loglib

/*______________________________________________________________*/
/*								*/
/* LOG Library	: ad.def					*/
/* SCM Library	: ad.ddb					*/
/*								*/
/* Author	: Bartels System				*/
/* Last Revision: 2007/11/23					*/
/*______________________________________________________________*/
/*								*/
/* This library includes circuit families manufactured by	*/
/* Analog Devices (AD) and Precision Monolithics Inc. (PMI)	*/
/* such as							*/
/*								*/
/*	- Multiplexers						*/
/*	- Digital Signal Processors				*/
/*	- D/C Converters					*/
/*	- D/A Converters					*/
/*	- I/O Ports						*/
/*	- Operational Amplifiers (op_*)				*/
/*	- Isolation Amplifiers					*/
/*	- Precision Amplifiers					*/
/*	- Instrumentation Amplifiers				*/
/*	- Variable Gain Amplifiers				*/
/*	- IF Components						*/
/*	- RF Components						*/
/*	- Microwave Components					*/
/*	- Comparators						*/
/*	- Numerically Controlled Oscillators			*/
/*	- Analog Switches					*/
/*	- Power Sypplies					*/
/*	- Transistors						*/
/*	- Audio Amplifiers					*/
/*	- Sensor Devices					*/
/*								*/
/* 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).							*/
/*______________________________________________________________*/

/*______________________________________________________________*/
/* Multiplexer */

part ad506 : default dil28b {
	newattr "$comment" = "16-Channel Multiplexer" ;
	newattr "$commentge" = "16-Kanal Multiplexer" ;
	newattr "$type" = "ADG506" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (1) ;
	net "vgg" : (27) ;
	net "agnd" : (12) ;
	pin (a0,a1,a2,a3,
	     i1,i2,i3,i4,i5,i6,i7,i8,i9,i10,i11,i12,i13,i14,i15,i16,oa,en) ;
	xlat (a0,a1,a2,a3,
	      i1,i2,i3,i4,i5,i6,i7,i8,i9,i10,i11,i12,i13,i14,i15,i16,oa,en)
	  to (17,16,15,14,
	      19,20,21,22,23,24,25,26,11, 10,  9,  8,  7,  6,  5,  4,28,18) ;
	}

part ad507 : default dil28b {
	newattr "$comment" = "Dual 8-Channel Multiplexer" ;
	newattr "$commentge" = "Zweifach 8-Kanal Multiplexer" ;
	newattr "$type" = "ADG507" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (1) ;
	net "vgg" : (27) ;
	net "agnd" : (12) ;
	pin (a0,a1,a2,
	     i1,i2,i3,i4,i5,i6,i7,i8,i9,i10,i11,i12,i13,i14,i15,i16,
	     oa,ob,en) ;
	xlat (a0,a1,a2,
	      i1,i2,i3,i4,i5,i6,i7,i8,i9,i10,i11,i12,i13,i14,i15,i16,
	      oa,ob,en)
	  to (17,16,15,
	      19,20,21,22,23,24,25,26,11, 10,  9,  8,  7,  6,  5,  4,
	      28, 2,18) ;
	swap ( ((19,20,21,22,23,24,25,26),28), ((11,10,9,8,7,6,5,4),2) ) ;
	}

part adg526akp : plcc28 {
	newattr "$comment" = "CMOS Monolithic Analog MUX 16:1" ;
	newattr "$commentge" = "CMOS monolith. Analog-Multiplexer 16:1" ;
	newattr "$type" = "ADG526" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (1) ;
	net "vgg" : (27) ;
	pin (s1,s2,s3,s4,s5,s6,s7,s8,s9,s10,s11,s12,s13,s14,s15,s16,
	     a0,a1,a2,a3,en,d,/rs,/wr) ;
	xlat (s1,s2,s3,s4,s5,s6,s7,s8,s9,s10,s11,s12,s13,s14,s15,s16,
	      a0,a1,a2,a3,en, d,/rs,/wr)
	  to (19,20,21,22,23,24,25,26,11, 10,  9,  8,  7,  6,  5,  4,
	      17,16,15,14,18,28,  3, 13) ;
	}

/*______________________________________________________________*/
/* Digital Signal Processing Components */

part adsp2100 : gridarray {
	newattr "$comment" = "DSP" ;
	newattr "$type" = "ADSP-2100" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vcc" : (a7,g13,h1,n8) ;
	net "vss" : (a1,a6,a11,e13,h13,j1,m2,n6,n7) ;
	pin ( pa0, pa1, pa2, pa3, pa4, pa5, pa6, pa7,
	      pa8, pa9,pa10,pa11,pa12,pa13,
	       p0,  p1,  p2,  p3,  p4,  p5,  p6,  p7,
	       p8,  p9, p10, p11, p12, p13, p14, p15,
	      p16, p17, p18, p19, p20, p21, p22, p23,
	      da0, da1, da2, da3, da4, da5, da6, da7,
	      da8, da9,da10,da11,da12,da13,
	       d0,  d1,  d2,  d3,  d4,  d5,  d6,  d7,
	       d8,  d9, d10, d11, d12, d13, d14, d15,
	      pms, prd, pwr, pda, dms, drd, dwr, dak,
	       br,  bg, cki, cko, rst, hlt, trp, ir0,ir1,ir2,ir3) ;
	xlat ( pa0, pa1, pa2, pa3, pa4, pa5, pa6, pa7,
	       pa8, pa9,pa10,pa11,pa12,pa13,
	        p0,  p1,  p2,  p3,  p4,  p5,  p6,  p7,
	        p8,  p9, p10, p11, p12, p13, p14, p15,
	       p16, p17, p18, p19, p20, p21, p22, p23,
	       da0, da1, da2, da3, da4, da5, da6, da7,
	       da8, da9,da10,da11,da12,da13,
	        d0,  d1,  d2,  d3,  d4,  d5,  d6,  d7,
	        d8,  d9, d10, d11, d12, d13, d14, d15,
	       pms, prd, pwr, pda, dms, drd, dwr, dak,
	        br,  bg, cki, cko, rst, hlt, trp, ir0,ir1,ir2,ir3)
	  to ( c13, b13, c12, a13, b12, a12, b11, b10,
	       a10,  b9,  a9,  c8,  b8,  a8,
	       d12, d13, e12, f11, f12, f13, g11, g12,
	       h12, h11, j13, j12, k13, k12, l13, l12,
	       m13, m12, n13, m11, n12, n11, m10, n10,
	        n1,  l2,  m1,  l1,  k2,  k1,  j2,  h3,
	        h2,  g1,  g3,  g2,  f1,  f2,
	        a5,  b5,  a4,  b4,  a3,  a2,  b3,  b2,
	        b1,  c2,  c1,  d2,  d1,  e2,  e1,  f3,
	        n5,  m9,  l6,  m4,  m5,  m7,  m6,  m3,
	        m8,  n9,  l7,  l8,  n2,  n3,  n4,  c6, b6, c7, b7) ;
	}

part adsp2101 : pga68 {
	newattr "$comment" = "DSP (Fixed Point Processor)" ;
	newattr "$commentge" = "DSP (Festpunktarithmetik)" ;
	newattr "$type" = "ADSP-2101" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (mmap,/irq2,/br,/bg,/pms,/dms,/bms,/rd,/wr,clkin,
	     xtal,clkout,/reset,sclk0,tfs0,rfs0,dt0,dr0,sclk1,
	     tfs1,rfs1,dt1,dr1) ;
	bus (abus,dbus) ;
	net "vcc" : (e1,k1,d10) ;
	net "vss" : (b1,l3,h10,b6) ;
	xlat (mmap,/irq2,/br,/bg,/pms,/dms,/bms,/rd,/wr,clkin,
	      xtal,clkout,/reset,sclk0,tfs0,rfs0,dt0,dr0,sclk1,
	      tfs1,rfs1,dt1,dr1)
	  to (  e2,   f2, f1, k8,  l7,  k7,  l8,k10,k11,   k9,
	        l9,   l10,    g1,  g10, j10, h11,j11,g11,  d11,
	       f10, e11,f11,e10) ;
	xlat ( abus.a0, abus.a1, abus.a2, abus.a3, abus.a4, abus.a5,
	       abus.a6, abus.a7, abus.a8, abus.a9,abus.a10,abus.a11,
	      abus.a12,abus.a13)
	  to (      g2,      h1,      h2,      j1,      j2,      l2,
	            k2,      k3,      l4,      k4,      l5,      k5,
	            l6,      k6) ;
	xlat ( dbus.d0, dbus.d1, dbus.d2, dbus.d3, dbus.d4, dbus.d5,
	       dbus.d6, dbus.d7, dbus.d8, dbus.d9,dbus.d10,dbus.d11,
	      dbus.d12,dbus.d13,dbus.d14,dbus.d15,dbus.d16,dbus.d17,
	      dbus.d18,dbus.d19,dbus.d20,dbus.d21,dbus.d22,dbus.d23)
	  to (     c11,     c10,     b11,     a10,     b10,      a9,
	            b9,      a8,      b8,      a7,      b7,      a6,
	            a5,      b5,      a4,      b4,      a3,      b3,
	            a2,      b2,      c1,      c2,      d1,      d2) ;
	}

