LIBRARY IEEE;
USE IEEE.std_logic_1164.all;

ENTITY SCHEMATIC1 IS 

END SCHEMATIC1;



ARCHITECTURE STRUCTURE OF SCHEMATIC1 IS

-- COMPONENTS

COMPONENT \LT1014/LT\
	PORT (
	\+_A\ : IN std_logic;
	\-_A\ : IN std_logic;
	\V+\ : IN std_logic;
	\V-\ : IN std_logic;
	OUT_A : OUT std_logic;
	\+_B\ : IN std_logic;
	\-_B\ : IN std_logic;
	OUT_B : OUT std_logic;
	\+_C\ : IN std_logic;
	\-_C\ : IN std_logic;
	OUT_C : OUT std_logic;
	\+_D\ : IN std_logic;
	\-_D\ : IN std_logic;
	OUT_D : OUT std_logic
	); END COMPONENT;

COMPONENT \3.6k\
	PORT (
	\2\ : INOUT std_logic;
	\1\ : INOUT std_logic
	); END COMPONENT;

COMPONENT \1n\
	PORT (
	\1\ : INOUT std_logic;
	\2\ : INOUT std_logic
	); END COMPONENT;

COMPONENT IRL2910
	PORT (
	D : INOUT std_logic;
	G : INOUT std_logic;
	S : INOUT std_logic
	); END COMPONENT;

-- SIGNALS

SIGNAL \0\ : std_logic;
	ATTRIBUTE \BiasValue Voltage\:string;
	ATTRIBUTE \BiasValue Voltage\ of \0\ : signal is "0V";
	ATTRIBUTE \BiasValue Current\:string;
	ATTRIBUTE \BiasValue Current\ of \0\ : signal is "-12.01uA";
SIGNAL GND_0 : std_logic;
SIGNAL GND_0 : std_logic;
SIGNAL GND_0 : std_logic;
SIGNAL \BUS\ : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of \BUS\ : signal is "47.99V";
	ATTRIBUTE \BiasValue Current\ of \BUS\ : signal is "10.43mA";
SIGNAL BUS_31367 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of BUS_31367 : signal is "47.99V";
	ATTRIBUTE \BiasValue Current\ of BUS_31367 : signal is "12.00mA";
SIGNAL \bus\ : std_logic;
SIGNAL BUS_36661 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of BUS_36661 : signal is "47.99V";
	ATTRIBUTE \BiasValue Current\ of BUS_36661 : signal is "12.00mA";
SIGNAL \bus\ : std_logic;
SIGNAL G : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of G : signal is "58.65mV";
	ATTRIBUTE \BiasValue Current\ of G : signal is "-143.8pA";
SIGNAL G_31737 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of G_31737 : signal is "58.65mV";
	ATTRIBUTE \BiasValue Current\ of G_31737 : signal is "-143.8pA";
SIGNAL g : std_logic;
SIGNAL G_37017 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of G_37017 : signal is "58.65mV";
	ATTRIBUTE \BiasValue Current\ of G_37017 : signal is "-143.8pA";
SIGNAL g : std_logic;
SIGNAL N14424 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N14424 : signal is "48.00V";
	ATTRIBUTE \BiasValue Current\ of N14424 : signal is "11.49mA";
SIGNAL N15037 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N15037 : signal is "11.00V";
	ATTRIBUTE \BiasValue Current\ of N15037 : signal is "520.8uA";
SIGNAL N15389 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N15389 : signal is "10.43V";
	ATTRIBUTE \BiasValue Current\ of N15389 : signal is "-20.93nA";
