/qout,"+vs","-vs",gnd);
	xlat ("+in","-in",le,qout,/qout,"+vs","-vs",gnd)
	  to (    2,    3, 5,   7,    8,    1,    4,  6);
	}

part lt1711 : msop8 {
	newattr "$comment" = "4.5ns/100MHz Fast 3V Comparator" ;
	newattr "$commentge" = "4,5ns/100MHz schneller 3V Komparator" ;
	newattr "$type" = "LT1711" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in",le,q,/q,"v+","v-",gnd) ;
	xlat ("+in","-in",le,q,/q,"v+","v-",gnd)
	  to (    2,    3, 5,7, 8,   1,   4,  6) ;
	}

part lt1715 : mainpart msop10s {
	newattr "$comment" = "4ns/150MHz Fast 3V Dual Comparator" ;
	newattr "$commentge" = "4ns/150MHz schneller 3V 2-fach Komparat." ;
	newattr "$type" = "LT1715" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in",out);
	xlat ("+in","-in",out)
	  to (    1,    2,  8)
	  or (    4,    3,  7);
	}

part lt1715_sup : subpart lt1715 {
	pin (vee,vcc,gnd,"+vs");
	xlat (vee,vcc,gnd,"+vs") to (5,10,6,9);
}

part lt1719s6 : sot23_6 {
	newattr "$comment" = "4.5ns Fast 3V Comparator" ;
	newattr "$commentge" = "4,5ns schneller 3V Komparator" ;
	newattr "$type" = "LT1719CS6" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("+in","-in","out","shdn","v+","v-");
	xlat ("+in","-in","out","shdn","v+","v-")
	  to (    3,    1,    5,     6,   4,   2);
}

/*______________________________________________________________*/
/* A/D Converters / A/D-Wandler */

part ltc1288 : default so8 {
	newattr "$comment" = "2 Channel 12 Bit A/D Converter" ;
	newattr "$commentge" = "2 Kanal 12 Bit A/D Wandler" ;
	newattr "$type" = "LTC1288" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin  (ch0,ch1,/cs,clk,din,dout,gnd,vcc) ;
	xlat (ch0,ch1,/cs,clk,din,dout,gnd,vcc)
	  to (  2,  3,  1,  7,  5,   6,  4,  8) ;
	}

part ltc2298 : pqfn64 {
	newattr "$comment" = "Dual Channel 65MSPS 14Bit A/D Conv." ;
	newattr "$commentge" = "Zweikanal 65MSPS 14Bit A/D Conv." ;
	newattr "$type" = "LTC2298CUP" ;
	newattr "$manufacturer" = "Linear Technology" ;
	bus (da,db);
	pin ("aina+","aina-",refha,refla,vcma,sensea,clka,shdna,/oea,ofa);
	pin ("ainb+","ainb-",refhb,reflb,vcmb,senseb,clkb,shdnb,/oeb,ofb);
	pin (mux,mode,vdd,ovdd,gnd,ognd);
	xlat ( da.0, da.1, da.2, da.3, da.4, da.5, da.6, da.7,
	       da.8, da.9,da.10,da.11,da.12,da.13            )
	  to (   41,   42,   43,   44,   45,   46,   47,   48,
		 51,   52,   53,   54,   55,   56            );
	xlat ( db.0, db.1, db.2, db.3, db.4, db.5, db.6, db.7,
	       db.8, db.9,db.10,db.11,db.12,db.13            )
	  to (   24,   25,   26,   27,   28,   29,   30,   33,
		 34,   35,   36,   37,   38,   39            );
	xlat ("aina+","aina-",refha,refla,vcma,sensea,clka,shdna,/oea,ofa)
	  to (      1,      2,    3,    5,  61,    62,   8,   59,  58, 57);
	xlat ("ainb+","ainb-",refhb,reflb,vcmb,senseb,clkb,shdnb,/oeb,ofb)
	  to (     16,     15,   13,   11,  20,    19,   9,   22,  23, 40);
	xlat (mux,mode,vdd,ovdd,gnd,ognd)
	  to ( 21,  60,  7,  32, 17,  31);
	net internal /* REFHA */	: (3,4);
	net internal /* REFLA */	: (5,6);
	net internal /* REFHB */	: (13,14);
	net internal /* REFLB */	: (11,12);
	net internal /* VDD */		: (7,10,18,63);
	net internal /* OVDD */		: (32,49);
	net internal /* GND */		: (17,64,ep);
	net internal /* OGND */		: (31,50);
	}