part adsp2181 : pqfp128 {
	newattr "$comment" = "DSP (ALU/MAC/Shifter)" ;
	newattr "$type" = "ADSP-2181" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vcc" : (9,24,39,69,87,111) ;
	net "vss" : (8,21,23,40,54,75,86,88,98,112,123) ;
	pin (/reset,/irq2,/irql0,/irql1,/irqe,mmap,bmode,
	     /br,/bg,/bgh,/pms,/dms,/bms,/ioms,/cms,/rd,/wr,
	     xtal,clkin,clkout,/pwd,pwdack,/ird,/iwr,/is,ial,/iack,
	     fl0,fl1,fl2,dt0,tfs0,rfs0,dr0,sclk0,dt1,tfs1,rfs1,dr1,sclk1,
	     /ereset,eclk,/eint,ee,/ems,/ebr,/ebg,elin,elout) ;
	bus (d,a,iad,pf) ;
	xlat (/reset,/irq2,/irql0,/irql1,/irqe,mmap,bmode,
	      /br,/bg,/bgh,/pms,/dms,/bms,/ioms,/cms,/rd,/wr,
	      xtal,clkin,clkout,/pwd,pwdack,/ird,/iwr,/is,ial,/iack,
	      fl0,fl1,fl2,dt0,tfs0,rfs0,dr0,sclk0,dt1,tfs1,rfs1,dr1,sclk1,
	      /ereset,eclk,/eint,ee,/ems,/ebr,/ebg,elin,elout)
	  to (    58,   34,    41,    42,   31,  32,   35,
	       66, 68,  38,  10,   6,   5,    4,   7,  3,  2,
	        19,   20,    22,  33,    36, 100,  99,124,125,   37,
	       43, 44, 45, 46,  47,  48, 49,   50, 51,  52,  53, 55,   56,
	           57,  61,   64,60,  59,  65,  67,  63,   62) ;
	xlat ( d.0, d.1, d.2, d.3, d.4, d.5, d.6, d.7, d.8, d.9,d.10,d.11,
	      d.12,d.13,d.14,d.15,d.16,d.17,d.18,d.19,d.20,d.21,d.22,d.23)
	  to (  70,  71,  72,  73,  74,  76,  77,  78,  79,  80,  81,  82,
	        83,  84,  85,  89,  90,  91,  92,  93,  94,  95,  96  ,97) ;
	xlat ( a.0, a.1, a.2, a.3, a.4, a.5, a.6,
	       a.7, a.8, a.9,a.10,a.11,a.12,a.13)
	  to (  11,  12,  13,  14,  15,  16,  17,
	        18,  25,  26,  27,  28,  29,  30) ;
	xlat ( iad.0, iad.1, iad.2, iad.3, iad.4, iad.5, iad.6, iad.7,
	       iad.8, iad.9,iad.10,iad.11,iad.12,iad.13,iad.14,iad.15)
	  to (	 118,   117,   116,   115,   114,   113,   110,   109,
	         108,   107,   106,   105,   104,   103,   102,   101) ;
	xlat (pf.0,pf.1,pf.2,pf.3,pf.4,pf.5,pf.6,pf.7)
	  to (   1, 128, 127, 126, 122, 121, 120, 119) ;
	}

part ad9854 : pqfp80_ed {
	newattr "$comment" = "CMOS 300MSPS Quadrature DDS" ;
	newattr "$commentge" = "CMOS 300MSPS Quadrature DDS" ;
	newattr "$type" = "AD9854ASQ" ;
	newattr "$manufacturer" = "Analog Devices" ;
	bus (d,a);
	pin (/rd,/wr,udclk,fsk,shkey,refclk,/refclk,dclken,
	     reset,spsel,vinp,vinn,dacrset,dacbp,pllfilt,
	     iout1,/iout1,iout2,/iout2,vout,dvdd,avdd,dgnd,agnd);
	xlat (/rd,/wr,udclk,fsk,shkey,refclk,/refclk,dclken,
	      reset,spsel,vinp,vinn,dacrset,dacbp,pllfilt,
	      iout1,/iout1,iout2,/iout2,vout,dvdd,avdd,dgnd,agnd)
	  to ( 22, 21,   20, 29,   30,    69,     68,    64,
	         71,   70,  42,  43,     56,   55,     61,
	         48,    49,   52,    51,  36,   9,  31,  11,  33);
	xlat (d.0,d.1,d.2,d.3,d.4,d.5,d.6,d.7)
	  to (  8,  7,  6,  5,  4,  3,  2,  1);
	xlat (a.0,a.1,a.2,a.3,a.4,a.5)
	  to ( 19, 18, 17, 16, 15, 14);
	net internal /* DVDD */	: (9,10,23,24,25,73,74,79,80);
	net internal /* AVDD */	: (31,32,37,38,44,50,54,60,65);
	net internal /* DGND */ : (11,12,26,27,28,72,75,76,77,78);
	net internal /* AGND */	:
	 (33,34,39,40,41,45,46,47,53,59,62,66,67,ep);
	}

part adsp_bf561 : mainpart bga297 {
	newattr "$comment" = "Dual Core Digital Signal Processor" ;
	newattr "$commentge" = "Dual Core Digitaler Signalprozessor" ;
	newattr "$type" = "ADSP-BF561SBB600" ;
	newattr "$manufacturer" = "Analog Devices" ;
	bus (a,d);
	pin (
	 /br,/bg,/bgh,/abe0,/abe1,/abe2,/abe3);
	pin (
	 ardy,/are,/awe,/aoe,/ams0,/ams1,/ams2,/ams3);
	pin (
	 /sras,/scas,/swe,scke,sclk0,sclk1,/sms0,/sms1,/sms2,/sms3,sa10);
	pin (
	 clkin,xtal,/reset,bypass,bmode0,bmode1,nmi0,nmi1,sleep);
	pin (
	 tdi,tck,tms,/trst,tdo,/emu);
	pin (vrout0,vrout1);
	pin (gnd,vddext,vddint);
	xlat (
	            a.2, a.3, a.4, a.5, a.6, a.7,
	  a.8, a.9,a.10,a.11,a.12,a.13,a.14,a.15,
	 a.16,a.17,a.18,a.19,a.20,a.21,a.22,a.23,
	 a.24,a.25)
	 to (
	            d25, c26, c25, b26, a25, b24,
	  a24, a10, b10,  a9,  b9,  a8,  b8,  a7,
	   b7,  a6,  b6,  a5,  b5,  a4,  b4,  a3,
	   b3,  a2);
	xlat (
	   d.0, d.1, d.2, d.3, d.4, d.5, d.6, d.7,
	   d.8, d.9,d.10,d.11,d.12,d.13,d.14,d.15,
	  d.16,d.17,d.18,d.19,d.20,d.21,d.22,d.23,
	  d.24,d.25,d.26,d.27,d.28,d.29,d.30,d.31)
	 to (
	   e25, d26, f25, e26, g25, f26, h25, g26,
	   j25, h26, k25, j26, l25, k26, m25, l26,
	   n25, m26, p25, n26, r25, p26, t25, r26,
	   u25, t26, v25, u26, w25, v26, y25, w26);
	xlat (
	  /br,/bg,/bgh,/abe0,/abe1,/abe2,/abe3)
	 to (
	  b20,b21, a21,  a22,  b22,  a23,  b23);
	xlat (
	  ardy,/are,/awe,/aoe,/ams0,/ams1,/ams2,/ams3)
	 to (
	   b14, a14, a13, b13,  b12,  a12,  b11,  a11);
	xlat (
	  /sras,/scas,/swe,scke,sclk0,sclk1,/sms0,/sms1,/sms2,/sms3,sa10)
	 to (
	    a17,  a18, b18, b17,  a19,  a20,  a15,  b15,  a16,  b16, b19);
	xlat (
	  clkin,xtal,/reset,bypass,bmode0,bmode1,nmi0,nmi1,sleep)
	 to (
	     j1,  k1,    h2,    h1,  ae18,  ae17,af18,af13, af17);
	xlat (
	   tdi, tck, tms,/trst, tdo,/emu)
	 to (
	  af15,af14,af16, ae15,ae14,ae16);
	xlat (vrout0,vrout1)
	  to (    m1,    n1);
	xlat (gnd,vddext,vddint)
	  to (a1 ,   j10,   j16);
	net internal /* gnd */ :
	 (a1,a26,ab24,ab3,ac23,ac24,ac3,ac4,ad22,ad23,ad24,
	  ad3,ad4,ad5,ae2,ae25,af1,af26,b2,b25,c22,c23,c24,c3,
	  c4,c5,d23,d24,d3,d4,e24,e3,j2,l11,l12,l13,l14,l15,l16,
	  l17,m11,m12,m13,m14,m15,m16,m17,m2,n11,n12,n13,n14,n15,
	  n16,n17,p11,p12,p13,p14,p15,p16,p17,r11,r12,r13,r14,
	  r15,r16,r17,t11,t12,t13,t14,t15,t16,t17,u14);
	net internal /* vddext */ :
	 (j10,j11,j12,j13,j14,j15,k10,k11,k12,k13,k14,k15,
	  l10,m10,n10,p10,r10,t10,u10,u11,u12,u13);
	net internal /* vddint */ :
	 (j16,j17,j18,k16,k17,k18,l18,m18,n18,p18,r18,t18,
	  u15,u16,u17,u18);
	}

