*version 9.2 789081086
@index
symloc LF155/NS:155/NS 0 146
symloc LF156/NS:155/NS 146 146
symloc LF157/NS:155/NS 292 146
symloc LF255/NS:155/NS 438 146
symloc LF256/NS:155/NS 584 146
symloc LF257/NS:155/NS 730 146
symloc LF351/NS:155/NS 876 146
symloc LF353/NS:353/NS 1022 159
symloc LF355/NS:155/NS 1181 146
symloc LF356/NS:155/NS 1327 146
symloc LF357/NS:155/NS 1473 146
symloc LF411/NS:155/NS 1619 146
symloc LF412/NS:353/NS 1765 159
symloc LF441/NS:155/NS 1924 251
symloc LF441A/NS:155/NS 2175 252
symloc LF442/NS:353/NS 2427 195
symloc LF442A/NS:353/NS 2622 197
symloc LF444/NS:124/NS 2819 195
symloc LF444A/NS:124/NS 3014 197
symloc LF451/NS:155/NS 3211 146
symloc LF453/NS:353/NS 3357 159
symloc LM118/NS:118/NS 3516 146
symloc LM124/NS:124/NS 3662 159
symloc LM13600/NS:13600/NS 3821 187
symloc LM13700/NS:13600/NS 4008 187
symloc LM158/NS:353/NS 4195 194
symloc LM218/NS:118/NS 4389 146
symloc LM224/NS:124/NS 4535 159
symloc LM258/NS:353/NS 4694 194
symloc LM2902/NS:124/NS 4888 162
symloc LM2904/NS:353/NS 5050 162
symloc LM318/NS:118/NS 5212 146
symloc LM324/NS:124/NS 5358 159
symloc LM358/NS:353/NS 5517 159
symloc LM359/NS 5676 1481
symloc LM4250/NS 7157 1381
symloc LM6118/NS:353/NS 8538 162
symloc LM6121/NS 8700 848
symloc LM6142A/NS:124/NS 9548 256
symloc LM6142B/NS:124/NS 9804 256
symloc LM6161/NS:6161/NS 10060 150
symloc LM6162/NS:6161/NS 10210 150
symloc LM6164/NS:6161/NS 10360 150
symloc LM6165/NS:6161/NS 10510 150
symloc LM6181/NS:6041/NS 10660 185
symloc LM6218/NS:353/NS 10845 162
symloc LM6261/NS:6161/NS 11007 150
symloc LM6262/NS:6161/NS 11157 150
symloc LM6264/NS:6161/NS 11307 150
symloc LM6265/NS:6161/NS 11457 150
symloc LM6361/NS:6161/NS 11607 150
symloc LM6362/NS:6161/NS 11757 150
symloc LM6364/NS:6161/NS 11907 150
symloc LM6365/NS:6161/NS 12057 150
symloc LM7131A/NS:6041/NS 12207 263
symloc LM7131B/NS:6041/NS 12470 229
symloc LM741/NS:741/NS 12699 146
symloc LMC6001B/NS:op5 12845 176
symloc LMC6001A/NS:op5 13021 176
symloc LMC6022/NS:353/NS 13197 200
symloc LMC6024/NS:124/NS 13397 199
symloc LMC6032/NS:353/NS 13596 200
symloc LMC6034/NS:124/NS 13796 199
symloc LMC6041/NS:6041/NS 13995 167
symloc LMC6041A/NS:6041/NS 14162 192
symloc LMC6042/NS:353/NS 14354 201
symloc LMC6042A/NS:353/NS 14555 203
symloc LMC6044/NS:124/NS 14758 200
symloc LMC6044A/NS:124/NS 14958 202
symloc LMC6061/NS:6041/NS 15160 189
symloc LMC6061A/NS:6041/NS 15349 191
symloc LMC6062/NS:353/NS 15540 201
symloc LMC6062A/NS:353/NS 15741 203
symloc LMC6064/NS:124/NS 15944 200
symloc LMC6064A/NS:124/NS 16144 202
symloc LMC6081/NS:6041/NS 16346 189
symloc LMC6081A/NS 16535 952
symloc LMC6082/NS:353/NS 17487 201
symloc LMC6082A/NS:353/NS 17688 203
symloc LMC6084/NS:124/NS 17891 200
symloc LMC6084A/NS:124/NS 18091 202
symloc LMC6462A/NS:353/NS 18293 288
symloc LMC6462B/NS:353/NS 18581 254
symloc LMC6464A/NS:353/NS 18835 254
symloc LMC6464B/NS:353/NS 19089 254
symloc LMC6482A/NS:353/NS 19343 203
symloc LMC6484A/NS:124/NS 19546 202
symloc LMC6492A/NS:353/NS 19748 201
symloc LMC6492B/NS:353/NS 19949 201
symloc LMC6494A/NS:353/NS 20150 201
symloc LMC6494B/NS:353/NS 20351 201
symloc LMC6582A/NS:353/NS 20552 255
symloc LMC6582B/NS:353/NS 20807 255
symloc LMC6584A/NS:353/NS 21062 255
symloc LMC6584B/NS:353/NS 21317 255
symloc LMC660/NS:124/NS 21572 163
symloc LMC660A/NS:124/NS 21735 200
symloc LMC662/NS:353/NS 21935 163
symloc LMC662A/NS:353/NS 22098 200
symloc LMC6681A/NS:6681/NS 22298 258
symloc LMC6681B/NS:6681/NS 22556 258
symloc LMC6682A/NS:6682/NS 22814 256
symloc LMC6682B/NS:6682/NS 23070 256
symloc LMC6684A/NS:6682/NS 23326 256
symloc LMC6684B/NS:6682/NS 23582 256
symloc LMC7101A/NS:6041/NS 23838 253
symloc LMC7101B/NS:6041/NS 24091 253
symloc LPC660B/NS:124/NS 24344 165
symloc LPC660A/NS:124/NS 24509 199
symloc LPC661B/NS:6041/NS 24708 188
symloc LPC661A/NS:6041/NS 24896 188
symloc LPC662B/NS:353/NS 25084 165
symloc LPC662A/NS:353/NS 25249 200
symloc LF441CM,LF441CN,LF441MH/883 25449 1275
symloc LF442CN,LF442MH/883 26724 974
symloc LF444CN,LF444MD/883,LF444CM 27698 984
symloc LM111W/883,LM111E/883,LM111J/883,LM111J-8/883,LM111J-8 28682 1417
symloc LM6152ACN,LM6152ACM 30099 989
symloc LM6152BCN,LM6152BCM 31088 989
symloc LM6171AIN,LM6171AIM 32077 999
symloc LM6171BIN,LM6171BIM 33076 999
symloc LM6310IN,LM6310IM 34075 1177
symloc LM6311IN,LM6311IM 35252 1178
symloc LM6317IN,LM6317IM 36430 997
symloc LM7171AIN,LM7171AIM,LM7171AIWM 37427 1023
symloc LM7171BIN,LM7171BIM,LM7171BIWM 38450 1023
symloc LMC6001BIN,LMC6001BIH 39473 990
symloc LM6132AIN,LM6132AIM 40463 988
symloc LM6132BIN,LM6132BIM 41451 988
symloc LMC6041IN,LMC6041IM 42439 983
symloc LMC6042IN,LMC6042IM 43422 979
symloc LMC6044IN,LMC6044IM 44401 980
symloc LMC6061IN,LMC6061IM 45381 993
symloc LMC6062IN,LMC6062IM 46374 989
symloc LMC6064IN,LMC6064IM 47363 990
symloc LMC6081IN,LMC6081IM 48353 982
symloc LMC6082IN,LMC6082IM 49335 979
symloc LMC6084IN,LMC6084IM 50314 980
symloc LMC6482AIN,LMC6482AIM 51294 988
symloc LMC6484AIN,LMC6484AIM 52282 989
symloc LMC6492AEN,LMC6492AEM 53271 988