SIGNAL N15602 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N15602 : signal is "15.00V";
	ATTRIBUTE \BiasValue Current\ of N15602 : signal is "340.0uA";
SIGNAL N20847 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N20847 : signal is "62.06mV";
	ATTRIBUTE \BiasValue Current\ of N20847 : signal is "3.414uA";
SIGNAL N23829 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N23829 : signal is "10.48V";
	ATTRIBUTE \BiasValue Current\ of N23829 : signal is "-8.412nA";
SIGNAL N31531 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N31531 : signal is "48.00V";
	ATTRIBUTE \BiasValue Current\ of N31531 : signal is "11.49mA";
SIGNAL N31573 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N31573 : signal is "1.240V";
	ATTRIBUTE \BiasValue Current\ of N31573 : signal is "7.052nA";
SIGNAL N31653 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N31653 : signal is "15.00V";
	ATTRIBUTE \BiasValue Current\ of N31653 : signal is "340.0uA";
SIGNAL N31833 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N31833 : signal is "47.99V";
	ATTRIBUTE \BiasValue Current\ of N31833 : signal is "12.01uA";
SIGNAL N31873 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N31873 : signal is "1.178V";
	ATTRIBUTE \BiasValue Current\ of N31873 : signal is "-7.052nA";
SIGNAL N36833 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N36833 : signal is "48.00V";
	ATTRIBUTE \BiasValue Current\ of N36833 : signal is "11.49mA";
SIGNAL N36853 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N36853 : signal is "1.240V";
	ATTRIBUTE \BiasValue Current\ of N36853 : signal is "40.34uA";
SIGNAL N36907 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N36907 : signal is "1.200V";
	ATTRIBUTE \BiasValue Current\ of N36907 : signal is "-15.32nA";
SIGNAL N36933 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N36933 : signal is "15.00V";
	ATTRIBUTE \BiasValue Current\ of N36933 : signal is "340.0uA";
SIGNAL N37069 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N37069 : signal is "392.6mV";
	ATTRIBUTE \BiasValue Current\ of N37069 : signal is "-293.6uA";
SIGNAL N37141 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N37141 : signal is "1.200V";
	ATTRIBUTE \BiasValue Current\ of N37141 : signal is "-15.52nA";
SIGNAL N39827 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N39827 : signal is "58.31mV";
	ATTRIBUTE \BiasValue Current\ of N39827 : signal is "561.3uA";
SIGNAL N40076 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N40076 : signal is "1.178V";
	ATTRIBUTE \BiasValue Current\ of N40076 : signal is "-23.68nA";
SIGNAL N41599 : std_logic;
	ATTRIBUTE \BiasValue Voltage\ of N41599 : signal is "6.005uV";
	ATTRIBUTE \BiasValue Current\ of N41599 : signal is "-12.01uA";