part adsp_bf561_ports : subpart adsp_bf561 {
	pin (
	  ppi0d0, ppi0d1, ppi0d2, ppi0d3, ppi0d4, ppi0d5, ppi0d6, ppi0d7,
	  ppi0d8, ppi0d9,ppi0d10,ppi0d11,ppi0d12,ppi0d13,ppi0d14,ppi0d15,
	 ppi0clk,ppi0sync1,ppi0sync2,ppi0sync3);
	pin (
	  ppi1d0, ppi1d1, ppi1d2, ppi1d3, ppi1d4, ppi1d5, ppi1d6, ppi1d7,
	  ppi1d8, ppi1d9,ppi1d10,ppi1d11,ppi1d12,ppi1d13,ppi1d14,ppi1d15,
	 ppi1clk,ppi1sync1,ppi1sync2,ppi1sync3);
	pin (
	 rsclk0,rfs0,dr0pri,dr0sec,tsclk0,tfs0,dt0pri,dt0sec);
	pin (
	 rsclk1,rfs1,dr1pri,dr1sec,tsclk1,tfs1,dt1pri,dt1sec);
	pin ( rx, tx);
	pin (miso,mosi,sck);
	pin (
	  pf0, pf1, pf2, pf3, pf4, pf5, pf6, pf7,
	  pf8, pf9,pf10,pf11,pf12,pf13,pf14,pf15);
	xlat (
	   ppi0d0, ppi0d1, ppi0d2, ppi0d3, ppi0d4, ppi0d5, ppi0d6, ppi0d7,
	   ppi0d8, ppi0d9,ppi0d10,ppi0d11,ppi0d12,ppi0d13,ppi0d14,ppi0d15,
	  ppi0clk,ppi0sync1,ppi0sync2,ppi0sync3)
	 to (
	       v2,     u1,     u2,     t1,     t2,     r1,     r2,     p1,
	       p2,     n2,     g2,     g1,     f2,     f1,     e2,     e1,
	       c2,       d1,       d2,       c1);
	xlat (
	   ppi1d0, ppi1d1, ppi1d2, ppi1d3, ppi1d4, ppi1d5, ppi1d6, ppi1d7,
	   ppi1d8, ppi1d9,ppi1d10,ppi1d11,ppi1d12,ppi1d13,ppi1d14,ppi1d15,
	  ppi1clk,ppi1sync1,ppi1sync2,ppi1sync3)
	 to (
	      af4,    ae4,    af3,    ae3,    af2,    ae1,    ad2,    ad1,
	      ac2,    ac1,    ab2,    ab1,    aa2,    aa1,     y2,     y1,
	       b1,       w1,       w2,       v1);
	xlat (
	  rsclk0,rfs0,dr0pri,dr0sec,tsclk0,tfs0,dt0pri,dt0sec)
	 to (
	    ad26,ac26,  ab26,  ac25,  aa26,ab25,   y26,  aa25);
	xlat (
	  rsclk1,rfs1,dr1pri,dr1sec,tsclk1,tfs1,dt1pri,dt1sec)
	 to (
	    af21,ae22,  af22,  ae23,  af23,ae24,  af25,  af24);
	xlat ( rx, tx)
	  to (ae21,af20);
	xlat (miso,mosi, sck)
	  to (ae19,ae20,af19);
	xlat (
	   pf0, pf1, pf2, pf3, pf4, pf5, pf6, pf7,
	   pf8, pf9,pf10,pf11,pf12,pf13,pf14,pf15)
	 to (
	   ae5, af5, ae6, af6, ae7, af7, ae8, af8,
	   ae9, af9,ae10,af10,ae11,af11,ae12,af12);
	}

/*______________________________________________________________*/
/* DDS / Digital Up Converters */

part ad9779 : pqfp100_ed {
	newattr "$comment" = "Dual 16Bit 1GSPS D/A Converter" ;
	newattr "$commentge" = "Zweifach 16Bit 1GSPS D/A Wandler" ;
	newattr "$type" = "AD9779BSVZ" ;
	newattr "$manufacturer" = "Analog Devices" ;
	bus (p1d,p2d) ;
	pin ("sync_i+","sync_i-","sync_o+","sync_o-","clk+","clk-",
	     dataclk,txena,reset,pll_lock,irq,sdio,sdo,sclk,csb) ;
	pin (out1_p,out1_n,out2_p,out2_n,aux1_p,aux1_n,aux2_p,aux2_n,
	     vref,i120,iptat);
	pin (cvdd18,dvdd18,dvdd33,avdd33,cgnd,dgnd,agnd) ;
	xlat ( p1d.0, p1d.1, p1d.2, p1d.3, p1d.4, p1d.5, p1d.6, p1d.7,
	       p1d.8, p1d.9,p1d.10,p1d.11,p1d.12,p1d.13,p1d.14,p1d.15)
	  to (    36,    35,    34,    31,    30,    29,    28,    27,
		  26,    25,    24,    21,    20,    19,    18,    17) ;
	xlat ( p2d.0, p2d.1, p2d.2, p2d.3, p2d.4, p2d.5, p2d.6, p2d.7,
	       p2d.8, p2d.9,p2d.10,p2d.11,p2d.12,p2d.13,p2d.14,p2d.15)
	  to (    59,    58,    57,    56,    55,    52,    51,    50,
		  49,    48,    47,    46,    45,    42,    41,    40) ;
	xlat ("sync_i+","sync_i-","sync_o+","sync_o-","clk+","clk-",
	      dataclk,txena,reset,pll_lock,irq,sdio,sdo,sclk,csb)
	  to (       13,       14,       63,       62,     5,     6,
		   37,   39,   70,      65, 71,  67, 66,  68, 69) ;
	xlat (out1_p,out1_n,out2_p,out2_n,aux1_p,aux1_n,aux2_p,aux2_n,
	      vref,i120,iptat)
	  to (    93,    92,    83,    84,    90,    89,    86,    87,
		74,  75,   73) ;
	xlat (cvdd18,dvdd18,dvdd33,avdd33,cgnd,dgnd,agnd)
	  to (     1,    16,    38,    76,   3,  15,  12) ;
 	net internal /* CVDD18 */ : (1,2,9,10) ;
 	net internal /* DVDD18 */ : (16,23,33,43,53,60) ;
 	net internal /* DVDD33 */ : (38,61) ;
 	net internal /* AVDD33 */ : (76,78,80,96,98,100) ;
 	net internal /* CGND */ : (3,4,7,8,11) ;
 	net internal /* DGND */ : (15,22,32,44,54,64) ;
 	net internal /* AGND */ : (12,72,77,79,81,82,85,88,91,94,95,97,99) ;
	}

/*______________________________________________________________*/
/* Digital Down Converters */

part ad6620 : pqfp80a {
	newattr "$comment" = "Digital Receive Signal Processor" ;
	newattr "$commentge" = "Digitaler Empfangssignalprozessor" ;
	newattr "$type" = "AD6620AS" ;
	newattr "$manufacturer" = "Analog Devices" ;
	bus (ibus,abus,dbus);
	pin ( out0, out1, out2, out3, out4, out5, out6, out7,
	      out8, out9,out10,out11,out12,out13,out14,out15);
	pin (exp0,exp1,exp2,ab,clk,sync_nco,sync_cic,sync_rcf,
	     dvout,iqout,about,parser);
	pin (/cs,/ds,rw,mode,/reset,/dtack,tdi,tdo,tck,tms,/trst);
	xlat ( ibus.0, ibus.1, ibus.2, ibus.3, ibus.4, ibus.5, ibus.6, ibus.7,
	       ibus.8, ibus.9,ibus.10,ibus.11,ibus.12,ibus.13,ibus.14,ibus.15)
	  to (     41,     40,     39,     38,     36,     35,     34,     32,
		   31,     30,     29,     27,     26,     25,     23,     22);
	xlat (dbus.0,dbus.1,dbus.2,dbus.3,dbus.4,dbus.5,dbus.6,dbus.7)
	  to (     9,     7,     6,     5,     3,     2,     1,    80);
	xlat (abus.0,abus.1,abus.2)
	  to (    17,    16,    15);
	xlat ( out0, out1, out2, out3, out4, out5, out6, out7,
	       out8, out9,out10,out11,out12,out13,out14,out15)
	  to (   60,   61,   62,   63,   65,   66,   67,   69,
		 70,   71,   72,   74,   75,   76,   78,   79);
	xlat (exp0,exp1,exp2,ab,clk,sync_nco,sync_cic,sync_rcf,
	      dvout,iqout,about,parser)
	  to (  19,  20,  21,42, 43,      47,      46,      45,
		 56,   58,   59,    55);
	xlat (/cs,/ds,rw,mode,/reset,/dtack,tdi,tdo,tck,tms,/trst)
	  to ( 18, 10,12,  14,    54,    11, 49, 50, 52, 51,   53);
	net "vcc33" :	(8,28,37,48,57,68,77);
	net "vss" :	(4,13,24,33,44,64,73);
	}