symloc LMC6492BEN,LMC6492BEM 54259 988
symloc LMC6494AEN,LMC6494AEM 55247 989
symloc LMC6494BEN,LMC6494BEM 56236 989
symloc LMC6572AIN,LMC6572AIM 57225 978
symloc LMC6572BIN,LMC6572BIM 58203 978
symloc LMC6574AIN,LMC6574AIM 59181 979
symloc LMC6574BIN,LMC6574BIM 60160 978
symloc LMC660CN,LMC660CM,LMC660EM,LMC660EN 61138 983
symloc LMC662CN,LMC662EM,LMC662EN,LMC662CM 62121 982
symloc LMC6762AIN,LMC6762AIM 63103 1003
symloc LMC6762BIN,LMC6762BIM 64106 1003
symloc LMC6772AIN,LMC6772AIM 65109 1015
symloc LMC6772BIN,LMC6772BIM 66124 1015
symloc LMC7111AIN,LMC7111AIM5 67139 985
symloc LMC7111BIN,LMC7111BIM5 68124 985
symloc LMC7211AIN,LMC7211AIM,LMC7211AIM5 69109 987
symloc LMC7211BIN,LMC7211BIM,LMC7211BIM5 70096 987
symloc LMC7221AIN,LMC7221AIM5 71083 1005
symloc LMC7221BIN,LMC7221BIM5 72088 1004
symloc LPC662IN,LPC662IM 73092 976
symloc LM7121IN,LM7121IM,LM7121IM5X 74068 1015
symloc LM6172IN,LM6172IM 75083 1008
symloc 118/NS 76091 1381 b
symloc 124/NS 77472 940 b
symloc 13600/NS 78412 1860 b
symloc 155/NS 80272 1243 b
symloc 353/NS 81515 939 b
symloc 400/NS 82454 1386 b
symloc 4161/NS 83840 1229 b
symloc 6041/NS 85069 927 b
symloc 607/NS 85996 1384 b
symloc 6161/NS 87380 1248 b
symloc 6681/NS 88628 1085 b
symloc 6682/NS 89713 1087 b
symloc 741/NS 90800 1245 b
symloc op5 92045 937 b
symloc copyright 92982 601
*symbol LF155/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF155/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF155/NS
*symbol LF156/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF156/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF156/NS
*symbol LF157/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF157/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF157/NS
*symbol LF255/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF255/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF255/NS
*symbol LF256/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF256/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF256/NS
*symbol LF257/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF257/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF257/NS
*symbol LF351/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF351/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF351/NS
*symbol LF353/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF353/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF353/NS
*symbol LF355/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF355/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF355/NS
*symbol LF356/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF356/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF356/NS
*symbol LF357/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF357/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF357/NS
*symbol LF411/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF411/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF411/NS
*symbol LF412/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF412/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF412/NS
*symbol LF441/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 32 74 hln 100 PART=LF441/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF441B/NS
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
*symbol LF441A/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LF441A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF441A/NS
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
*symbol LF442/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LF442/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF442B/NS
*symbol LF442A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LF442A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF442A/NS
*symbol LF444/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 50 60 hln 100 PART=LF444/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF444B/NS
*symbol LF444A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 50 60 hln 100 PART=LF444A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LF444A/NS
*symbol LF451/NS ako 155/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF451/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF451/NS
*symbol LF453/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LF453/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LF453/NS
*symbol LM118/NS ako 118/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM118/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM118/NS
*symbol LM124/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM124/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM124/NS
*symbol LM13600/NS ako 13600/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 2 72 hln 100 PART=LM13600/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM13600/NS
a 0 sp 9 0 0 0 hln 100 REFDES=U?
*symbol LM13700/NS ako 13600/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 2 70 hln 100 PART=LM13700/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM13700/NS
a 0 sp 9 0 0 0 hln 100 REFDES=U?