-- INSTANCE ATTRIBUTES

ATTRIBUTE \BIASVALUE POWER\:string;
ATTRIBUTE \BIASVALUE POWER\ of U3 : label is "5.132mW";
ATTRIBUTE PSPICETEMPLATE:string;
ATTRIBUTE PSPICETEMPLATE of U3 : label is "X^@REFDES %+ %- %V+ %V- %OUT @MODEL";
ATTRIBUTE \SCHEMATICS' SOURCE LIBRARY\:string;
ATTRIBUTE \SCHEMATICS' SOURCE LIBRARY\ of U3 : label is "D:\Pit\Vendor Libraries\Linear Tech\Lin_Tech.slb";
ATTRIBUTE \BIASVALUE POWER\ of R1 : label is "391.8mW";
ATTRIBUTE VOLTAGE:string;
ATTRIBUTE VOLTAGE of R1 : label is "RVMAX";
ATTRIBUTE DIST:string;
ATTRIBUTE DIST of R1 : label is "FLAT";
ATTRIBUTE SLOPE:string;
ATTRIBUTE SLOPE of R1 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R1 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1:string;
ATTRIBUTE TC1 of R1 : label is "0";
ATTRIBUTE MAX_TEMP:string;
ATTRIBUTE MAX_TEMP of R1 : label is "RTMAX";
ATTRIBUTE TC2:string;
ATTRIBUTE TC2 of R1 : label is "0";
ATTRIBUTE POWER:string;
ATTRIBUTE POWER of R1 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of U4 : label is "4.985mW";
ATTRIBUTE PSPICETEMPLATE of U4 : label is "X^@REFDES %+ %- %V+ %V- %OUT @MODEL";
ATTRIBUTE \SCHEMATICS' SOURCE LIBRARY\ of U4 : label is "D:\Pit\Vendor Libraries\Linear Tech\Lin_Tech.slb";
ATTRIBUTE \BIASVALUE POWER\ of R2 : label is "108.8mW";
ATTRIBUTE VOLTAGE of R2 : label is "RVMAX";
ATTRIBUTE DIST of R2 : label is "FLAT";
ATTRIBUTE SLOPE of R2 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R2 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R2 : label is "0";
ATTRIBUTE MAX_TEMP of R2 : label is "RTMAX";
ATTRIBUTE TC2 of R2 : label is "0";
ATTRIBUTE POWER of R2 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R3 : label is "132.0uW";
ATTRIBUTE VOLTAGE of R3 : label is "RVMAX";
ATTRIBUTE DIST of R3 : label is "FLAT";
ATTRIBUTE SLOPE of R3 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R3 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R3 : label is "0";
ATTRIBUTE MAX_TEMP of R3 : label is "RTMAX";
ATTRIBUTE TC2 of R3 : label is "0";
ATTRIBUTE POWER of R3 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R4 : label is "11.65nW";
ATTRIBUTE VOLTAGE of R4 : label is "RVMAX";
ATTRIBUTE DIST of R4 : label is "FLAT";
ATTRIBUTE SLOPE of R4 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R4 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R4 : label is "0";
ATTRIBUTE MAX_TEMP of R4 : label is "RTMAX";
ATTRIBUTE TC2 of R4 : label is "0";
ATTRIBUTE POWER of R4 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R5 : label is "271.3uW";
ATTRIBUTE VOLTAGE of R5 : label is "RVMAX";
ATTRIBUTE DIST of R5 : label is "FLAT";
ATTRIBUTE SLOPE of R5 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R5 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R5 : label is "0";
ATTRIBUTE MAX_TEMP of R5 : label is "RTMAX";
ATTRIBUTE TC2 of R5 : label is "0";
ATTRIBUTE POWER of R5 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R6 : label is "5.426mW";
ATTRIBUTE VOLTAGE of R6 : label is "RVMAX";
ATTRIBUTE DIST of R6 : label is "FLAT";