part ad6652 : bga256bc {
	newattr "$comment" = "12 Bit IF to Baseband Diversity Receiver" ;
	newattr "$commentge" = "12 Bit Digitaler Diversity Empfaenger" ;
	newattr "$type" = "AD6652BBC" ;
	newattr "$manufacturer" = "Analog Devices" ;
	bus (pa,pb,abus,dbus) ;
	pin ("vin+a","vin-a","vin+b","vin-b",refta,refba,reftb,refbb,
	     vref,sense,aclk,dutyen,shrdref,pdwn,otra,otrb);
	pin (lia,/lia,lib,/lib,paiq,pbiq,pach0,pach1,pbch0,pbch1,
	     pareq,paack,pbreq,pback);
	pin (/cs,/ds,rw,mode,/reset,/dtack,pclk,dclk,
	     synca,syncb,syncc,syncd,chip_id0,chip_id1,chip_id2,chip_id3);
	pin (avdd,agnd,vddio,vdd,dgnd);
	xlat ( pa.0, pa.1, pa.2, pa.3, pa.4, pa.5, pa.6, pa.7,
	       pa.8, pa.9,pa.10,pa.11,pa.12,pa.13,pa.14,pa.15)
	  to (   f1,   d1,   d2,   c2,   b2,   e2,   a4,   a2,
	         e1,   c1,   f3,   g2,   g1,   g3,   h3,   h2);
	xlat ( pb.0, pb.1, pb.2, pb.3, pb.4, pb.5, pb.6, pb.7,
	       pb.8, pb.9,pb.10,pb.11,pb.12,pb.13,pb.14,pb.15)
	  to (   p2,   r3,   n3,   m2,   m3,   t3,   l1,   l2,
	         p3,   r4,   p4,   t4,   r5,   t5,   p5,   r6);
	xlat (dbus.0,dbus.1,dbus.2,dbus.3,dbus.4,dbus.5,dbus.6,dbus.7)
	  to (    c5,    a5,    c6,    a6,    b7,    c7,    b8,    c8);
	xlat (abus.0,abus.1,abus.2)
	  to (    b4,    c3,    a3);
	xlat ("vin+a","vin-a","vin+b","vin-b",refta,refba,reftb,refbb,
	      vref,sense,aclk,dutyen,shrdref,pdwn,otra,otrb)
	  to (    p16,    n16,    c16,   d16,   k16,  k15,  g16,  g15,
	       j16,  h16, t14,   b12,    t12, a12, a11, p11);
	xlat (lia,/lia,lib,/lib,paiq,pbiq,pach0,pach1,pbch0,pbch1,
	      pareq,paack,pbreq,pback)
	  to (b11, c11,c12,  p8,  n1,  r1,   b3,   d3,   r2,   n2,
		 h1,   k2,   t6,   p7);
	xlat (/cs,/ds,rw,mode,/reset,/dtack,pclk,dclk,
	      synca,syncb,syncc,syncd,chip_id0,chip_id1,chip_id2,chip_id3)
	  to ( a7, c4,b6,  a9,    a8,    c9,  t2, t11,
		b10,  c10,   b9,  a10,      k3,      j1,      m1,      k1);
	xlat (avdd,agnd,vddio,vdd,dgnd)
	  to ( a13, a15,   d8, d4,  a1);
	net internal /* pdwn */ : (a12,r12);
	net internal /* avdd */ :
	 (a13,b13,c13,d13,e13,f13,g13,h13,j13,k13,l13,m13,n13,p13,r13,t13,
	  a14,b14,c14,d14,e14,m14,n14,p14,r14);
	net internal /* agnd */ :
	 (a15,a16,b15,b16,c15,d15,e15,e16,f14,f15,f16,g14,h14,h15,j14,j15,
	  k14,l14,l15,l16,m15,m16,n15,p15,r15,r16,t15,t16);
	net internal /* vddio */ :
	 (d8,d9,d10,d11,d12,e8,e9,e10,e11,e12,f12,g12,h12,j12,k12,l12,m4,
	  m5,m6,m7,m12,n4,n5,n6,n7,n12,p6);
	net internal /* vdd */ :
	 (d4,d5,d6,d7,e4,e5,e6,e7,m8,m9,m10,m11,n8,n9,n10,n11);
	net internal /* dgnd */ :
	 (a1,b5,f2,f4,f5,f6,f7,f8,f9,f10,f11,g4,g5,g6,g7,g8,g9,g10,g11,h4,
	  h5,h6,h7,h8,h9,h10,h11,j2,j3,j4,j5,j6,j7,j8,j9,j10,j11,k4,k5,k6,
	  k7,k8,k9,k10,k11,l3,l4,l5,l6,l7,l8,l9,l10,l11,p1,t1);
	}

/*______________________________________________________________*/
/* Converter */

/* D/C Converter / Effektivwert-Gleichstrom-Wandler */

part ad536a : default dil14 {
	newattr "$comment" = "RMS-to-DC Converter" ;
	newattr "$commentge" = "Effektivwert-Gleichstrom-Wandler" ;
	newattr "$type" = "AD536A" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (14) ;
	net "vgg" : (3) ;
	pin (1,4,5,6,7,8,9,10) ;
	}

part ad536r : default to100 {
	newattr "$comment" = "D/C Converter" ;
	newattr "$commentge" = "Gleichstrom-Wandler" ;
	newattr "$type" = "AD536R" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (3) ;
	net "vgg" : (5) ;
	pin (1,2,4,6,7,8,9,10) ;
	}

part ad636 : default dil14 {
	newattr "$comment" = "Low Power RMS-to-DC Converter" ;
	newattr "$commentge" = "Effektivwert-Gleichstrom-Wandler" ;
	newattr "$type" = "AD636" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (14) ;
	net "vgg" : (3) ;
	pin (1,4,5,6,7,8,9,10) ;
	}

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

part ad7541a : default so18 {
	newattr "$comment" = "D/A Converter (CMOS/12-Bit, Cur. Out.)" ;
	newattr "$commentge" = "D/A-Wandler (CMOS/12-Bit, Cur. Out.)" ;
	newattr "$type" = "AD7541A" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (out1,out2,rfb,vref,vdd,gnd) ;
	bus (d) ;
	xlat (out1,out2,rfb,vref,vdd,gnd)
	  to (   1,   2, 18,  17, 16,  3) ;
	xlat (d.0,d.1,d.2,d.3,d.4,d.5,d.6,d.7,d.8,d.9,d.10,d.11)
	  to ( 15, 14, 13, 12, 11, 10,  9,  8,  7,  6,   5,   4) ;
	}

part ad8582 : so24, dil24nt {
	newattr "$comment" = "Dual D/A Converter (12-Bit)" ;
	newattr "$commentge" = "Dual D/A-Wandler (12-Bit)" ;
	newattr "$type" = "AD8582" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (/cs,ab,/lda,/ldb,/rst,msb,voa,vob,vref,vdd,dgnd,agnd) ;
	bus (d) ;
	xlat (/cs,ab,/lda,/ldb,/rst,msb,voa,vob,vref,vdd,dgnd,agnd)
	  to ( 19,20,   4,  21,   6,  5,  1, 24,  23, 22,   3,   2) ;
	xlat (d.0,d.1,d.2,d.3,d.4,d.5,d.6,d.7,d.8,d.9,d.10,d.11)
	  to (  7,  8,  9, 10, 11, 12, 13, 14, 15, 16,  17,  18) ;
	}

part ad9765: default pqfp48s07 {
	newattr "$comment" = "Dual D/A Converter (12-Bit)";
	newattr "$commentge" = "Dual D/A-Wandler (12-Bit)" ;
	newattr "$type" = "AD9765";
	newattr "$manufacturer" = "Analog Devices";
	bus (d1);
	xlat (d1.0, d1.1, d1.2, d1.3, d1.4, d1.5, d1.6, d1.7,
	       d1.8, d1.9, d1.10, d1.11) to
             (12,11,10,9,8,7,6,5,4,3,2,1);
	bus (d2);
	xlat (d2.0, d2.1, d2.2, d2.3, d2.4, d2.5, d2.6, d2.7,
	       d2.8, d2.9, d2.10, d2.11) to
             (34,33,32,31,30,29,28,27,26,25,24,23);
	pin (wrt1, wrt2, clk1, clk2, refio, fsadj1, fsadj2,
	     gainctrl, sleep, mode);
	xlat(wrt1, wrt2, clk1, clk2, refio, fsadj1, fsadj2,
	     gainctrl, sleep, mode) to
	    (  17,   20,    18,   19,   43,     44,     41,
	           42,    37,   48);
	pin (iouta1, ioutb1, iouta2, ioutb2);
	xlat (iouta1, ioutb1, iouta2, ioutb2) to
 	     (    46,     45,     39,     40);
	pin (avdd, dvdd);
	xlat (avdd, dvdd) to
	     (  47,   16);
	net internal: (16,22);
	pin (acom, dcom);
	xlat(acom, dcom) to
	    (  38,   15);
	net internal: (15,21);
}