*symbol LM158/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM158/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM158/NS
*symbol LM218/NS ako 118/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM218/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM218/NS
*symbol LM224/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM224/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM224/NS
*symbol LM258/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM258/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM258/NS
*symbol LM2902/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM2902/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM2902/NS
*symbol LM2904/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM2904/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM2904/NS
*symbol LM318/NS ako 118/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM318/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM318/NS
*symbol LM324/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM324/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM324/NS
*symbol LM358/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM358/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM358/NS
*symbol LM359/NS
d Dual, High Speed, Programmable, Current Mode (Norton) Amplifier
@type p 8.0
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LM359/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %GND %- %OUT %V+ %COMP %IOUT %IIN @MODEL
a 0 s 9 0 6 -6 hln 100 REFDES=U?
a 0 sp 11 0 62 54 hln 100 PART=LM359/NS
a 0 s 0 0 62 56 hln 100 COMPONENT=LM359
@pins
p 2 13 12 hln 90 + n 0 10 h
a 0 s 0 0 0 0 hln 100 ERC=i
a 0 s 1 0 5 8 hrn 100 PIN=7
a 0 s 0 0 0 0 hln 100 FLOAT=e
p 2 13 52 hln 90 - n 0 50 h
a 0 s 0 0 0 0 hln 100 ERC=i
a 0 s 1 0 5 48 hrn 100 PIN=6
a 0 s 0 0 0 0 hln 100 FLOAT=e
p 2 27 16 hcn 90 V+ n 30 0 d
a 0 s 0 0 -10 0 hln 100 ERC=p
a 0 s 1 0 35 3 hcn 100 PIN=12
a 0 s 0 0 -10 0 hln 100 FLOAT=e
p 2 46 39 hcn 80 GND n 50 60 v
a 0 s 0 0 10 0 hln 100 ERC=p
a 0 s 1 0 45 62 hcn 100 PIN=4
a 0 s 0 0 10 0 hln 100 FLOAT=e
p 0 67 32 hrn 90 OUT n 80 30 u
a 0 s 0 0 0 0 hln 100 ERC=o
a 0 s 1 0 75 28 hln 100 PIN=2
a 0 s 0 0 0 0 hln 100 FLOAT=e
p 2 28 46 hcn 80 COMP n 30 60 v
a 0 s 0 0 -10 0 hln 100 ERC=i
a 0 s 1 0 25 62 hcn 100 PIN=3
a 0 s 0 0 -10 0 hln 100 FLOAT=e
p 2 36 23 hcn 80 IIN n 40 0 d
a 0 s 0 0 80 60 hln 100 ERC=i
a 0 s 1 0 45 3 hcn 100 PIN=8
a 0 s 0 0 80 60 hln 100 FLOAT=e
p 2 47 30 hcn 80 IOUT n 60 0 d
a 0 s 0 0 100 60 hln 100 ERC=i
a 0 s 1 0 65 3 hcn 100 PIN=1
a 0 s 0 0 100 60 hln 100 FLOAT=e
@graphics 80 60 0 10 10
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 60 10
54 22
;
v 0 40 10
40 15
;
v 0 50 50
50 40
;
v 0 10 0
10 60
;
c 0 10 30 10
v 0 10 26
4 32
16 32
10 26
;
*symbol LM4250/NS
d Programmable Op Amp
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT %QCS @MODEL
a 0 sp 11 0 -24 68 hln 100 PART=LM4250/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM4250/NS
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 41 39 hln 50 VOS1 n 50 60 v
a 0 u 1 0 45 62 hcn 100 pin=1
a 0 u 0 0 52 60 hln 100 ERC=i
a 0 u 0 0 0 0 hln 100 float=u
p 2 58 34 hrn 50 VOS2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=5
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
p 2 56 27 hrn 50 QCS n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=8
a 0 u 0 0 60 12 hln 100 ERC=i
a 0 u 0 0 120 -50 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 50
50 40
;
v 0 58 36
70 50
;
v 0 58 24
70 10
;
*symbol LM6118/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6118/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6118/NS
*symbol LM6121/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %Vin %V+ %OUT %V- @MODEL
a 0 sp 0 0 50 60 hln 100 MODEL=LM6121/NS
a 0 sp 13 0 -18 68 hln 100 PART=LM6121/NS
@pins
p 2 13 32 hln 100 Vin n 0 30 h
a 0 u 0 0 0 20 hln 100 ERC=i
a 0 u 1 0 5 28 hrn 100 pin=8
a 0 u 0 0 0 20 hln 100 float=e
p 2 37 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 30 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6142A/NS ako 124/NS
d Dual High Speed/Low Power 17Mhz Rail-to-Rail Input-Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 60 hln 100 PART=LM6142A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM6142A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LM6142
*symbol LM6142B/NS ako 124/NS
d Dual High Speed/Low Power 17Mhz Rail-to-Rail Input-Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 60 hln 100 PART=LM6142B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM6142B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LM6142
*symbol LM6161/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6161/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6161/NS
*symbol LM6162/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6162/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6162/NS
*symbol LM6164/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6164/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6164/NS
*symbol LM6165/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6165/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6165/NS
*symbol LM6181/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6181/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM6181/NS
*symbol LM6218/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6218/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6218/NS
*symbol LM6261/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6261/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6261/NS
*symbol LM6262/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6262/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6262/NS
*symbol LM6264/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6264/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6264/NS
*symbol LM6265/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6265/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6265/NS
*symbol LM6361/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6361/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6361/NS
*symbol LM6362/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6362/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6362/NS
*symbol LM6364/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6364/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6364/NS
*symbol LM6365/NS ako 6161/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM6365/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM6365/NS
*symbol LM7131A/NS ako 6041/NS
d Tiny High Speed Single Supply Operational Amplifier
@type p
@attributes
a 0 s 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 54 56 hln 100 PART=LM7131A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM7131A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LM7131
*symbol LM7131B/NS ako 6041/NS
d Tiny High Speed Single Supply Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 58 hln 100 PART=LM7131B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LM7131B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LM7131
*symbol LM741/NS ako 741/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LM741/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LM741/NS
*symbol LMC6001B/NS ako op5
d Ultra Ultra-Low Input Current Amplifier
@type p
@attributes
a 0 sp 11 0 50 60 hln 100 PART=LMC6001B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6001B/NS
*symbol LMC6001A/NS ako op5
d Ultra Ultra-Low Input Current Amplifier
@type p
@attributes
a 0 sp 11 0 50 60 hln 100 PART=LMC6001A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6001A/NS
*symbol LMC6022/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6022/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6022/NS
*symbol LMC6024/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 72 hln 100 PART=LMC6024/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6024/NS
*symbol LMC6032/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6032/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6032/NS
*symbol LMC6034/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 72 hln 100 PART=LMC6034/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6034/NS
*symbol LMC6041/NS ako 6041/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LMC6041/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LMC6041B/NS
*symbol LMC6041A/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 50 56 hln 100 PART=LMC6041A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6041A/NS