ATTRIBUTE SLOPE of R6 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R6 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R6 : label is "0";
ATTRIBUTE MAX_TEMP of R6 : label is "RTMAX";
ATTRIBUTE TC2 of R6 : label is "0";
ATTRIBUTE POWER of R6 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R9 : label is "13.87mW";
ATTRIBUTE VOLTAGE of R9 : label is "RVMAX";
ATTRIBUTE DIST of R9 : label is "FLAT";
ATTRIBUTE SLOPE of R9 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R9 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R9 : label is "0";
ATTRIBUTE MAX_TEMP of R9 : label is "RTMAX";
ATTRIBUTE TC2 of R9 : label is "0";
ATTRIBUTE POWER of R9 : label is "RMAX";
ATTRIBUTE VOLTAGE of C1 : label is "CMAX";
ATTRIBUTE CURRENT:string;
ATTRIBUTE CURRENT of C1 : label is "CIMAX";
ATTRIBUTE KNEE:string;
ATTRIBUTE KNEE of C1 : label is "CBMAX";
ATTRIBUTE DIST of C1 : label is "FLAT";
ATTRIBUTE PSPICETEMPLATE of C1 : label is "C^@REFDES %1 %2 ?TOLERANCE|C^@REFDES| @VALUE ?IC/IC=@IC/ TC=@TC1,@TC2 ?TOLERANCE|\n.model C^@REFDES CAP C=1 DEV=@TOLERANCE%|";
ATTRIBUTE SLOPE of C1 : label is "CSMAX";
ATTRIBUTE TC1 of C1 : label is "0";
ATTRIBUTE MAX_TEMP of C1 : label is "CTMAX";
ATTRIBUTE TC2 of C1 : label is "0";
ATTRIBUTE VOLTAGE of C2 : label is "CMAX";
ATTRIBUTE CURRENT of C2 : label is "CIMAX";
ATTRIBUTE KNEE of C2 : label is "CBMAX";
ATTRIBUTE DIST of C2 : label is "FLAT";
ATTRIBUTE PSPICETEMPLATE of C2 : label is "C^@REFDES %1 %2 ?TOLERANCE|C^@REFDES| @VALUE ?IC/IC=@IC/ TC=@TC1,@TC2 ?TOLERANCE|\n.model C^@REFDES CAP C=1 DEV=@TOLERANCE%|";
ATTRIBUTE SLOPE of C2 : label is "CSMAX";
ATTRIBUTE TC1 of C2 : label is "0";
ATTRIBUTE MAX_TEMP of C2 : label is "CTMAX";
ATTRIBUTE TC2 of C2 : label is "0";
ATTRIBUTE VOLTAGE of C3 : label is "CMAX";
ATTRIBUTE CURRENT of C3 : label is "CIMAX";
ATTRIBUTE KNEE of C3 : label is "CBMAX";
ATTRIBUTE DIST of C3 : label is "FLAT";
ATTRIBUTE PSPICETEMPLATE of C3 : label is "C^@REFDES %1 %2 ?TOLERANCE|C^@REFDES| @VALUE ?IC/IC=@IC/ TC=@TC1,@TC2 ?TOLERANCE|\n.model C^@REFDES CAP C=1 DEV=@TOLERANCE%|";
ATTRIBUTE SLOPE of C3 : label is "CSMAX";
ATTRIBUTE TC1 of C3 : label is "0";
ATTRIBUTE MAX_TEMP of C3 : label is "CTMAX";
ATTRIBUTE TC2 of C3 : label is "0";
ATTRIBUTE VOLTAGE of C5 : label is "CMAX";
ATTRIBUTE CURRENT of C5 : label is "CIMAX";
ATTRIBUTE KNEE of C5 : label is "CBMAX";
ATTRIBUTE DIST of C5 : label is "FLAT";
ATTRIBUTE PSPICETEMPLATE of C5 : label is "C^@REFDES %1 %2 ?TOLERANCE|C^@REFDES| @VALUE ?IC/IC=@IC/ TC=@TC1,@TC2 ?TOLERANCE|\n.model C^@REFDES CAP C=1 DEV=@TOLERANCE%|";
ATTRIBUTE SLOPE of C5 : label is "CSMAX";
ATTRIBUTE TC1 of C5 : label is "0";
ATTRIBUTE MAX_TEMP of C5 : label is "CTMAX";
ATTRIBUTE TC2 of C5 : label is "0";
ATTRIBUTE VC1:string;
ATTRIBUTE VC1 of C6 : label is "0";
ATTRIBUTE VC2:string;
ATTRIBUTE VC2 of C6 : label is "0";
ATTRIBUTE VOLTAGE of C6 : label is "CMAX";
ATTRIBUTE KNEE of C6 : label is "CBMAX";
ATTRIBUTE CURRENT of C6 : label is "CIMAX";
ATTRIBUTE DIST of C6 : label is "FLAT";
ATTRIBUTE SLOPE of C6 : label is "CSMAX";
ATTRIBUTE PSPICETEMPLATE of C6 : label is "C^@REFDES %1 %2 ?TOLERANCE|C^@REFDES| @VALUE ?IC/IC=@IC/ TC=@TC1,@TC2 ?TOLERANCE|\n.model C^@REFDES CAP C=1 DEV=@TOLERANCE% TC1=@TC1 TC2=@TC2 VC1=@VC1 VC2=@VC2|";
