OA_a_2_poli_gmin_5

Name	Num Input Ports	Open At Simulation Start	Window Position	XData Mode	Sample Increment	XOffset	XScale	YScale	Plot Type	Axes Scaling	Axes Scaling Num Updates	Maximize Axes	Plot As Magnitude Phase	YLabel	YLimits	Show Grid	Show Legend
Array Plot1	1	on	[654.000000,286.000000,800.000000,500.000000,]	Sample increment and X-offset	325521	0	Log	Linear	Line	OnceAtStop	100	Auto	off	Amplitude	[-0.1226,1.1233]	on	off
Array Plot2	1	on	[179.000000,86.000000,800.000000,500.000000,]	Sample increment and X-offset	2.170139e+05	0	Log	Linear	Line	OnceAtStop	100	Auto	off	Amplitude	[-62.8508,30.4991]	on	off

Tabella 4. Band-Limited Op-Amp Block Properties

Name	A	A unit	A conf	Rin	Rin unit	Rin conf	Rout	Rout unit	Rout conf	Vmin	Vmin unit	Vmin conf	Vmax	Vmax unit	Vmax conf	Vdotmax	Vdotmax unit	Vdotmax conf	F	F unit	F conf	V0	V0 unit	V0 conf
Band-Limited Op-Amp	157e6	1	compiletime	100e6	Ohm	compiletime	1	Ohm	compiletime	-15	V	compiletime	15	V	compiletime	100000e6	V/s	compiletime	1	Hz	compiletime	0	V	compiletime

Tabella 5. Capacitor Block Properties

Name	Cap option unit	Cap option conf	C	C unit	C conf	Enable C tol unit	Enable C tol conf	R	R unit	R conf	G unit	G conf	Enable operating limits unit	Enable operating limits conf	Enable faults unit	Enable faults conf	I specify	I nominal specify	V specify	V nominal specify	Vc specify	Vc nominal specify
C1	1	compiletime	5	pF	compiletime	1	compiletime	1e-6	Ohm	compiletime	1/Ohm	compiletime	1	compiletime	1	compiletime	off	off	off	off	off	off
C2	1	compiletime	1	pF	compiletime	1	compiletime	1e-6	Ohm	compiletime	1/Ohm	compiletime	1	compiletime	1	compiletime	off	off	off	off	off	off
Cc	1	compiletime	0.6635	pF	compiletime	1	compiletime	1e-6	Ohm	compiletime	1/Ohm	compiletime	1	compiletime	1	compiletime	off	off	off	off	off	off
CL	1	compiletime	50	pF	compiletime	1	compiletime	1e-6	Ohm	compiletime	1/Ohm	compiletime	1	compiletime	1	compiletime	off	off	off	off	off	off

Tabella 6. Discrete Transfer Function Estimator Block Properties

Name	Window Mode	Window Length	Overlap	Averaging Method	Spectral Averages	FFTLength Source	Window	Frequency Range	Output Coherence	Simulate Using
Discrete Transfer Function Estimator	Specify on dialog	numero_punti	50	Running	1000	Auto	Rectangular	One-sided	on	Interpreted execution

Tabella 7. Electrical Reference Block Properties

Name
Electrical Reference1
Electrical Reference2
Electrical Reference3
Electrical Reference4
Electrical Reference5
Electrical Reference6

Tabella 8. Op-Amp Block Properties

Name	Out I specify	Out I nominal specify
Op-Amp	off	off

Tabella 9. Pulse Voltage Source Block Properties

Name	V1	V1 unit	V1 conf	V2	V2 unit	V2 conf	TD	TD unit	TD conf	TR	TR unit	TR conf	TF	TF unit	TF conf	PW	PW unit	PW conf	PER	PER unit	PER conf
Pulse Voltage Source	0	V	compiletime	0	V	compiletime	0	s	compiletime	1e-9	s	compiletime	1e-9	s	compiletime	Inf	s	compiletime	Inf	s	compiletime

Tabella 10. RateTransition Block Properties

Name	Integrity	Deterministic	Out Port Sample Time Opt	Out Port Sample Time Multiple	Out Port Sample Time
Rate Transition1	on	on	Specify	2e-08	1e-09
Rate Transition2	on	on	Specify	2e-08	1e-09

Tabella 11. Resistor Block Properties

Name	R	R unit	R conf	I specify	I nominal specify	V specify	V nominal specify
R1	200	Ohm	compiletime	off	off	off	off
R2	2000	Ohm	compiletime	off	off	off	off
R3	10000	Ohm	compiletime	off	off	off	off
R4	100	Ohm	compiletime	off	off	off	off