*symbol LMC6042/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6042/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6042B/NS
*symbol LMC6042A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6042A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6042A/NS
*symbol LMC6044/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 72 hln 100 PART=LMC6044/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6044B/NS
*symbol LMC6044A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 72 hln 100 PART=LMC6044A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6044A/NS
*symbol LMC6061/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6061/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6061B/NS
*symbol LMC6061A/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6061A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6061A/NS
*symbol LMC6062/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6062/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6062B/NS
*symbol LMC6062A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6062A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6062A/NS
*symbol LMC6064/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 2 72 hln 100 PART=LMC6064/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6064B/NS
*symbol LMC6064A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 74 hln 100 PART=LMC6064A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6064A/NS
*symbol LMC6081/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6081/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6081B/NS
*symbol LMC6081A/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=LMC6081A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6081A/NS
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6082/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6082/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6082B/NS
*symbol LMC6082A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6082A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6082A/NS
*symbol LMC6084/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 2 70 hln 100 PART=LMC6084/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6084B/NS
*symbol LMC6084A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 72 hln 100 PART=LMC6084A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6084A/NS
*symbol LMC6462A/NS ako 353/NS
d Dual Micropower, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 s 9 0 14 -4 hln 100 REFDES=U?
a 0 sp 11 0 48 56 hln 100 PART=LMC6462A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6462A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6462
*symbol LMC6462B/NS ako 353/NS
d Dual Micropower, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 48 58 hln 100 PART=LMC6462B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6462B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6462
*symbol LMC6464A/NS ako 353/NS
d Quad Micropower, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 58 hln 100 PART=LMC6464A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6464A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6464
*symbol LMC6464B/NS ako 353/NS
d Quad Micropower, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 52 56 hln 100 PART=LMC6464B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6464B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6464
*symbol LMC6482A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6482A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6482A/NS
*symbol LMC6484A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6484A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6484A/NS
*symbol LMC6492A/NS ako 353/NS
d Dual CMOS Rail-to-Rail Input and Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 58 hln 100 PART=LMC6492A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6492A/NS
*symbol LMC6492B/NS ako 353/NS
d Dual CMOS Rail-to-Rail Input and Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 58 hln 100 PART=LMC6492B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6492B/NS
*symbol LMC6494A/NS ako 353/NS
d Quad CMOS Rail-to-Rail Input and Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 56 hln 100 PART=LMC6494A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6494A/NS
*symbol LMC6494B/NS ako 353/NS
d Quad CMOS Rail-to-Rail Input and Output Operational Amplifier
@type p
@attributes
a 0 sp 11 0 50 56 hln 100 PART=LMC6494B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6494B/NS
*symbol LMC6582A/NS ako 353/NS
d Dual Low Voltage, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 48 56 hln 100 PART=LMC6582A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6582A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6582
*symbol LMC6582B/NS ako 353/NS
d Dual Low Voltage, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 46 58 hln 100 PART=LMC6582B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6582B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6582
*symbol LMC6584A/NS ako 353/NS
d Quad Low Voltage, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 48 58 hln 100 PART=LMC6584A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6584A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6584
*symbol LMC6584B/NS ako 353/NS
d Quad Low Voltage, Rail-to-Rail Input and Output CMOS Operational Amplifier
@type p
@attributes
a 0 sp 11 0 46 56 hln 100 PART=LMC6584B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC6584B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6584
*symbol LMC660/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LMC660/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LMC660B/NS
*symbol LMC660A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 50 60 hln 100 PART=LMC660A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC660A/NS
*symbol LMC662/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LMC662/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LMC662B/NS
*symbol LMC662A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 50 10 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC662A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC662A/NS
*symbol LMC6681A/NS ako 6681/NS
d Single Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6681A/NS
a 0 sp 11 0 70 56 hln 100 PART=LMC6681A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6681
*symbol LMC6681B/NS ako 6681/NS
d Single Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6681B/NS
a 0 sp 11 0 68 56 hln 100 PART=LMC6681B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6681
*symbol LMC6682A/NS ako 6682/NS
d Dual Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6682A/NS
a 0 sp 11 0 72 48 hln 100 PART=LMC6682A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6682
*symbol LMC6682B/NS ako 6682/NS
d Dual Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6682B/NS
a 0 sp 11 0 68 46 hln 100 PART=LMC6682B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6682
*symbol LMC6684A/NS ako 6682/NS
d Quad Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6684A/NS
a 0 sp 11 0 66 46 hln 100 PART=LMC6684A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6684
*symbol LMC6684B/NS ako 6682/NS
d Quad Low Voltage, Rail-to-Rail Input and Output CMOS Amplifier with Shutdown
@type p
@attributes
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6684B/NS
a 0 sp 11 0 62 44 hln 100 PART=LMC6684B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC6684
*symbol LMC7101A/NS ako 6041/NS
d Tiny Low Power Operational Amplifier with Rail-to-Rail Input and Output
@type p
@attributes
a 0 sp 11 0 50 56 hln 100 PART=LMC7101A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC7101A/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC7101
*symbol LMC7101B/NS ako 6041/NS
d Tiny Low Power Operational Amplifier with Rail-to-Rail Input and Output
@type p
@attributes
a 0 sp 11 0 48 56 hln 100 PART=LMC7101B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LMC7101B/NS
a 0 s 0 0 0 10 hln 100 COMPONENT=LMC7101
*symbol LPC660B/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LPC660B/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LPC660B/NS
*symbol LPC660A/NS ako 124/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LPC660A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LPC660A/NS