part ad9767 : default pqfp48s07 {
	newattr "$comment" = "Dual 14 Bit D/A Converter";
	newattr "$commentge" = "Zweifach 14 Bit D/A Konverter";
	newattr "$type" = "AD9767AST";
	newattr "$manufacturer" = "Analog Devices";
	bus (d1);
	xlat ( d1.0, d1.1, d1.2, d1.3, d1.4, d1.5, d1.6,
	       d1.7, d1.8, d1.9,d1.10,d1.11,d1.12,d1.13)
	  to (   14,   13,   12,   11,   10,    9,    8,
	          7,    6,    5,    4,    3,    2,    1);
	bus (d2);
	xlat (d2.0, d2.1, d2.2, d2.3, d2.4, d2.5, d2.6,
	      d2.7, d2.8, d2.9,d2.10,d2.11,d2.12,d2.13)
	  to (  36,   35,   34,   33,   32,   31,   30,
	        29,   28,   27,   26,   25,   24,   23);
	pin (wrt1, wrt2, clk1, clk2, refio, fsadj1, fsadj2,
	     gainctrl, sleep, mode);
	xlat(wrt1, wrt2, clk1, clk2, refio, fsadj1, fsadj2,
	     gainctrl, sleep, mode) to
	    (  17,   20,   18,   19,    43,     44,     41,
	           42,    37,   48);
	pin (iouta1, ioutb1, iouta2, ioutb2);
	xlat (iouta1, ioutb1, iouta2, ioutb2) to
 	     (    46,     45,     39,     40);
	pin (avdd, dvdd);
	xlat (avdd, dvdd) to
	     (  47,   16);
	net internal: (16,22);
	pin (acom, dcom);
	xlat(acom, dcom) to
	    (  38,   15);
	net internal: (15,21);
}

part dac312 : default so20 {
	newattr "$comment" = "DAC (CMOS/12-Bit, Fast Cur. Out.)" ;
	newattr "$commentge" = "D/A-Wandler (CMOS/12-Bit, Fast Cur.Out.)" ;
	newattr "$type" = "DAC312" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (iout,/iout,"vr+","vr-","v+","v-",cmp,gnd) ;
	bus (d) ;
	xlat (iout,/iout,"vr+","vr-","v+","v-",cmp,gnd)
	  to (  18,   19,   14,   15,  20,  17, 16, 13) ;
	xlat (d.0,d.1,d.2,d.3,d.4,d.5,d.6,d.7,d.8,d.9,d.10,d.11)
	  to ( 12, 11, 10,  9,  8,  7,  6,  5,  4,  3,   2,   1) ;
	}

/* Octal 8-Bit DAC with Output Amplifiers */

part ad7228 : dil24 {
	newattr "$comment" = "Octal 8-Bit D/A Converter" ;
	newattr "$commentge" = "Achtfach 8-Bit D/A-Wandler" ;
	newattr "$type" = "AD7228" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (d0,d1,d2,d3,d4,d5,d6,d7,a0,a1,a2,v1,v2,v3,v4,v5,v6,v7,v8,
	     vref,/wr) ;
	xlat (d0,d1,d2,d3,d4,d5,d6,d7,a0,a1,a2,v1,v2,v3,v4,v5,v6,v7,v8,
	      vref,/wr)
	  to (20,19,18,17,16,15,14,13,24,23,22,9,8,7,6,5,4,3,2,11,21) ;
	}

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

part ad9201 : tssop28 {
	newattr "$comment" = "Dual Channel 20MHz 10Bit A/D Converter" ;
	newattr "$commentge" = "Zweikanal 20MHz 10Bit A/D-Wandler" ;
	newattr "$type" = "AD9201ARS" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (iina,iinb,qina,qinb,ireft,irefb,qreft,qrefb,vref,refsense,
	     d0,d1,d2,d3,d4,d5,d6,d7,d8,d9,/cs,select,sleep,clock,
	     avdd,dvdd,avss,dvss);
	xlat (iina,iinb,qina,qinb,ireft,irefb,qreft,qrefb,vref,refsense,
	      d0,d1,d2,d3,d4,d5,d6,d7,d8,d9,/cs,select,sleep,clock,
	      avdd,dvdd,avss,dvss)
	  to (  16,  17,  27,  26,   18,   19,   25,   24,  22,      21,
	       3, 4, 5, 6, 7, 8, 9,10,11,12, 28,    13,   15,   14,
	        23,   2,  20,   1);
	}

/* General Purpose I/O Ports */

part ad7869 : dil24s {
	newattr "$comment" = "CMOS Analog I/O Port (ADC/DAC, 14-Bit)" ;
	newattr "$type" = "AD7869" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (tclk,/tfs,dt,/ldac,rclk,/rfs,dr,/convst,clk,ctrl,
	     vout,ridac,rodac,vin,roadc,vdd,vss,agnd,dgnd) ;
	net internal : (7,18,23) ;
	net internal : (10,22) ;
	net internal : (8,19) ;
	net internal : (6,17) ;
	xlat (tclk,/tfs,dt,/ldac,rclk,/rfs,dr,/convst,clk,ctrl,
	      vout,ridac,rodac,vin,roadc,vdd,vss,agnd,dgnd)
	  to (  16,  14,15,   13,   4,   3, 5,      1,  2,  24,
	         9,   12,   11, 21,   20,  7, 10,   8,   6) ;
	}

/*______________________________________________________________*/
/* Operational Amplifiers / Operationsverstaerker */

/* Single Op-Amps / Einfach-Operationsverstaerker */

part op07 : default dil8 {
	newattr "$comment" = "Op-Amp" ;
	newattr "$commentge" = "Operationsverstaerker" ;
	newattr "$type" = "OP07" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (7) ;
	net "vgg" : (4) ;
	pin (i,n,a,b,o) ;
	xlat (i,n,a,b,o)
	  to (2,3,1,8,6) ;
	}

part op27 : default dil8 {
	newattr "$comment" = "Op-Amp" ;
	newattr "$commentge" = "Operationsverstaerker" ;
	newattr "$type" = "OP27" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (7) ;
	net "vgg" : (4) ;
	pin (i,n,a,b,o) ;
	xlat (i,n,a,b,o)
	  to (2,3,1,8,6) ;
	}

part op37 : default dil8 {
	newattr "$comment" = "Op-Amp" ;
	newattr "$commentge" = "Operationsverstaerker" ;
	newattr "$type" = "OP37" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (7) ;
	net "vgg" : (4) ;
	pin (i,n,a,b,o) ;
	xlat (i,n,a,b,o)
	  to (2,3,1,8,6) ;
	}

/* Quad Op-Amps / Vierfach-Operationsverstaerker */

part opa404 : default dil14 {
	newattr "$comment" = "Quad Op-Amp" ;
	newattr "$commentge" = "Vierfach-Operationsverstaerker" ;
	newattr "$type" = "OPA404" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (4) ;
	net "vgg" : (11) ;
	pin (i,n,o) ;
	xlat ( i, n, o)
	  to ( 2, 3, 1)
	  or ( 6, 5, 7)
	  or ( 9,10, 8)
	  or (13,12,14) ;
	swap ( (2,3,1), (6,5,7), (9,10,8), (13,12,14) ) ;
	}

part ad8594 : mainpart so16 {
	newattr "$comment" = "Quad Rail-to-rail Op-Amp. with Shutdown" ;
	newattr "$commentge" = "4-fach abschaltbarer Rail-to-rail Op-Amp" ;
	newattr "$type" = "AD8594AR" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin ("+in","-in","out");
	xlat ("+in","-in","out")
	  to (    3,    2,    1)
	  or (    5,    6,    7)
	  or (   12,   11,   10)
	  or (   14,   15,   16);
	swap ( (3,2,1), (5,6,7), (12,11,10), (14,15,16) );
	}

part ad8594_sup : subpart ad8594 {
	pin (/sd,"v+","v-");
	xlat (/sd,"v+","v-")
	  to (  9,   4,  13);
	}

