tutorial proteus isis_opt

8/18/2019 Tutorial Proteus Isis_opt

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The Interface

2TEKNIK ELEKTRO ISTTS (C)2009



1. MENU BAR

3. COMMAND TOOLBAR

4 .

M O D E S E L E C T O R T O O L B A R

5 .

O R I E N T A T I O N T O O L B A R

10. SIMULATION BAR

6. EDITING WINDOW

9. OBJECTSELECTORWINDOW

8. OVERVIEWWINDOW

7 .

C O O R D I N A T E

1 1

. S I M U L A T I O N

L O G M E S S A G E S

2. STATUS3TEKNIK ELEKTRO ISTTS (C)2009



1. Menu Bar




2. Status




3. Command Toolbar




4. Mode Selector Toolbar




5. Orientation Toolbar




6. Editing WindowCenter position

Sheet border

grid




7. Coordinate

Unit: th = thou = 10nm

2100.00 th at the right of zero position (+)1300.00 th below the zero position (-)




9. Object Selector Window

object

Previewed selected object




Simulation Program andCircuit AnalysisNavigating of ISIS Schematic

Capture



Opening a Design

Choosetutorialand geta designfileISISTUT




<ESC>Remember <ESC> key to cancel anoperation




Redraw Command




Toggle Display Grid

In view menuSnap to grid position:Snap 10 th <ctrl> <F1>Snap 50 th <F2>Snap 0.1 in <F3>Snap 0.5 in <F4>




Toggle False Origin

Move the center point tospecific point temporarily

After left click mouse thespecific point in editingwindow – The coordinate willchange to pink color

To reset to default position,left click mouse again thebutton




Zoom In <F6>




Zoom Out <F7>




Zoom All <F8>




Zoom Area

left click mouse and drag the area to zoom




Navigating to specific drawing area via overview window




Zoom using Mouse Scroll Button

Point mouse,and turn scrollbutton up/downYou can do it inediting windowor overviewwindow




Simulation Program andCircuit AnalysisCreating New Schematic Design



Cursor




New Design




New Design using Template




Selecting Object

Component mode overview windowwill change from viewing editingwindow to object view

Pick deviceLibrary Manager

Other object




Picking Electronic Device

Searchdevicecategory

Type device name




Picking Resistor1

2

3

package




Picking Resistor

Left click mouse topreview in overviewwindow

Press button to rotate

Left click mouse in editing window, thecursor will change to

and then left click mouse again to placethe device




Point newposition, leftclick mouseagain to

place thesame device




Selecting Device

Point device until cursor change tohand and device rounded with reddashed box




Change Label and Value

Select the deviceDouble left click mouse

Change the value ofresistor

Press OK




Reorienting placed device

To move component: left click mouse anddrag to new position

To Delete: <Delete>or right click mouse andchoose delete object

To rotate: right click mouse anchoose rotate




Picking Battery




Drawing Wire

Toggle wire

auto router

Point mouse to device terminal until the indicatorchange to green pen. Left click mouse and moveto the other terminal and left click again




Editing Wire

Point wire until cursor change to

arrow, left click mouse and dragto new position

Chooseselectionmode

Or point the wire,Right click mouseand choose theaction

<delete> key notwork in wire




Labeling Wire / NetName

choose label mode,point the wire and

left click mouse

Or point the wire, rightclick mouse and chooseplace wire label

Enter the string label

1




Adding Ground

1

23




Saving Design

2R




Simulation Program andCircuit AnalysisPROTEUS VSM Basic



TEKNIK ELEKTRO ISTTS (C)2009

Proteus VSMVSM = Visual System Modelling

The heart is PROSPICE based on SPICE3F5

Simulate Analog and Digital System

50




Animation Panel

PlayStep Pause

Stop = <Shift> <Break>

Note:Space Bar – Play button for Graph Analysis

51




Basic DevicesVSOURCE CSOURCE RESISTOR INDUCTOR CAPACITOR

52

Component PROTEUS Symbol Component PROTEUS Symbol




Name DeviceName

Name DeviceName

Resistor RESISTOR R SinusoidVoltage Source

VSINE

Inductor INDUCTOR LSinusoidCurrent Source ISINE

Capacitor CAPACITOR C Pulse VoltageSource

VPULSE

DC VoltageSource

VSOURCE V Pulse CurrentSource

IPULSE

DC CurrentSource

CSOURCE I Piecewiselinear VoltageSource

VPWLIN

VoltageControlledVoltage Source

VCVS E PiecewiseLinear CurrentSource

IPWLIN

CurrentControlledVoltage Source

CCVS H ExponentialVoltage Source

VEXP

VoltageControlledCurrent Source

VCCS G ExponentialCurrent Source

IEXP

CurrentControlledCurrent Source

CCCS F Digital Clock CLOCK

53

Component PROTEUS Symbol Component PROTEUS Symbol




Name DeviceName

Name DeviceName

Diode DIODE Not Gate NOT

TransistorNPN NPN And Gate AND

TransistorPNP

PNP Or Gate OR

JFET n type NJFET Nand Gate NAND

JFET p type PJFET Nor Gate NOR

MOSFET ntype

NMOSFET Exor Gate EXOR

MOSFET p

type

PMOSFET D Flip Flop DTFF

MESFET ntype

NMESFET JK Flip Flop JKFF

MESFET ptype

PMESFET

54




Basic Model Library

55




Animation Options

Frames Per Second (default=20): Graphicaldisplay rateTime Step per frame (default=50m): Timeallocated to each frame (for real timeoperation should be set to the reciprocal ofthe frame rate)Single Time Step (default=50m): controltime of single step animationMax Spice Time Step (default=25m):Maximum time step used by SPICE

If Simulation run to slow or to fast try to

adjust these parameters 58




By default Digital Simulation can run up toseveral MHz and analog Simulation onlyrun 10-20kHz

Running Digital circuit in analog domainwill consume the CPU resource (Needsome trick!)