*symbol LPC661B/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LPC661B/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LPC661B/NS
*symbol LPC661A/NS ako 6041/NS
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LPC661A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LPC661A/NS
*symbol LPC662B/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 11 0 0 70 hcn 100 PART=LPC662B/NS
a 0 sp 0 0 50 60 hcn 100 MODEL=LPC662B/NS
*symbol LPC662A/NS ako 353/NS
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -4 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LPC662A/NS
a 0 sp 0 0 50 60 hln 100 MODEL=LPC662A/NS
*symbol LF441CM,LF441CN,LF441MH/883
d OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LF441CM
a 0 sp 0 0 0 0 hln 100 MODEL=LF441B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 29 45 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 29 20 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
p 2 52 27 hrn 80 B0 n 80 10 u
a 0 u 1 0 75 8 hln 100 PIN=1
a 0 u 0 0 80 10 hln 100 ERC=x
a 0 u 0 0 80 10 hln 100 FLOAT=u
p 2 52 37 hrn 80 B1 n 80 50 u
a 0 u 1 0 75 48 hln 100 PIN=8
a 0 u 0 0 80 50 hln 100 ERC=x
a 0 u 0 0 0 0 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 60 10
50 20
;
v 0 50 40
60 50
;
v 0 60 10
70 10
;
v 0 60 50
70 50
;
*symbol LF442CN,LF442MH/883
d DUAL LOW POWER JFET OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LF442CN
a 0 sp 0 0 0 0 hln 100 MODEL=LF442B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LF444CN,LF444MD/883,LF444CM
d QUAD LOW POWER JFET OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 62 48 hln 100 PART=LF444CN
a 0 sp 0 0 0 0 hln 100 MODEL=LF444B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM111W/883,LM111E/883,LM111J/883,LM111J-8/883,LM111J-8
d VOLTAGE COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM111W/883
a 0 sp 0 0 0 0 hln 100 MODEL=LM111/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- %GND @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=3
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=2
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 34 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=5
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=9
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 34 22 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=10
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
p 2 56 27 hrn 50 BAL/S n 80 10 u
a 0 u 1 0 75 8 hln 100 PIN=7
a 0 u 0 0 80 10 hln 100 ERC=x
a 0 u 0 0 80 10 hln 100 FLOAT=u
p 2 52 37 hrn 50 BAL n 80 50 u
a 0 u 1 0 75 48 hln 100 PIN=6
a 0 u 0 0 80 50 hln 100 ERC=x
a 0 u 0 0 0 0 hln 100 float=u
p 2 24 48 hln 60 GND n 30 60 v
a 0 u 1 0 25 62 hcn 100 PIN=1
a 0 u 0 0 30 60 hln 100 ERC=x
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 60 10
50 20
;
v 0 50 40
60 50
;
v 0 60 10
70 10
;
v 0 60 50
70 50
;
v 0 40 10
40 15
;
v 0 40 45
40 51
;
*symbol LM6152ACN,LM6152ACM
d DUAL HIGH SPEED LOW POWER 45MHZ OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6152ACN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6152A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6152BCN,LM6152BCM
d DUAL HIGH SPEED LOW POWER 45MHZ OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6152BCN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6152B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6171AIN,LM6171AIM
d VOLTAGE FEEDBACK LOW DISTORTION LOW POWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6171AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6171A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 29 45 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 29 22 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6171BIN,LM6171BIM
d VOLTAGE FEEDBACK LOW DISTOETION LOW POWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6171BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6171B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 22 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6310IN,LM6310IM
d HIGH SPEED LOW POWER TRI-STATE OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6310IN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6310/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- %\DISABLE\ @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 30 45 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 30 21 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
p 2 55 27 hrn 50 \DISABLE\ n 80 10 u
a 0 u 1 0 75 8 hln 100 PIN=8
a 0 u 0 0 80 10 hln 100 ERC=x
a 0 u 0 0 80 10 hln 100 FLOAT=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 60 10
50 20
;
v 0 60 10
70 10
;
v 0 40 50
40 44
;
v 0 40 10
40 16
;
v 0 40 16
40 10
;
*symbol LM6311IN,LM6311IM
d LOW NOISE HIGH SPEED VOLTAGE FEEDBACK OP AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6311IN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6311/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- %EXCOMP @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 32 44 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 32 22 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
p 2 57 27 hrn 50 EXCOMP n 80 10 u
a 0 u 1 0 75 8 hln 100 PIN=5
a 0 u 0 0 80 10 hln 100 ERC=x
a 0 u 0 0 80 10 hln 100 FLOAT=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 60 10
50 20
;
v 0 60 10
70 10
;
v 0 40 50
40 44
;
v 0 40 10
40 16
;
v 0 40 16
40 10
;
*symbol LM6317IN,LM6317IM
d 120MHZ FAST SETTING LOW POWER VOLTAGE FEEDBACK AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6317IN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6317/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 41 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM7171AIN,LM7171AIM,LM7171AIWM
d TINY VERY HIGH SPEED HIGH OUTPUT CURRENT VOLTAGE FEEDBACK AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM7171AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM7171A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM7171BIN,LM7171BIM,LM7171BIWM
d TINY VERY HIGH SPEED HIGH OUTPUT CURRENT VOLTAGE FEEDBACK AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM7171BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM7171B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 31 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 31 22 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6001BIN,LMC6001BIH
d ULTRA ULTRA - LOW INPUT CURRENT AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6001BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6001B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 41 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6132AIN,LM6132AIM
d DUAL HIGH SPEED LOW POWER 7MHZ OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6132AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6132A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6132BIN,LM6132BIM
d DUAL HIGH SPEED LOW POWER 7MHZ OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6132BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6132B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6041IN,LMC6041IM
d CMOS SINGLE MICROPOWER OP - AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6041IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6041B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6042IN,LMC6042IM
d CMOS DUAL MICROPOWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6042IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6042B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6044IN,LMC6044IM
d CMOS QUAD MICROPOWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6044IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6044B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6061IN,LMC6061IM
d PRECISION CMOS SINGLE MICROPOWER OP - AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6061IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6061B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 41 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6062IN,LMC6062IM
d PRECISION CMOS DUAL MICROPOWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6062IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6062B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6064IN,LMC6064IM
d PRECISION CMOS QUAD MICROPOWER OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6064IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6064B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6081IN,LMC6081IM