ATTRIBUTE MAX_TEMP of C6 : label is "CTMAX";
ATTRIBUTE TC1 of C6 : label is "0";
ATTRIBUTE TC2 of C6 : label is "0";
ATTRIBUTE \BIASVALUE POWER\ of R10 : label is "561.9mW";
ATTRIBUTE VOLTAGE of R10 : label is "RVMAX";
ATTRIBUTE DIST of R10 : label is "FLAT";
ATTRIBUTE SLOPE of R10 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R10 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R10 : label is "0";
ATTRIBUTE MAX_TEMP of R10 : label is "RTMAX";
ATTRIBUTE TC2 of R10 : label is "0";
ATTRIBUTE POWER of R10 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R11 : label is "132.0uW";
ATTRIBUTE VOLTAGE of R11 : label is "RVMAX";
ATTRIBUTE DIST of R11 : label is "FLAT";
ATTRIBUTE SLOPE of R11 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R11 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R11 : label is "0";
ATTRIBUTE MAX_TEMP of R11 : label is "RTMAX";
ATTRIBUTE TC2 of R11 : label is "0";
ATTRIBUTE POWER of R11 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R12 : label is "113.8nW";
ATTRIBUTE VOLTAGE of R12 : label is "RVMAX";
ATTRIBUTE DIST of R12 : label is "FLAT";
ATTRIBUTE SLOPE of R12 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R12 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R12 : label is "0";
ATTRIBUTE MAX_TEMP of R12 : label is "RTMAX";
ATTRIBUTE TC2 of R12 : label is "0";
ATTRIBUTE POWER of R12 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of M1 : label is "576.3uW";
ATTRIBUTE PSPICETEMPLATE of M1 : label is "X^@REFDES %D %G %S @MODEL";
ATTRIBUTE \BIASVALUE POWER\ of R13 : label is "49.73fW";
ATTRIBUTE VOLTAGE of R13 : label is "RVMAX";
ATTRIBUTE DIST of R13 : label is "FLAT";
ATTRIBUTE SLOPE of R13 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R13 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R13 : label is "0";
ATTRIBUTE MAX_TEMP of R13 : label is "RTMAX";
ATTRIBUTE TC2 of R13 : label is "0";
ATTRIBUTE POWER of R13 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of M2 : label is "576.3uW";
ATTRIBUTE PSPICETEMPLATE of M2 : label is "X^@REFDES %D %G %S @MODEL";
ATTRIBUTE \BIASVALUE POWER\ of R14 : label is "250.7uW";
ATTRIBUTE VOLTAGE of R14 : label is "RVMAX";
ATTRIBUTE DIST of R14 : label is "FLAT";
ATTRIBUTE SLOPE of R14 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R14 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R14 : label is "0";
ATTRIBUTE MAX_TEMP of R14 : label is "RTMAX";
ATTRIBUTE TC2 of R14 : label is "0";
ATTRIBUTE POWER of R14 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of M3 : label is "576.3uW";
ATTRIBUTE PSPICETEMPLATE of M3 : label is "X^@REFDES %D %G %S @MODEL";
ATTRIBUTE \BIASVALUE POWER\ of R15 : label is "72.11pW";
ATTRIBUTE VOLTAGE of R15 : label is "RVMAX";
ATTRIBUTE DIST of R15 : label is "FLAT";
ATTRIBUTE SLOPE of R15 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R15 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R15 : label is "0";
ATTRIBUTE MAX_TEMP of R15 : label is "RTMAX";
ATTRIBUTE TC2 of R15 : label is "0";