/*______________________________________________________________*/
/* D/A Converters / D/A-Wandler */

part ltc1257 : default so8 {
	newattr "$comment" = "D/A Converter (12-Bit, Serial)" ;
	newattr "$commentge" = "D/A-Wandler (12-Bit, seriell)" ;
	newattr "$type" = "LTC1257" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vout,ref,din,clk,/load,dout,vcc,gnd) ;
	xlat (vout,ref,din,clk,/load,dout,vcc,gnd)
	  to (   7,  6,  2,  1,    3,   4,  8,  5) ;
	}

part ltc1458 : ssop28, so28 {
	newattr "$comment" = "Quad Serial D/A Converter (10-Bit)" ;
	newattr "$commentge" = "4-fach serieller D/A Wandler (10-Bit)" ;
	newattr "$type" = "LTC1458" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (din,dout,clk,/cs,/clr,refout,
	     refhia,refloa,x1x2a,vouta,refhib,reflob,x1x2b,voutb,
	     refhic,refloc,x1x2c,voutc,refhid,reflod,x1x2d,voutd,
	     vcc,gnd);
	xlat (din,dout,clk,/cs,/clr,refout,
	      refhia,refloa,x1x2a,vouta,refhib,reflob,x1x2b,voutb,
	      refhic,refloc,x1x2c,voutc,refhid,reflod,x1x2d,voutd,
	      vcc,gnd)
	  to (  4,  10, 11,  3,  25,    19,
	          20,    21,   16,   17,    24,    22,   27,   26,
	           5,     7,    1,    2,     9,     8,   14,   13,
	       15,  6);
	net internal /* VCC */	: (15,28);
	net internal /* GND */	: (6,23);
	}

part ltc1655l : so8, dil8 {
	newattr "$comment" = "3.3V D/A Converter (16-Bit, serial)" ;
	newattr "$commentge" = "3,3V D/A-Wandler (16-Bit, seriell)" ;
	newattr "$type" = "LTC1655L" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (din,clk,/cs,dout,vout,ref,vcc,gnd) ;
	xlat (din,clk,/cs,dout,vout,ref,vcc,gnd)
	  to (  2,  1,  3,   4,   7,  6,  8,  5) ;
	}

part ltc1660 : ssop16i, dil16 {
	newattr "$comment" = "Octal Serial D/A Converter (10-Bit)" ;
	newattr "$commentge" = "8-fach serieller D/A Wandler (10-Bit)" ;
	newattr "$type" = "LTC1660" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (din,dout,clk,/cs,/clr,ref,
	 voa,vob,voc,vod,voe,vof,vog,voh,vcc,gnd);
	xlat (din,dout,clk,/cs,/clr,ref,
	      voa,vob,voc,vod,voe,vof,vog,voh,vcc,gnd)
	  to (  9,  10,  8,  7,  11,  6,
	        2,  3,  4,  5, 12, 13, 14, 15, 16,  1);
	}

part ltc1661 : msop8, dil8 {
	newattr "$comment" = "Micropower Dual D/A Converter (10 Bit)" ;
	newattr "$commentge" = "Micro Power Zweifach D/A (10 Bit)" ;
	newattr "$type" = "LTC1661CMS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (din,sck,/cs,ref,vouta,voutb,vcc,gnd);
	xlat (din,sck,/cs,ref,vouta,voutb,vcc,gnd)
	  to (  3,  2,  1,  4,    8,    5,  6,  7);
	}

part ltc1663_cs : sot23_5 {
	newattr "$comment" = "Micropower D/A Converter (10 Bit)" ;
	newattr "$commentge" = "Micro Power D/A Wandler (10 Bit)" ;
	newattr "$type" = "LTC1663CS5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (scl,sda,vout,vcc,gnd);
	xlat (scl,sda,vout,vcc,gnd)
	  to (  5,  1,   3,  4,  2);
	}

part ltc2624 : ssop16i {
	newattr "$comment" = "Quad Serial D/A Converter (12-Bit)" ;
	newattr "$commentge" = "4-fach serieller D/A Wandler (12-Bit)" ;
	newattr "$type" = "LTC2624CGN" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (sdi,sdo,sck,/cs,/clr,
	     refa,vouta,refb,voutb,refc,voutc,refd,voutd,reflo,
	     vcc,gnd);
	xlat (sdi,sdo,sck,/cs,/clr,
	     refa,vouta,refb,voutb,refc,voutc,refd,voutd,reflo,
	     vcc,gnd)
	  to (  9, 10,  8,  7,  11,
	        3,    4,   6,    5,  12,   13,  15,   14,    2,
	      16,  1);
	}