d PRECISION CMOS SINGLE OP - AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6081IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6081B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 41 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6082IN,LMC6082IM
d PRECISION CMOS DUAL  OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6082IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6082B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6084IN,LMC6084IM
d PRECISION CMOS QUAD  OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6084IN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6084B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6482AIN,LMC6482AIM
d CMOS DUAL INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6482AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6482A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6484AIN,LMC6484AIM
d CMOS QUAD INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6484AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6484A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6492AEN,LMC6492AEM
d CMOS DUAL INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6492AEN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6492A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6492BEN,LMC6492BEM
d CMOS DUAL INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6492BEN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6492B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6494AEN,LMC6494AEM
d CMOS QUAD INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6494AEN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6494A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6494BEN,LMC6494BEM
d CMOS QUAD INPUT AND OUTPUT OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6494BEN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6494B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6572AIN,LMC6572AIM
d DUAL LOW VOLTAGE OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6572AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6572A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6572BIN,LMC6572BIM
d DUAL LOW VOLTAGE OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6572BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6572B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6574AIN,LMC6574AIM
d QUAD LOW VOLTAGE OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6574AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6574A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6574BIN,LMC6574BIM
d QUAD LOW VOLTAGE OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6574BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6574B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC660CN,LMC660CM,LMC660EM,LMC660EN
d CMOS QUAD OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC660CN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC660B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=11
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=4
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC662CN,LMC662EM,LMC662EN,LMC662CM
d CMOS DUAL OP-AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC662CN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC662B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6762AIN,LMC6762AIM
d CMOS DUAL MICROPOWER INPUT AND OUTPUT COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6762AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6762A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6762BIN,LMC6762BIM
d CMOS DUAL MICROPOWER INPUT AND OUTPUT COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6762BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6762B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6772AIN,LMC6772AIM
d DUAL MICRO-POWER INPUT AND OPEN DRAIN OUTPUT CMOS COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6772AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6772A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC6772BIN,LMC6772BIM
d DUAL MICRO-POWER INPUT AND OPEN DRAIN OUTPUT CMOS COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC6772BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC6772B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7111AIN,LMC7111AIM5
d TINY CMOS OP-AMP INPUT OUTPUT
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7111AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7111A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7111BIN,LMC7111BIM5
d TINY CMOS OP-AMP INPUT OUTPUT
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7111BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7111B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7211AIN,LMC7211AIM,LMC7211AIM5
d TINY CMOS COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7211AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7211A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7211BIN,LMC7211BIM,LMC7211BIM5
d TINY CMOS COMPARATOR
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7211BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7211B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7221AIN,LMC7221AIM5
d TINY CMOS COMPARATOR INPUT AND OPEN DRAIN OUTPUT
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7221AIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7221A/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V-  @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LMC7221BIN,LMC7221BIM5
d TINY CMOS COMPARATOR INPUT AND OPEN DRAIN OUTPUT
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LMC7221BIN
a 0 sp 0 0 0 0 hln 100 MODEL=LMC7221B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %OUT %V+ %V- @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LPC662IN,LPC662IM
d LOW POWER CMOS DUAL OP - AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LPC662IN
a 0 sp 0 0 0 0 hln 100 MODEL=LPC662B/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 23 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM7121IN,LM7121IM,LM7121IM5X
d TINY VERY HIGH SPEED LOW POWER VOLTAGE FEEDBACK AMPLIFIER
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM7121IN
a 0 sp 0 0 0 0 hln 100 MODEL=LM7121/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 33 43 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=6
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 33 24 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=7
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol LM6172IN,LM6172IM
d DUAL HIGH SPEED LOW POWER LOW DISTORTION VOLTAGE FEEDBACK AMP
@type p
@attributes
a 1 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=LM6172IN
a 0 sp 0 0 0 0 hln 100 MODEL=LM6172/NS
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
@pins
p 2 13 12 hln 100 - n 0 10 h
a 0 u 1 0 5 8 hrn 100 PIN=2
a 0 u 0 0 0 10 hln 100 ERC=i
a 0 u 0 0 0 10 hln 100 FLOAT=n
p 2 13 52 hln 100 + n 0 50 h
a 0 u 1 0 5 48 hrn 100 PIN=3
a 0 u 0 0 0 50 hln 100 ERC=i
a 0 u 0 0 0 50 hln 100 FLOAT=n
p 2 35 42 hln 100 V- n 40 60 v
a 0 u 1 0 35 62 hcn 100 PIN=4
a 0 u 0 0 40 60 hln 100 ERC=x
a 0 u 0 0 40 60 hln 100 FLOAT=n
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 1 0 75 28 hln 100 PIN=1
a 0 u 0 0 80 30 hln 100 ERC=o
a 0 u 0 0 80 30 hln 100 FLOAT=n
p 2 35 25 hln 100 V+ n 40 0 d
a 0 u 1 0 45 3 hcn 100 PIN=8
a 0 u 0 0 40 0 hln 100 ERC=x
a 0 u 0 0 40 0 hln 100 FLOAT=n
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol 118/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 58 34 hrn 50 C2 n 80 40 u
a 0 u 1 0 75 38 hln 100 pin=8
a 0 u 0 0 80 40 hln 100 ERC=i
a 0 u 0 0 10 0 hln 100 float=u
p 2 45 38 hln 50 C3 n 60 60 v
a 0 u 1 0 55 62 hcn 100 pin=5
a 0 u 0 0 60 60 hln 100 ERC=i
a 0 u 0 0 110 -10 hln 100 float=u
p 2 51 25 hrn 50 C1 n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=1
a 0 u 0 0 80 12 hln 100 ERC=i
a 0 u 0 0 10 0 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 60 10
50 20
;
v 0 60 50
50 40
;
v 0 60 40
56 37
;
v 0 60 40
70 40
;
v 0 60 10
70 10
;
*symbol 124/NS b
d 5-connection opamp subcircuit
@type p
@attributes
a 0 s 9 0 14 0 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 50 60 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=11
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=1
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol 13600/NS b
d Opamp subcircuit
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %ABI %DB %+ %- %OUT %V- %BI %BO %V+ @MODEL
a 0 sp 11 0 2 184 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
a 0 sp 9 0 0 0 hln 100 REFDES=U?