/* Triple Op-Amps / Dreifach-Operationsverstaerker */

part ad813 : mainpart so14,dil14 {
	newattr "$comment" = "Single Supply Triple Video Amp." ;
	newattr "$type" = "AD813" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (p,m,o,/dis) ;
	xlat ( p, m, o,/dis)
	  to ( 5, 6, 7,   1)
	  or (12,13,14,   2)
	  or (10, 9, 8,   3) ;
	swap ( ( 5, 6, 7, 1), (12,13,14, 2), (10, 9, 8, 3) ) ;
}

part ad813_sup : subpart ad813 {
	pin (vbb,vdd) ;
	xlat (vbb,vdd) to (11, 4) ;
}

/*______________________________________________________________*/
/* Isolation Amplifiers / Isolationsverstaerker */

part ad210 : default iso210 {
	newattr "$comment" = "Precision 3-Port Isolation Amplifier" ;
	newattr "$commentge" = "Isolationsverstaerker 3 Ports" ;
	newattr "$type" = "AD210" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin(1,2,3,4,14,15,16,17,18,19,29,30) ;
	}

/*______________________________________________________________*/
/* Precision Amplifiers / Praezisionsverstaerker */

part ad548 : dil8 {
	newattr "$comment" = "Low Power BiFET Precision Amplifier" ;
	newattr "$commentge" = "BIFET-Praezisionsverstaerker" ;
	newattr "$type" = "AD548" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (p,m,o,off1,off2,vbb,vdd) ;
	xlat (p,m,o,off1,off2,vbb,vdd)
	  to (3,2,6,   1,   5,  4,  7) ;
	}

part ad648 : dil8 {
	newattr "$comment" = "Dual Low Power BiFET Precision Amplifier" ;
	newattr "$commentge" = "Zweifach BIFET-Praezisionsverstaerker" ;
	newattr "$type" = "AD648" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (p1,m1,o1,p2,m2,o2,vbb,vdd) ;
	xlat (p1,m1,o1,p2,m2,o2,vbb,vdd)
	  to ( 3, 2, 1, 5, 6, 7,  4,  8) ;
	}

/*______________________________________________________________*/
/* Instrumentation Amplifiers / Instrumentenverstaerker */

part ad595 : dil14 {
	newattr "$comment" = "Typ K Thermocouple Amplifier with Comp." ;
	newattr "$commentge" = "Typ K Thermoelementeverstaerker mit Komp" ;
	newattr "$type" = "AD595" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (1,2,3,4,5,6,7,8,9,10,11,12,13,14) ;
}

part ad620 : so8, dil8 {
	newattr "$comment" = "Low Power Instrumentation Amplifier" ;
	newattr "$commentge" = "Low Power Instrumentenverstaerker" ;
	newattr "$type" = "AD620" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (1,2,3,4,5,6,7,8) ;
}

/*______________________________________________________________*/
/* Variable Gain Amplifiers */

part ad605: mainpart default so16, dil16 {
	newattr "$comment" = "Variable Gain Amplifier";
	newattr "$type" = "AD605";
	newattr "$manufacturer" = "Analog Devices";
	pin  ("vgn","+in","-in","out","fbk");
	xlat ("vgn","+in","-in","out","fbk") to
	     (1,    3,      2,   15,     14) or
	     (8,    6,      7,   10,     11);
	swap internal ((1,3,2,15,14),(8,6,7,10,11));
	}

part ad605_sup: subpart ad605 {
	pin  ("vpos","gnd","vcom","vref");
	xlat ("vpos","gnd","vcom","vref") to
	     (  12,    4,     9,    16  );
	net internal: (12,13);
	net internal: (4, 5);
	}

/*______________________________________________________________*/
/* IF Components / ZF-Komponenten */

part ad607 : default ssop20w {
	newattr "$comment" = "Mixer/Receiver/IF Subsystem";
	newattr "$commentge" = "Mischer/Empfaenger/ZF Subsystem";
	newattr "$type" = "AD607";
	newattr "$manufacturer" = "Analog Devices";
	pin (rfhi,rflo,loip,mxop,vmid,ifhi,iflo,ifop,dmip,iout,qout,
	     fdin,fltr,gain,gref,prup,vps,com) ;
	xlat (rfhi,rflo,loip,mxop,vmid,ifhi,iflo,ifop,dmip,iout,qout,
	      fdin,fltr,gain,gref,prup,vps,com)
	  to (   6,   5,   4,   8,   9,  10,  11,  14,  15,  18,  17,
	         1,  19,  12,   7,   3, 20,  2) ;
	net internal : (2,13) 		/* COM */;
	net internal : (16,20)		/* VPS */;
	}

/*______________________________________________________________*/
/* RF Components */

/* RF Amplifiers */

part ad8350 : so8, msop8 {
	newattr "$comment" = "1GHz Differential Amplifier" ;
	newattr "$commentge" = "1GHz Differentialverstaerker" ;
	newattr "$type" = "AD8350" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin ("in+","in-","out+","out-",enbl,vcc,gnd);
	xlat ("in+","in-","out+","out-",enbl,vcc,gnd)
	  to (    1,    8,     4,     5,   2,  3,  6);
	net internal : (6,7)	/* GND */;
	}

/* RF Detectors */

part ad8302 : tssop14 {
	newattr "$comment" = "2.7GHz RF Gain and Phase Detector" ;
	newattr "$commentge" = "2,7GHz HF Verst. und Phasen Detektor" ;
	newattr "$type" = "AD8302ARM" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (inpa,ofsa,inpb,ofsb,
	     mflt,mset,vmag,pflt,pset,vphs,vref,vpos,comm) ;
	xlat (inpa,ofsa,inpb,ofsb,
	      mflt,mset,vmag,pflt,pset,vphs,vref,vpos,comm)
	  to (   2,   3,   6,   5,
		14,  12,  13,   8,  10,   9,  11,   4,   1) ;
	net internal : (1,7)		/* COMM */;
	}

part ad8313 : msop8 {
	newattr "$comment" = "0.1..2.5GHz 70dB log. Detector" ;
	newattr "$commentge" = "0,1..2,5GHz 70dB log. Detektor" ;
	newattr "$type" = "AD8313ARM" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (inhi,inlo,vout,vset,pwdn,vpos,comm) ;
	xlat (inhi,inlo,vout,vset,pwdn,vpos,comm)
	  to (   2,   3,   8,   7,   5,   1,   6) ;
	net internal : (1,4)		/* VPOS */;
	}

part ad8314 : msop8 {
	newattr "$comment" = "0.1..2.5GHz 45dB log. Detector" ;
	newattr "$commentge" = "0,1..2,5GHz 45dB log. Detektor" ;
	newattr "$type" = "AD8314ARM" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (rfin,v_up,v_dn,vset,fltr,enbl,vpos,comm);
	xlat (rfin,v_up,v_dn,vset,fltr,enbl,vpos,comm)
	  to (   1,   6,   7,   3,   4,   2,   8,   5);
	}

/*______________________________________________________________*/
/* Impedance Converters */

part ad5933 : tssop16w {
	newattr "$comment" = "1 MSPS 12 Bit Impedance Converter" ;
	newattr "$commentge" = "1 MSPS 12 Bit Impedanzmessbaustein" ;
	newattr "$type" = "AD5933YRSZ" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (vout,vin,rfb,scl,sda,mclk,avdd,agnd,dvdd,dgnd);
	xlat (vout,vin,rfb,scl,sda,mclk,avdd,agnd,dvdd,dgnd)
	  to (   6,  5,  4, 16, 15,   8,  10,  13,   9,  12);
	net internal /* avdd */ : (10,11);
	net internal /* agnd */ : (13,14);
	}

/*______________________________________________________________*/
/* Microwave Components */

/* Microwave Modulators */

part ad8345 : tssop16 {
	newattr "$comment" = "250..1000MHz I/Q Modulator" ;
	newattr "$commentge" = "250..1000MHz I/Q-Modulator" ;
	newattr "$type" = "AD8345" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (ibbp,ibbn,qbbp,qbbn,loip,loin,vout,enbl,vps,com) ;
	xlat (ibbp,ibbn,qbbp,qbbn,loip,loin,vout,enbl,vps,com)
	  to (   1,   2,  16,  15,   6,   5,  11,   8,  7,  3) ;
	net internal : (7,12)			/* VPSx */;
	net internal : (3,4,9,10,13,14)		/* COMx */;
	}

part ad8346 : tssop16 {
	newattr "$comment" = "2.5 GHz Microwave I/Q Modulator" ;
	newattr "$commentge" = "2,5 GHz Mikrowellen-I/Q-Modulator" ;
	newattr "$type" = "AD8346" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (ibbp,ibbn,qbbp,qbbn,loip,loin,vout,enbl,vps,com) ;
	xlat (ibbp,ibbn,qbbp,qbbn,loip,loin,vout,enbl,vps,com)
	  to (   1,   2,  16,  15,   6,   5,  11,   8,  7,  3) ;
	net internal : (7,12)			/* VPSx */;
	net internal : (3,4,9,10,13,14)		/* COMx */;
	}