/*______________________________________________________________*/
/* Driver and Interface ICs / Treiber- und Interfacebausteine */

/* MOS FET Driver / MOS-FET-Treiber */

part lt1161 : so20 {
	newattr "$comment" = "Quad Protected High-Side MOSFET Driver" ;
	newattr "$commentge" = "Vierfach High-Side MOSFET Treiber" ;
	newattr "$type" = "LT1161" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ( 2, 3, 4, 5, 6, 7, 8, 9,10,
	 12,13,14,15,16,17,18,19,20) ;
	net internal : (1,10)   /* GND */;
	net internal : (11,20)  /* V+ */;
	}

part ltc1155 : so8 {
	newattr "$comment" = "MOS FET Driver" ;
	newattr "$commentge" = "MOS-FET-Treiber" ;
	newattr "$type" = "LTC1155" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8) ;
	}

part lt1910 : so8 {
	newattr "$comment" = "Protected High Side MOSFET driver" ;
	newattr "$commentge" = "Abgesicherter High Side MOSFET Treiber" ;
	newattr "$type" = "LT1910ES8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (in,/fault,timer,"v+",sense,gate,gnd) ;
	xlat (in,/fault,timer,"v+",sense,gate,gnd)
	  to ( 4,     3,    2,   8,    6,   5,  1) ;
	}

/* Driver Amplifiers */

part ltc1340 : so8 {
	pin (1,2,3,4,5,6,7,8) ;
	newattr "$comment" = "Low Noise, Voltage-Boosted Varactor Drv." ;
	newattr "$commentge" = "Varaktor Treiber mit Spannungsverdoppler" ;
	newattr "$type" = "LTC1340" ;
	newattr "$manufacturer" = "Linear Technology" ;
	}

/* RS232 Driver/Receiver / RS232 Treiber/Empfaenger */

part lt1133 : dil24 {
	newattr "$comment" = "RS232 Driver/Receiver" ;
	newattr "$commentge" = "RS232 Treiber/Empfaenger" ;
	newattr "$type" = "LT1133" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (a1,a2,a3,b1,b2,b3,d1,d2,d3,d4,d5,c1,c2,c3,c4,c5,
	     c1p,c1n,c2p,c2n,vp,vn) ;
	net "vcc" : (2) ;
	net "vss" : (13) ;
	xlat (a1,a2,a3,b1,b2,b3,d1,d2,d3,d4,d5,
	      c1,c2,c3,c4,c5,c1p,c1n,c2p,c2n,vp,vn)
	  to (21,19,15, 5, 7,11,20,18,17,16,14,
	       6, 8, 9,10,12,  3,  4, 22, 23, 1,24) ;
	}

part ltc486 : so16l,dil16 {
	newattr "$comment"="Quad RS422 Line Driver";
	newattr "$commentge"="Vierfach RS422 Leitungstreiber";
	newattr "$type"="LTC486";
	newattr "$manufacturer"="Linear Technology";
	pin (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16);
	swap ((1,2,3),(7,6,5),(9,10,11),(15,14,13));
	}

part ltc488 : so16l,dil16
{
	newattr "$comment"="Quad RS422 Line Receiver";
	newattr "$commentge"="Vierfach RS422 Leitungsempfaenger";
	newattr "$type"="LTC488";
	newattr "$manufacturer"="Linear Technology";
	pin (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16);
	swap ((1,2,3),(7,6,5),(9,10,11),(15,14,13));
	}

/* Interface driver circuits */

part lt1132a : so24 {
	newattr "$comment" = "5 Driver 3 Receiver V24 Interface" ;
	newattr "$type" = "LT1132A" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8,9,10,11,12,
	 13,14,15,16,17,18,19,20,21,22,23,24);
	swap internal ( (21,5), (20,6), (18,8), (17,9), (15,11) );
	swap internal ( (19,7), (16,10), (14,12) );
	}
/*______________________________________________________________*/
/* RF Components / ZF-Bausteine */