@pins
p 2 10 12 hln 100 + n 0 10 h
a 0 s 1 0 5 8 hrn 100 PIN=3
a 0 s 0 0 0 10 hln 100 ERC=x
p 2 10 52 hln 100 - n 0 50 h
a 0 s 1 0 5 48 hrn 100 PIN=4
a 0 s 0 0 0 50 hln 100 ERC=x
p 2 34 46 hln 100 ABI n 50 60 v
a 0 s 1 0 45 62 hcn 100 PIN=1
a 0 s 0 0 46 58 hln 100 ERC=x
p 2 13 32 hln 100 DB n 0 30 h
a 0 s 1 0 5 28 hrn 100 PIN=2
a 0 s 0 0 1 28 hln 100 ERC=x
p 2 105 48 hln 100 BO n 120 60 v
a 0 s 1 0 115 62 hcn 100 PIN=8
a 0 s 0 0 115 50 hln 100 ERC=x
p 2 19 40 hln 100 V- n 30 60 v
a 0 s 1 0 25 62 hcn 100 PIN=6
a 0 s 0 0 25 62 hln 100 ERC=x
p 2 17 24 hln 100 V+ n 30 0 d
a 0 s 1 0 35 3 hcn 100 PIN=11
a 0 s 0 0 33 -4 hln 100 ERC=x
p 2 52 46 hln 100 OUT n 70 60 v
a 0 s 1 0 65 62 hcn 100 PIN=5
a 0 s 0 0 70 60 hln 100 ERC=x
p 2 80 48 hln 100 BI n 90 60 v
a 0 s 1 0 85 62 hcn 100 PIN=7
a 0 s 0 0 90 56 hln 100 ERC=x
@graphics 120 60 0 10 10
v 0 50 50
50 39
;
v 0 5 15
15 15
;
v 0 5 45
15 45
;
v 0 10 20
10 40
;
v 0 100 35
110 35
;
v 0 100 20
100 10
;
v 0 100 10
120 10
;
v 0 120 10
120 30
;
v 0 60 30
70 30
;
v 0 70 30
70 50
;
v 0 10 5
10 15
;
v 0 10 45
10 55
;
v 0 10 55
40 30
;
v 0 10 5
40 30
;
v 0 50 39
50 35
;
c 0 46 30 6
c 0 54 30 6
v 0 90 30
95 30
;
v 0 95 25
95 35
;
v 0 95 30
100 35
;
v 0 95 30
100 25
;
v 0 115 30
115 40
;
v 0 115 35
120 30
;
v 0 115 35
120 40
;
v 0 110 35
115 35
;
v 0 100 20
100 25
;
v 0 120 40
120 45
;
v 0 90 30
90 50
;
v 0 120 45
120 50
;
v 0 99 34
99 32
;
v 0 99 34
97 34
;
v 0 119 39
119 37
;
v 0 119 39
117 39
;
v 0 30 10
100 10
;
v 0 30 10
30 20
;
v 0 30 50
30 40
;
v 0 30 20
30 22
;
v 0 30 40
30 38
;
v 0 10 15
15 20
5 20
10 15
;
v 0 10 45
15 40
5 40
10 45
;
a 0 46 36 52 29 46 24
*symbol 155/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 0 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 52 37 hrn 50 B2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=5
a 0 u 0 0 80 50 hln 100 ERC=i
a 0 u 0 0 20 100 hln 100 float=u
p 2 52 25 hrn 50 B1 n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=1
a 0 u 0 0 80 10 hln 100 ERC=i
a 0 u 0 0 80 -40 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 60 50
70 50
;
v 0 50 20
60 10
;
v 0 60 10
70 10
;
v 0 50 40
60 50
;
*symbol 353/NS b
d 5-connection opamp subcircuit
@type p
@attributes
a 0 s 9 0 14 -4 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=8
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=1
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol 400/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 40 38 hln 50 ADJ1 n 50 60 v
a 0 u 1 0 45 62 hcn 100 pin=1
a 0 u 0 0 52 60 hln 100 ERC=i
a 0 u 0 0 0 0 hln 100 float=u
p 2 67 52 hrn 50 ADJ2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=5
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
p 2 67 12 hrn 50 RAW n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=8
a 0 u 0 0 82 8 hln 100 ERC=o
a 0 u 0 0 80 -40 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 50
50 40
;
v 0 50 20
60 10
;
v 0 60 10
70 10
;
v 0 70 50
60 40
;
v 0 60 40
56 36
;
*symbol 4161/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 40 38 hln 50 VOS1 n 50 60 v
a 0 u 1 0 45 62 hcn 100 pin=1
a 0 u 0 0 52 60 hln 100 ERC=i
a 0 u 0 0 0 0 hln 100 float=u
p 2 67 52 hrn 50 VOS2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=8
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 50
50 40
;
v 0 70 50
60 40
;
v 0 60 40
56 36
;
*symbol 6041/NS b
d Opamp subcircuit
@type p
@attributes
a 0 s 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol 607/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 40 38 hln 50 ADJ1 n 50 60 v
a 0 u 1 0 45 62 hcn 100 pin=1
a 0 u 0 0 52 60 hln 100 ERC=i
a 0 u 0 0 0 0 hln 100 float=u
p 2 67 52 hrn 50 ADJ2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=8
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
p 2 67 12 hrn 50 C n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=5
a 0 u 0 0 82 8 hln 100 ERC=o
a 0 u 0 0 80 -40 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 50
50 40
;
v 0 50 20
60 10
;
v 0 60 10
70 10
;
v 0 70 50
60 40
;
v 0 60 40
56 36
;
*symbol 6161/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 53 37 hrn 50 ADJ2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=8
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
p 2 53 27 hrn 50 ADJ1 n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=1
a 0 u 0 0 82 8 hln 100 ERC=o
a 0 u 0 0 80 -40 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 20
60 10
;
v 0 60 10
70 10
;
v 0 50 40
60 50
;
v 0 60 50
70 50
;
*symbol 6681/NS b
d
@type p
@attributes
a 0 s 9 0 10 -4 hln 100 REFDES=U?