/* Microwave Demodulators */

part ad8347 : ssop28 {
	newattr "$comment" = "0.8..2.7GHz I/Q Demodulator" ;
	newattr "$commentge" = "0,8..2,7GHz I/Q-Demodulator" ;
	newattr "$type" = "AD8347" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (rfip,rfin,loip,loin,imxo,qmxo,iofs,qofs,iain,qain,
	     iopp,qopp,iopn,qopn,vdt1,vdt2,vagc,vgin,vcmo,vref,
	     enbl,vps1,vps2,vps3,com1,com2,com3);
	xlat (rfip,rfin,loip,loin,imxo,qmxo,iofs,qofs,iain,qain,
	      iopp,qopp,iopn,qopn,vdt1,vdt2,vagc,vgin,vcmo,vref,
	      enbl,vps1,vps2,vps3,com1,com2,com3)
	  to (  11,  10,  28,   1,   8,  22,  13,  16,   6,  24,
	         4,  25,   3,  26,  20,  18,  19,  17,   5,  14,
		15,   2,  12,  21,  27,   9,   7);
	net internal : (7,23)			/* COM3 */;
	}

/* PLL Circuits */

part adf4107 : tssop16 {
	newattr "$comment" = "7GHz PLL Frequency Synthesizer" ;
	newattr "$commentge" = "7GHz PLL Frequenzsynthesizer" ;
	newattr "$type" = "ADF4107BRU" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (refin,rfina,/rfinb,sclk,sdata,sle,ce,
	 cp,rset,muxout,avdd,dvdd,vp,agnd,dgnd,cpgnd);
	xlat (refin,rfina,/rfinb,sclk,sdata,sle,ce,
	 cp,rset,muxout,avdd,dvdd,vp,agnd,dgnd,cpgnd)
	  to (    8,    6,     5,  11,   12, 13,10,
	  2,   1,    14,   7,  15,16,   4,   9,    3);
	}

part adf4153 : tssop16 {
	newattr "$comment" = "4GHz Fractional-N Frequency Synthesizer" ;
	newattr "$commentge" = "4GHz Fractional-N Frequenzsynthesizer" ;
	newattr "$type" = "ADF4153BRU" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (refin,rfina,/rfinb,sclk,sdata,sle,
	 cp,rset,muxout,avdd,dvdd,sdvdd,vp,agnd,dgnd,cpgnd);
	xlat (refin,rfina,/rfinb,sclk,sdata,sle,
	 cp,rset,muxout,avdd,dvdd,sdvdd,vp,agnd,dgnd,cpgnd)
	  to (    8,    6,     5,  11,   12, 13,
	  2,   1,    14,   7,  15,   10,16,   4,   9,    3);
	}

part adf4193 : lfcsp32 {
	newattr "$comment" = "3.5GHz fast Fract.-N PLL Synth." ;
	newattr "$commentge" = "3,5GHz schneller Fract.-N PLL Synth." ;
	newattr "$type" = "ADF4193BCPZ" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (refin,"rfin+","rfin-",sclk,sdata,sle,muxout,
	 "cpout+","cpout-",sw1,sw2,"ain+","ain-",aout,sw3,rset,cmr,
	 avdd,dvdd,sdvdd,vp1,vp2,vp3,agnd,dgnd,sdgnd,swgnd);
	xlat (refin,"rfin+","rfin-",sclk,sdata,sle,muxout,
	 "cpout+","cpout-",sw1,sw2,"ain+","ain-",aout,sw3,rset,cmr,
	 avdd,dvdd,sdvdd,vp1,vp2,vp3,agnd,dgnd,sdgnd,swgnd)
	  to (   11,      6,      5,  17,   18, 19,    16,
	       30,      26, 29, 27,    31,    25,   2,  3,  23,  1,
	    7,   8,   15, 20, 24, 32,   4,   9,   14,   28);
	net internal : (8,10,13)		/* DVDD */;
	net internal : (4,22,ep)		/* AGND */;
	net internal : (9,12,21)		/* DGND */;
	}

part adf4360_0 : lfcsp24 {
	newattr "$comment" = "2.4..2.7GHz PLL Synthesizer and VCO" ;
	newattr "$commentge" = "2,4..2,7GHz PLL Synthesizer mit VCO" ;
	newattr "$type" = "ADF4153-0BCP" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (refin,ce,sclk,sdata,sle,cp,vtune,
	 rset,cc,cn,rfouta,rfoutb,muxout,avdd,dvdd,vvco,agnd,dgnd,cpgnd);
	xlat (refin,ce,sclk,sdata,sle,cp,vtune,
	 rset,cc,cn,rfouta,rfoutb,muxout,avdd,dvdd,vvco,agnd,dgnd,cpgnd)
	  to (   16,23,  17,   18, 19,24,    7,
	   13,12,14,     4,     5,    20,   2,  21,   6,   3,  15,    1);
	net internal : (3,8,9,10,11,22,ep)		/* AGND */;
	}

part adf4360_1 : lfcsp24 {
	newattr "$comment" = "2.0..2.4GHz PLL Synthesizer and VCO" ;
	newattr "$commentge" = "2,0..2,4GHz PLL Synthesizer mit VCO" ;
	newattr "$type" = "ADF4153-1BCP" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (refin,ce,sclk,sdata,sle,cp,vtune,
	 rset,cc,cn,rfouta,rfoutb,muxout,avdd,dvdd,vvco,agnd,dgnd,cpgnd);
	xlat (refin,ce,sclk,sdata,sle,cp,vtune,
	 rset,cc,cn,rfouta,rfoutb,muxout,avdd,dvdd,vvco,agnd,dgnd,cpgnd)
	  to (   16,23,  17,   18, 19,24,    7,
	   13,12,14,     4,     5,    20,   2,  21,   6,   3,  15,    1);
	net internal : (3,8,9,10,11,22,ep)		/* AGND */;
	}


/*______________________________________________________________*/
/* Comparators */

part ad9696 : default so8 {
	newattr "$comment" = "Ultrafast TTL Comparator" ;
	newattr "$commentge" = "Schneller TTL Comparator" ;
	newattr "$type" = "AD9696" ;
	newattr "$manufacturer" = "Analog Devices" ;
	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);
	}

/*______________________________________________________________*/
/* Numerically Controlled Oscillators */

part ad9850 : ssop28 {
	newattr "$comment" = "DAC/DDS NCO (10-Bit, 125 MSPS)" ;
	newattr "$type" = "AD9850" ;
	pin (clkin,wclk,fqud,reset,rset,dacbl,iout,ioutb);
	pin (vinp,vinn,qout,qoutb,dvdd,avdd,dgnd,agnd);
	xlat (clkin,wclk,fqud,reset,rset,dacbl,iout,ioutb)
	  to (    9,   7,   8,   22,  12,   17,  21,   20);
	xlat (vinp,vinn,qout,qoutb,dvdd,avdd,dgnd,agnd)
	  to (  16,  15,  13,   14,   6,  11,   5,  10);
	net internal : ( 6,23) ;	/* dvdd */
	net internal : (11,18) ;	/* avdd */
	net internal : ( 5,24) ;	/* dgnd */
	net internal : (10,19) ;	/* agnd */
	bus (d) ;
	xlat
	  ( d.0, d.1, d.2, d.3, d.4, d.5, d.6, d.7)
	 to
	  (   4,   3,   2,   1,  28,  27,  26,  25);
	}

/*______________________________________________________________*/
/* Analog Switches / Analogschalter */

/* CMOS Analog Switches / CMOS Analogschalter */

part ad7510 : default dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7510" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (8) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a,s,d) ;
	xlat ( a, s, d)
	  to ( 3,16,15)
	  or ( 4,14,13)
	  or ( 5,12,11)
	  or ( 6,10, 9) ;
	swap ( (3,(16,15)), (4,(14,13)), (5,(12,11)), (6,(10,9)) ) ;
	}

part ad7511 : default dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7511" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (8) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a,s,d) ;
	xlat ( a, s, d)
	  to ( 3,16,15)
	  or ( 4,14,13)
	  or ( 5,12,11)
	  or ( 6,10, 9) ;
	swap ( (3,(16,15)), (4,(14,13)), (5,(12,11)), (6,(10,9)) ) ;
	}

part ad7512 : default dil14 {
	newattr "$comment" = "Dual CMOS Analog Switch" ;
	newattr "$commentge" = "Zweifach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7512" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (7) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a,s,d,s2) ;
	xlat ( a, s, d,s2)
	  to ( 3,14,13,12)
	  or ( 4,11,10, 9) ;
	swap ( (3,13,(14,12)), (4,10,(11,9)) ) ;
	}

part ad7590 : default dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7590" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (8) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a1,a2,a3,a4,/ld,d4,s4,d3,s3,d2,s2,d1,s1) ;
	xlat (a1,a2,a3,a4,/ld,d4,s4,d3,s3,d2,s2,d1,s1)
	  to ( 3, 4, 5, 6,  7, 9,10,11,12,13,14,15,16) ;
	swap ( (3,(16,15)), (4,(14,13)), (5,(12,11)), (6,(10,9)) ) ;
	}