/* RF Mixers */

part lt5512 : pqfn16 {
	newattr "$comment" = "DC..3GHz Downconverting Mixer" ;
	newattr "$commentge" = "DC..3GHz Abwaertsmischer" ;
	newattr "$type" = "LT5512EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("rf+","rf-","lo+","lo-","if+","if-",en,vcc1,vcc2,gnd) ;
	xlat ("rf+","rf-","lo+","lo-","if+","if-",en,vcc1,vcc2,gnd)
	  to (    2,    3,   15,   14,   11,   10, 5,   6,   7,  9);
	net internal /* GND */	: (9,12,ep) ;
	}

part lt5521 : pqfn16 {
	newattr "$comment" = "DC..3GHz High Linearity Active Mixer" ;
	newattr "$commentge" = "DC..3GHz hochlinearer Aktiver Mischer" ;
	newattr "$type" = "LT5521EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("in+","in-",lo,"out+","out-",en,vcc,gnd) ;
	xlat ("in+","in-",lo,"out+","out-",en,vcc,gnd)
	  to (    2,    3,15,    12,     9, 5,  6,  1);
	net internal /* VCC */	: (6,7,8) ;
	net internal /* GND */	: (1,4,10,11,13,14,16,ep) ;
	}

part lt5522 : pqfn16 {
	newattr "$comment" = "600MHz..2.7GHz Downconverting Mixer" ;
	newattr "$commentge" = "600MHz..2,7GHz Abwaertsmischer" ;
	newattr "$type" = "LT5522EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("rf+","rf-","lo+","lo-","if+","if-",en,vcc1,vcc2,gnd) ;
	xlat ("rf+","rf-","lo+","lo-","if+","if-",en,vcc1,vcc2,gnd)
	  to (    2,    3,   15,   14,   11,   10, 5,   6,   7,  9);
	net internal /* GND */	: (9,12,ep) ;
	}

part lt5527 : pqfn16 {
	newattr "$comment" = "400MHz..3.7GHz Downconverting Mixer" ;
	newattr "$commentge" = "400MHz..3,7GHz Abwaertsmischer" ;
	newattr "$type" = "LT5527EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (rf,lo,"if+","if-",en,vcc1,vcc2,gnd) ;
	xlat (rf,lo,"if+","if-",en,vcc1,vcc2,gnd)
	  to ( 3,15,   11,   10, 5,   7,   6,  9);
	net internal /* GND */	: (9,12,1,2,4,8,13,14,16,ep) ;
	}

/* RF Detectors */

part lt5504 : msop8 {
	newattr "$comment" = "800MHz..2.7GHz RF Measuring Receiver" ;
	newattr "$commentge" = "800MHz..2.7GHz HF Messempfaenger" ;
	newattr "$type" = "LT5504EMS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("rf+","rf-",loin,vout,en,vcc,gnd);
	xlat ("rf+","rf-",loin,vout,en,vcc,gnd) to
	     (    2,    3,   6,   7, 5,  1,  4);
	net internal /* Vcc */ 	: (1,8);
	}

part ltc5507 : sot23_6 {
	newattr "$comment" = "100kHz..1GHz 48dB log. Detector" ;
	newattr "$commentge" = "100kHz..1GHz 48dB log. Detektor" ;
	newattr "$type" = "LTC5507ES6" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (rfin,vout,pcap,/shdn,vcc,gnd);
	xlat (rfin,vout,pcap,/shdn,vcc,gnd)
	  to (   6,   3,   5,    1,  4,  2);
	}

part ltc5531 : tsot23_6 {
	newattr "$comment" = "7GHz RF Detector with Offset Adj." ;
	newattr "$commentge" = "7GHz HF Leistungsdetektor mit Offset" ;
	newattr "$type" = "LTC5531" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (rfin,vos,vout,/shdn,vcc,gnd);
	xlat (rfin,vos,vout,/shdn,vcc,gnd)
	  to (   1,  4,   5,    3,  6,  2);
	}