a 0 sp 0 0 0 0 hln 100 MODEL=
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT %PD @MODEL
a 0 sp 11 0 2 70 hln 100 PART=
a 0 s 0 0 0 10 hln 100 COMPONENT=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 51 36 hcn 100 PD n 60 60 v
a 0 u 0 0 20 0 hln 100 ERC=i
a 0 u 1 0 55 62 hcn 100 pin=5
a 0 u 0 0 20 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 60 50
52 39
;
*symbol 6682/NS b
d
@type p
@attributes
a 0 s 9 0 10 -4 hln 100 REFDES=U?
a 0 sp 0 0 0 0 hln 100 MODEL=
a 0 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT %PD @MODEL
a 0 sp 11 0 2 70 hln 100 PART=
a 0 s 0 0 0 10 hln 100 COMPONENT=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=14
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=1
a 0 u 0 0 0 0 hln 100 float=e
p 2 51 36 hcn 100 PD n 60 60 v
a 0 u 0 0 20 0 hln 100 ERC=i
a 0 u 1 0 55 62 hcn 100 pin=10
a 0 u 0 0 20 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 60 50
52 39
;
*symbol 741/NS b
d Opamp subcircuit
@type p
@attributes
a 0 sp 9 0 12 -2 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 35 46 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
p 2 52 38 hrn 50 OS2 n 80 50 u
a 0 u 1 0 75 48 hln 100 pin=5
a 0 u 0 0 80 48 hln 100 ERC=i
a 0 u 0 0 20 110 hln 100 float=u
p 2 52 25 hrn 50 OS1 n 80 10 u
a 0 u 1 0 75 8 hln 100 pin=1
a 0 u 0 0 82 8 hln 100 ERC=o
a 0 u 0 0 80 -40 hln 100 float=u
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
v 0 50 20
60 10
;
v 0 60 10
70 10
;
v 0 50 40
60 50
;
v 0 60 50
70 50
;
*symbol op5 b
d 5-connection opamp subcircuit
@type p
@attributes
a 0 sp 9 0 14 0 hln 100 REFDES=U?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %+ %- %V+ %V- %OUT @MODEL
a 0 sp 11 0 50 60 hln 100 PART=
a 0 sp 0 0 50 60 hln 100 MODEL=
@pins
p 2 13 12 hln 100 + n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 8 hrn 100 pin=3
a 0 u 0 0 0 0 hln 100 float=e
p 2 13 52 hln 100 - n 0 50 h
a 0 u 0 0 0 0 hln 100 ERC=i
a 0 u 1 0 5 48 hrn 100 pin=2
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 22 hcn 100 V+ n 40 0 d
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 45 3 hcn 100 pin=7
a 0 u 0 0 0 0 hln 100 float=e
p 2 37 44 hcn 100 V- n 40 60 v
a 0 u 0 0 0 0 hln 100 ERC=p
a 0 u 1 0 35 62 hcn 100 pin=4
a 0 u 0 0 0 0 hln 100 float=e
p 0 67 32 hrn 100 OUT n 80 30 u
a 0 u 0 0 0 0 hln 100 ERC=o
a 0 u 1 0 75 28 hln 100 pin=6
a 0 u 0 0 0 0 hln 100 float=e
@graphics 80 60 0 10 10
v 0 10 0
10 60
;
v 0 10 60
70 30
;
v 0 70 30
10 0
;
v 0 40 10
40 15
;
v 0 40 50
40 45
;
*symbol copyright
d Copyright
@type p 9.2
@attributes
a 0 sp 9 0 0 0 hln 100 REFDES=U?
a 0 sp 11 0 0 70 hln 100 PART=
a 0 sp 0 0 0 0 hln 100 MODEL=
a 0 sp 0 0 0 0 hln 100 TEMPLATE=
@pins
@graphics 230 60 0 0 10
r 0 0 0 230 60
z 26 2 10 hln 100 43
Copyright 2000 Cadence Design Systems, Inc.
z 26 2 38 hln 100 41
Neither this library, nor any part of it,
z 26 2 47 hln 100 41
may be copied without the express written
z 26 2 57 hln 100 39
consent of Cadence Design Systems, Inc.
z 26 2 29 hln 100 35
the PSpice Schematics program only.
z 26 2 20 hln 100 44
The symbols in this library are for use with