ATTRIBUTE POWER of R15 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R16 : label is "14.39mW";
ATTRIBUTE VOLTAGE of R16 : label is "RVMAX";
ATTRIBUTE DIST of R16 : label is "FLAT";
ATTRIBUTE SLOPE of R16 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R16 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R16 : label is "0";
ATTRIBUTE MAX_TEMP of R16 : label is "RTMAX";
ATTRIBUTE TC2 of R16 : label is "0";
ATTRIBUTE POWER of R16 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R17 : label is "561.3mW";
ATTRIBUTE VOLTAGE of R17 : label is "RVMAX";
ATTRIBUTE DIST of R17 : label is "FLAT";
ATTRIBUTE SLOPE of R17 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R17 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R17 : label is "0";
ATTRIBUTE MAX_TEMP of R17 : label is "RTMAX";
ATTRIBUTE TC2 of R17 : label is "0";
ATTRIBUTE POWER of R17 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R18 : label is "132.0uW";
ATTRIBUTE VOLTAGE of R18 : label is "RVMAX";
ATTRIBUTE DIST of R18 : label is "FLAT";
ATTRIBUTE SLOPE of R18 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R18 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R18 : label is "0";
ATTRIBUTE MAX_TEMP of R18 : label is "RTMAX";
ATTRIBUTE TC2 of R18 : label is "0";
ATTRIBUTE POWER of R18 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R19 : label is "111.5uW";
ATTRIBUTE VOLTAGE of R19 : label is "RVMAX";
ATTRIBUTE DIST of R19 : label is "FLAT";
ATTRIBUTE SLOPE of R19 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R19 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R19 : label is "0";
ATTRIBUTE MAX_TEMP of R19 : label is "RTMAX";
ATTRIBUTE TC2 of R19 : label is "0";
ATTRIBUTE POWER of R19 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R20 : label is "1.627uW";
ATTRIBUTE VOLTAGE of R20 : label is "RVMAX";
ATTRIBUTE DIST of R20 : label is "FLAT";
ATTRIBUTE SLOPE of R20 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R20 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R20 : label is "0";
ATTRIBUTE MAX_TEMP of R20 : label is "RTMAX";
ATTRIBUTE TC2 of R20 : label is "0";
ATTRIBUTE POWER of R20 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R21 : label is "32.57uW";
ATTRIBUTE VOLTAGE of R21 : label is "RVMAX";
ATTRIBUTE DIST of R21 : label is "FLAT";
ATTRIBUTE SLOPE of R21 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R21 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R21 : label is "0";
ATTRIBUTE MAX_TEMP of R21 : label is "RTMAX";
ATTRIBUTE TC2 of R21 : label is "0";
ATTRIBUTE POWER of R21 : label is "RMAX";
ATTRIBUTE \BIASVALUE POWER\ of R22 : label is "576.9pW";
ATTRIBUTE VOLTAGE of R22 : label is "RVMAX";
ATTRIBUTE DIST of R22 : label is "FLAT";
ATTRIBUTE SLOPE of R22 : label is "RSMAX";
ATTRIBUTE PSPICETEMPLATE of R22 : label is "R^@REFDES %1 %2 ?TOLERANCE|R^@REFDES| @VALUE TC=@TC1,@TC2 ?TOLERANCE|\n.model R^@REFDES RES R=1 DEV=@TOLERANCE%|";
ATTRIBUTE TC1 of R22 : label is "0";
ATTRIBUTE MAX_TEMP of R22 : label is "RTMAX";
ATTRIBUTE TC2 of R22 : label is "0";
ATTRIBUTE POWER of R22 : label is "RMAX";