/* I/Q Modulators */

part lt5572 : pqfn16 {
	newattr "$comment" = "2.5 GHz High Linearity I/Q Modulator" ;
	newattr "$commentge" = "2.5 GHz hochlinearer I/Q Modulator" ;
	newattr "$type" = "LT5572EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (bbpi,bbmi,bbpq,bbmq,lo,rf,en,vcc,gnd) ;
	xlat (bbpi,bbmi,bbpq,bbmq,lo,rf,en,vcc,gnd)
	  to (  14,  16,   7,   5, 3,11, 1,  8,  2) ;
	net internal /* VCC */	: (8,13) ;
	net internal /* GND */	: (2,4,6,9,10,12,15,ep) ;
	}

/* I/Q Demodulators */

part lt5515 : pqfn16 {
	newattr "$comment" = "2.5 GHz I/Q Deodulator" ;
	newattr "$commentge" = "2.5 GHz I/Q Demodulator" ;
	newattr "$type" = "LT5515EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin ("rf+","rf-","lo+","lo-",
	     "iout+","iout-","qout+","qout-",en,vcm,vcc,gnd) ;
	xlat ("rf+","rf-","lo+","lo-",
	      "iout+","iout-","qout+","qout-",en,vcm,vcc,gnd)
	  to (    2,    3,   10,   11,
		   16,     15,     14,     13, 7,  6,  5,  1) ;
	net internal /* VCC */	: (5,8,9,12) ;
	net internal /* GND */	: (1,4,ep) ;
	}

part lt5575 : pqfn16 {
	newattr "$comment" = "2.7 GHz I/Q Deodulator" ;
	newattr "$commentge" = "2.7 GHz I/Q Demodulator" ;
	newattr "$type" = "LT5575EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (rf,lo,"iout+","iout-","qout+","qout-",en,vcc,gnd) ;
	xlat (rf,lo,"iout+","iout-","qout+","qout-",en,vcc,gnd)
	  to ( 2,10,     16,     15,     14,     13, 5,  6,  1) ;
	net internal /* VCC */	: (6,7,8,12) ;
	net internal /* GND */	: (1,3,4,9,11,ep) ;
	}

/*______________________________________________________________*/
/* Microprocessor support circuits */

part ltc1235 : so16l,dil16 {
	newattr "$comment" = "Microprocessor Supervisory Circuit" ;
	newattr "$type" = "LTC1235" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16);
	}

part ltc1726_5 : msop8, so8 {
	newattr "$comment" = "Triple Supply Monitor and Watchdog" ;
	newattr "$commentge" = "Dreifach Spannungsmonitor und Watchdog" ;
	newattr "$type" = "LTC1726-5" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (wdi,/rst,rt,wt,vcc5,vcc3,vcca,gnd) ;
	xlat (wdi,/rst,rt,wt,vcc5,vcc3,vcca,gnd)
	  to (  5,   6, 8, 7,   2,   1,   3,  4) ;
	}

/*___________________________________________________________*/
/* Battery chargers */

part lt1510_cs8 : so8 {
	newattr "$comment" = "Constant Current Battery Charger" ;
	newattr "$commentge" = "Konstantstrom Batterielader" ;
	newattr "$type" = "LT1510CS8" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (vcc,sw,boost,sense,bat,prog,vc,gnd) ;
	xlat (vcc,sw,boost,sense,bat,prog,vc,gnd)
	  to (  8, 1,    2,    4,  5,   7, 6,  3) ;
	}

part ltc3455 : qfn24lp4 {
	newattr "$comment" = "Dual DC Conv. with USB Li-Ion Charger" ;
	newattr "$commentge" = "Zweifach Wandler mit USB Li-Ion Lader" ;
	newattr "$type" = "LTC3455EUF" ;
	newattr "$manufacturer" = "Linear Technology" ;
	pin (usb,suspend,usbhp,vmax,/chrg,wallfb,timer,prog,vbat,ao,ai,
	     mode,hson,on2,pwron,/rst,pbstat,"/on",hso,hsi,sw2,fb2,sw1,fb1,
	     gnd) ;
	xlat (usb,suspend,usbhp,vmax,/chrg,wallfb,timer,prog,vbat,ao,ai,
	      mode,hson,on2,pwron,/rst,pbstat,"/on",hso,hsi,sw2,fb2,sw1,fb1,
	      gnd)
	  to (  8,      6,    5,  10,    4,    11,    3,   2,   9,17,16,
		21,  15, 19,   22,  20,    23,   24, 14, 13, 12, 18,  7,  1,
	       ep) ;
	}

/*______________________________________________________________*/
/* Logical Library definition file end */

end.