part ad7591 : default dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7591" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (8) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a1,a2,a3,a4,/ld,d4,s4,d3,s3,d2,s2,d1,s1) ;
	xlat (a1,a2,a3,a4,/ld,d4,s4,d3,s3,d2,s2,d1,s1)
	  to ( 3, 4, 5, 6,  7, 9,10,11,12,13,14,15,16) ;
	swap ( (3,(16,15)), (4,(14,13)), (5,(12,11)), (6,(10,9)) ) ;
	}

part ad7592 : default dil14 {
	newattr "$comment" = "Dual CMOS Analog Switch" ;
	newattr "$commentge" = "Zweifach CMOS-Analogschalter" ;
	newattr "$type" = "ADG7592" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (7) ;
	net "vgg" : (1) ;
	net "agnd" : (2) ;
	pin (a1,s1,d1,s2,a2,s3,d2,s4,/ld) ;
	xlat (a1,s1,d1,s2,a2,s3,d2,s4,/ld)
	  to ( 3,14,13,12, 4,11,10, 9,  6) ;
	swap ( (3,13,(14,12)), (4,10,(11,9)) ) ;
	}

part adg201hskn : dil16 {
	newattr "$comment" = "Quad High-Speed CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach High-Speed CMOS-Analogschalter" ;
	newattr "$type" = "ADG201HS" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (13) ;
	net "vgg" : (4) ;
	net "agnd" : (5) ;
	pin (in,d,s) ;
	xlat (in, d, s)
	  to ( 1, 2, 3)
	  or ( 8, 7, 6)
	  or ( 9,10,11)
	  or (16,15,14) ;
	swap ( (1,2,3), (8,7,6), (9,10,11), (16,15,14) ) ;
	}

part adg201hskr : so16 {
	newattr "$comment" = "Quad High-Speed CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach High-Speed CMOS-Analogschalter" ;
	newattr "$type" = "ADG201HS" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vgg" : (4) ;
	net "agnd" : (5) ;
	net "vff" : (13) ;
	pin (in,d,s) ;
	xlat (in, d, s)
	  to ( 1, 2, 3)
	  or ( 8, 7, 6)
	  or ( 9,10,11)
	  or (16,15,14) ;
	swap ( (1,2,3), (8,7,6), (9,10,11), (16,15,14) ) ;
	}

part adg221 : mainpart dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG221" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vff" : (13) ;
	net "vgg" : (4) ;
	net "agnd" : (5) ;
	pin (in,d,s) ;
	xlat (in, d, s)
	  to ( 1, 2, 3)
	  or ( 8, 7, 6)
	  or ( 9,10,11)
	  or (16,15,14) ;
	swap internal ( (1,2,3), (8,7,6), (9,10,11), (16,15,14) ) ;
	}
part adg221_wr : subpart adg221 {
	pin (/wr) ;
	xlat (/wr) to (12) ;
	}

part adg222 : mainpart dil16 {
	newattr "$comment" = "Quad CMOS Analog Switch" ;
	newattr "$commentge" = "Vierfach CMOS-Analogschalter" ;
	newattr "$type" = "ADG222" ;
	newattr "$manufacturer" = "Analog Devices" ;
	net "vgg" : (4) ;
	net "vff" : (13) ;
	net "agnd" : (5) ;
	pin (in,d,s) ;
	xlat (in, d, s)
	  to ( 1, 2, 3)
	  or ( 8, 7, 6)
	  or ( 9,10,11)
	  or (16,15,14) ;
	swap internal ( (1,2,3), (8,7,6), (9,10,11), (16,15,14) ) ;
	}
part adg222_wr : subpart adg222 {
	pin (/wr) ;
	xlat (/wr) to (12) ;
	}

part adg739 : tssop16 {
	newattr "$comment" = "Dual Serial Ctrl. 4:1 Matrix Switch" ;
	newattr "$commentge" = "Zweifach Ser. Ctrl. 4:1 Matrix Schalter" ;
	newattr "$type" = "ADG739BRU" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (s1a,s2a,s3a,s4a,da,s1b,s2b,s3b,s4b,db,
	     din,sclk,/sync,dout,vdd,gnd);
	xlat (s1a,s2a,s3a,s4a,da,s1b,s2b,s3b,s4b,db,
	      din,sclk,/sync,dout,vdd,gnd)
	  to (  4,  5,  6,  7, 8, 13, 12, 11, 10, 9,
		3,   1,    2,  16, 14, 15);
	}


/*______________________________________________________________*/
/* Power Supply / Spannungsversorgung */

/* Voltage References / Referenzspannungsquellen */

part ref01 : default dil8 {
	newattr "$comment" = "Precision Bandgap Voltage Reference" ;
	newattr "$commentge" = "Referenzspannungsquelle" ;
	newattr "$type" = "REF01" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (vin,gnd,tr,out) ;
	xlat (vin,gnd,tr,out)
	  to (  2,  4, 5,  6) ;
	}

part ref02 : default dil8 {
	newattr "$comment" = "Precision Bandgap Voltage Reference" ;
	newattr "$commentge" = "Referenzspannungsquelle" ;
	newattr "$type" = "REF02" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (vin,tp,gnd,tr,out) ;
	xlat (vin,tp,gnd,tr,out)
	  to (  2, 3,  4, 5,  6) ;
	}

/*______________________________________________________________*/
/* Transistors / Transistoren */

/* Bipolar NPN */

part npn : default bsx {
	newattr "$comment" = "Transistor bipolar NPN" ;
	pin (c,b,e) ;
	}

/* MOS-FET P-Channel / Anreicherungs IG-FET MOS P-Kanal */

part vp0808 : default fet {
	newattr "$comment" = "Transistor MOS-FET P-Channel" ;
	newattr "$commentge" = "Transistor MOS-FET P-Kanal" ;
	newattr "$type" = "VP0808M" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (d,g,s) ;
	}

/*______________________________________________________________*/
/* Audio Products */

/* Voltage Controlled Amplifiers */

part ssm2013 : dil14 {
	newattr "$comment" = "Voltage Controlled Amplifier" ;
	newattr "$commentge" = "Spannungsgesteuerter Verstaerker" ;
	newattr "$type" = "SSM-2013" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (in,out,expc,mute,muca,rp,rm,bal,comp,sub,vm,vp,gnd) ;
	net internal : (1,5) ;
	xlat (in,out,expc,mute,muca,rp,rm,bal,comp,sub,vm,vp,gnd)
	  to (13,  4,   9,  10,  12, 2, 6,  3,  11,  8, 7,14,  1) ;
	}

/* Audio Preamplifiers / Audio-Vorverstaerker */

part ssm2015 : dil14 {
	newattr "$comment" = "Low Noise Microphone Preamplifier" ;
	newattr "$commentge" = "Mikrophon-Vorverstaerker" ;
	newattr "$type" = "SSM-2015" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (ep,em,out,rgp,rgm,n1,n2,nco,c1,c2,rx,vm,vp) ;
	xlat (ep,em,out,rgp,rgm,n1,n2,nco,c1,c2,rx,vm,vp)
	  to (12, 9,  3, 11, 10, 8,13,  1, 6, 7,14, 4, 5) ;
	}

part ssm2016 : dil16 {
	newattr "$comment" = "Lowest Noise Audio Preamplifier" ;
	newattr "$commentge" = "Audio-Vorverstaerker" ;
	newattr "$type" = "SSM-2016" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (ep,em,out,rgp,rgm,n1,n2,c1,c2,c3,c4,s1,s2,a1o,vm,vp) ;
	xlat (ep,em,out,rgp,rgm,n1,n2,c1,c2,c3,c4,s1,s2,a1o,vm,vp)
	  to ( 3, 6, 15,  4,  5, 7, 8,10, 9, 1,16,13,14, 12, 2,11) ;
	}

/*______________________________________________________________*/
/* Sensor Devices */

/* Temperature Sensors */

part tmp35 : so8 {
	newattr "$comment" = "Temperature Sensor (Bandgap)" ;
	newattr "$commentge" = "Temperatursensor (Bandgap)" ;
	newattr "$type" = "TMP35" ;
	newattr "$manufacturer" = "Analog Devices" ;
	pin (/shut,vout,vs,gnd) ;
	xlat (/shut,vout,vs,gnd)
	  to (    5,   1, 8,  4) ;
	}

/* Acceleration Sensors */

part adxl330 : pqfn16 {
	newattr "$comment"="3 Axis Accelerometer";
	newattr "$commentge"="3 Achsen Beschleunigungssensor";
	newattr "$manufacturer"="Analog Devices";
	newattr "$type"="ADXL330KCPZ";
	pin (st,xout,yout,zout,vs,com);
	xlat (st,xout,yout,zout,vs,com)
	  to ( 2,  12,  10,   8,14,  3);
	net internal /* vs */ 	: (14,15);
	net internal /* com */ 	: (3,5,6,7,ep);
	}

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

end.