Tabella 12. Solver Configuration Block Properties

Name	Physical Domain	Sub Class Name	Left Port Type	Right Port Type	Simulate Noise	Index Reduction Method	Do DC	Residual Tolerance	Consistency Tol Source	Consistency Abs Tol	Consistency Rel Tol	Consistency Tol Factor	Use Local Solver	Local Solver Choice	Resolve Indet Equations	Function Eval Num Thread	Local Solver Sample Time	Do Fixed Cost	Max Nonlin Iter	Max Mode Iter	Compute Impulses	Impulse Iterations	Linear Algebra	Linear Algebra Num Thread	Equation Formulation	Delays Memory Budget	Automatic Filtering	Filtering Time Constant	Partition Storage Method	Partition Memory Budget	Partition Method
Solver Configuration	network_engine_domain	solver	input	generic	off	DerivativeReplacement	on	1e-09	GLOBAL	0.001	0.001	0.001	off	NE_BACKWARD_EULER_ADVANCER	on	1	0.001	off	3	2	off	2	auto	0	NE_TIME_EF	1024	on	0.001	AS_NEEDED	1024	ROBUST

Tabella 13. SpectrumAnalyzer Block Properties

Name
Spectrum Analyzer

Tabella 14. Voltage Source Block Properties

Name	Dc voltage	Dc voltage unit	Dc voltage conf	Ac voltage	Ac voltage unit	Ac voltage conf	Ac shift	Ac shift unit	Ac shift conf	Ac frequency	Ac frequency unit	Ac frequency conf	Noise mode	Noise mode unit	Noise mode conf	PSD	PSD unit	PSD conf	Sample time	Sample time unit	Sample time conf	Repeatability	Repeatability unit	Repeatability conf
Voltage Source	0	V	compiletime	0	V	compiletime	0	rad	compiletime	12.2e6	Hz	compiletime	ee.enum.sources.noise.Enabled	1	compiletime	1e-9	V^2/Hz	runtime	sampling_time	s	compiletime	ee.enum.sources.repeatability.NotRepeatable	1	compiletime

Tabella 15. dB Conversion Block Properties

Name	DBtype	Intype	R	Fuzz
dB Conversion	dB	Amplitude	1	off

Appendix

Tabella 16. Block Type Count

BlockType

Count

Block Names

Electrical Reference (m)

Electrical Reference1, Electrical Reference2, Electrical Reference3, Electrical Reference4, Electrical Reference5, Electrical Reference6

Resistor (m)

R1, R2, R3, R4

Capacitor (m)

C1, C2, CL, Cc

SubSystem

Voltage sensor, Voltage sensor1

RateTransition

Rate Transition1, Rate Transition2

ArrayPlot

Array Plot1, Array Plot2

Analog Filter Design (m)

Analog Filter Design1, Analog Filter Design2

dB Conversion (m)

dB Conversion

Voltage Source (m)

Voltage Source

SpectrumAnalyzer

Spectrum Analyzer

Solver

Configuration (m)

Solver Configuration

Scope

Scope1

Pulse Voltage Source (m)

Pulse Voltage Source

Op-Amp (m)

Op-Amp

Discrete Transfer Function Estimator (m)

Discrete Transfer Function Estimator

Band-Limited Op-Amp (m)

Band-Limited Op-Amp

Abs

Tabella 17. Model Variables

Variable Name Parent Blocks Calling character vector Value

Analog Filter Design1

Analog Filter Design2

a

[-2812508725.35769 -1745113111.99345 0 0 0 0 0 0 0 0 ;

1745113111.99344 0 0 0 0 0 0 0 0 0 ;

-2812508725.35769 80412869445.36 -1513478198.1561 -2520008453.05642 0 0 0 0 0 0 ;

0 0 2520008453.05642 0 0 0 0 0 0 0 ;

-2812508725.35769 80412869445.36 -1513478198.1561 6366229801.81806 -595154637.485772 -2946127834.48325 0 0 0 0 ;

0 0 0 0 2946127834.48325 0 0 0 0 0 ;

-2812508725.35769 80412869445.36 -1513478198.1561 6366229801.81806 -595154637.485772 1552605937.22528 -203302690.324712 -3106426657.44671 0 0 ;

0 0 0 0 0 0 3106426657.44671 0 0 0 ;

-2812508725.35769 80412869445.36 -1513478198.1561 6366229801.81806 -595154637.485772 1552605937.22528 -203302690.324712 490000316.915394 -47815729.0751922 -3156517704.28195 ;

0 0 0 0 0 0 0 0 3156517704.28195 0 ]

Analog Filter Design1

Analog Filter Design2

b

[3141592653.5898 ;

0 ;

3141592653.5898 ;

0 ;

3141592653.5898 ;

0 ;

3141592653.5898 ;

0 ;