-- GATE INSTANCES

BEGIN
GND_0<=\0\;
GND_0<=\0\;
GND_0<=\0\;
\bus\<=BUS_31367;
\bus\<=BUS_36661;
g<=G_31737;
g<=G_37017;
U3 : \LT1014/LT\	PORT MAP(
	\+_A\ => N15389, 
	\-_A\ => N23829, 
	\V+\ => N15602, 
	\V-\ => \0\, 
	OUT_A => N20847, 
	\+_B\ => N40076, 
	\-_B\ => N31873, 
	OUT_B => N39827, 
	\+_C\ => 'Z', 
	\-_C\ => 'Z', 
	OUT_C => OPEN, 
	\+_D\ => 'Z', 
	\-_D\ => 'Z', 
	OUT_D => OPEN
);
R1 : \3.6k\	PORT MAP(
	\2\ => \BUS\, 
	\1\ => N15389
);
U4 : \LT1014/LT\	PORT MAP(
	\+_A\ => 'Z', 
	\-_A\ => 'Z', 
	\V+\ => 'Z', 
	\V-\ => 'Z', 
	OUT_A => OPEN, 
	\+_B\ => N36907, 
	\-_B\ => N37141, 
	OUT_B => N37069, 
	\+_C\ => 'Z', 
	\-_C\ => 'Z', 
	OUT_C => OPEN, 
	\+_D\ => 'Z', 
	\-_D\ => 'Z', 
	OUT_D => OPEN
);
R2 : \1k\	PORT MAP(
	\2\ => N15389, 
	\1\ => \0\
);
R3 : \1\	PORT MAP(
	\2\ => \BUS\, 
	\1\ => N14424
);
R4 : \1k\	PORT MAP(
	\2\ => G, 
	\1\ => N20847
);
R5 : \1k\	PORT MAP(
	\2\ => N23829, 
	\1\ => N15037
);
R6 : \20k\	PORT MAP(
	\2\ => N20847, 
	\1\ => N23829
);
R9 : \100\	PORT MAP(
	\2\ => N40076, 
	\1\ => \0\
);
C1 : \1n\	PORT MAP(
	\1\ => G, 
	\2\ => \BUS\
);
C2 : \100u\	PORT MAP(
	\1\ => \0\, 
	\2\ => \BUS\
);
C3 : \100u\	PORT MAP(
	\1\ => \0\, 
	\2\ => BUS_31367
);
C5 : \100u\	PORT MAP(
	\1\ => \0\, 
	\2\ => BUS_36661
);
C6 : \.1u\	PORT MAP(
	\1\ => G_37017, 
	\2\ => BUS_36661
);
R10 : \3.9k\	PORT MAP(
	\2\ => BUS_31367, 
	\1\ => N40076
);
R11 : \1\	PORT MAP(
	\2\ => BUS_31367, 
	\1\ => N31531
);
R12 : \1k\	PORT MAP(
	\2\ => G_31737, 
	\1\ => N39827
);
M1 : IRL2910	PORT MAP(
	D => \BUS\, 
	G => G, 
	S => \0\
);
R13 : \1k\	PORT MAP(
	\2\ => N31873, 
	\1\ => N31573
);
M2 : IRL2910	PORT MAP(
	D => N31833, 
	G => G_31737, 
	S => \0\
);
R14 : \20k\	PORT MAP(
	\2\ => N39827, 
	\1\ => N31873
);
M3 : IRL2910	PORT MAP(
	D => BUS_36661, 
	G => G_37017, 
	S => N41599
);
R15 : \0.5\	PORT MAP(
	\2\ => N41599, 
	\1\ => \0\
);
R16 : \100\	PORT MAP(
	\2\ => N36907, 
	\1\ => \0\
);
R17 : \3.9k\	PORT MAP(
	\2\ => BUS_36661, 
	\1\ => N36907
);
R18 : \1\	PORT MAP(
	\2\ => BUS_36661, 
	\1\ => N36833
);
R19 : \1k\	PORT MAP(
	\2\ => G_37017, 
	\1\ => N37069
);
R20 : \1k\	PORT MAP(
	\2\ => N37141, 
	\1\ => N36853
);
R21 : \20k\	PORT MAP(
	\2\ => N37069, 
	\1\ => N37141
);
R22 : \4\	PORT MAP(
	\2\ => BUS_31367, 
	\1\ => N31833
);
END STRUCTURE;