Analog / Digital Simulation

59




If there is any Error in data display

60




How we Study?Simple analysis using Virtual Instrument

Advance circuit Analysis

61



Simulation Program andCircuit AnalysisCreating New Schematic Design

Percobaan 1 ( Pengukuran



Percobaan 1 ( Pengukuran Tegangan dan Arus)


TeganganBaterry12 Volt

SWITCHSAKLAR ON/OFF AMPEREMETER

LAMPU12 V/ 24WATT

VOLTMETER





1. Pertama Klik Pada PICK DEVICES2. Isi nama – nama komponen mulai

1. Battery

2. Lamp3. Switch

3. Klik pada VIRTUAL INSTRUMENT MODEdan diambil Tool Pengukuran seperti :

1. DC Voltmeter2. DC Ammeter

4. Klik Pada TERMINAL MODES :

1. Ground TEKNIK ELEKTRO ISTTS (C)2009 64





Kemudian KlikPada Sistem padaSet Animation

OptionMuncul AnimatedOption, dicentangShow Wire Voltage

by Colours danShow Wire CurrentWith Arrows





Apabila diinginkanbackground hitam,bisa menggunakan

Klik Tamplate danbawa ke Load StylesDesignOpen “Samples” dan

di klik di “InteractiveSimulation” dan klikanimated circuits”Pilih “AC1”


B112V

Amps

+0.50

L112V

Volts

+11.9





Dengan Perhitungan :


120.5

24

V I

R I Ampere

Percobaan 2 (pengukuran voltage



Percobaan 2 (pengukuran voltagedivider)


TeganganBaterry12 Volt

Resistor 1100 Ohm

Resistor 2100 Ohm

Resistor 3300 Ohm

VOLTMETER 1

VOLTMETER 2

VOLTMETER 3





Pertama PICK DEVICES yaitures.ieee Untuk ResistorBattery Untuk Sumber Daya DC

Klik pada VIRTUAL INSTRUMENT MODEdan diambil Tool Pengukuran seperti :DC VoltmeterDC Ammeter

Klik Pada TERMINAL MODES :Ground







R1100

R2100

R3200

B1

12V

Volts

+3.00

Volts

+3.00

Volts+6.00






1

1

1 2 3 R Sumber

RV V

R R R

1

100

12 3100 100 200 RV Volt

2

10012 3

100 100 200 RV Volt

3

20012 6

100 100 200 RV Volt



Percobaan 3 (Hukum Kirchoff)


R1

5

R2

5

R32

Amps

+1.00 Amps

+1.00

A m

p s

+ 2 . 0 0

B110V

B210V

A

B

C

D F

E

I1 I2I3

I3I2I1

r2= 1Ohm

r1=1 ohmi1 i2



Percobaan 3 (Hukum Kirchoff) Pertama PICK DEVICES yaitu

res.ieee Untuk ResistorBattery Untuk Sumber Daya DC

Klik pada VIRTUAL INSTRUMENT MODEdan diambil Tool Pengukuran seperti :DC Ammeter

Klik Pada TERMINAL MODES :Ground

Untuk Battery di klik 2 x dan diisi “INTERNAL RESISTANCE” = 1




Percobaan 3 (Hukum Kirchoff)

Σ Imasuk = Σ IkeluarI1 + I2 = I3 atau I1 = I3 – I2 atau I2 =

I3 – I1 ………(Persamaan -1)loop C-A-B-D-C:

ε1 + ( r1 + R1) + I3.R3 = 0– 10 + 6 I1 + 2 I3 = 0 …………( persamaan -2)

loop F-E-A-B-F:ε 2 + I2 (r2 + R2) + I3 . R3 = 0– 10 + 6 I2 + 2 . I3 = 0 ……….( persamaan – 3)


0 IR



Percobaan 4 (Penggunaan AC)




Percobaan 4 (Penggunaan AC) Pertama PICK DEVICES yaitu

res.ieee Untuk ResistorVsine Untuk Sumber Daya ACCap Untuk Capacitor

Inductor Untuk Inductor Klik pada VIRTUAL INSTRUMENT MODE dan diambil ToolPengukuran seperti :

AC VoltmeterAC Ammeter

OscilloscopeKlik Pada TERMINAL MODES :

GroundKlik Pada TERMINAL MODES :

Ground TEKNIK ELEKTRO ISTTS (C)2009 78





1 2 3





V1VSINEVA=40FREQ=160

C1

50uF

R130

AC Amps

+1.11

AC Volts

+29.9L160mH



Oscilloscope




Counter Timer





Signal Generator




Example



Simulation Program andCircuit AnalysisProteus VSM

Sweep Analysis




DC SweepDC independent Source value is swept




Example



DC SweepPertama diambil dari generator mode dandipilih yang DCKemudian pada DC Generator

Properties yang dimana sebelumnya dicawang “Hide Properties” diganti dengan “Manual Edits” dansebelumnya properties {VALUE=0}menjadi VALUE=V




DC Sweep




DC SweepSetelah itu klik “Current Probe Mode”untuk pengecekan,Kemudian dipasang diode ke arah ground

Kemudian pada “graph mode” dipilih DCSweep




DC Sweep


D1(A)VALUE=V

D1

1N4001

I1



Tampilan DC Sweep




AC Sweep(Frequency Sweep)




Digital Circuit ( Counter)




Digital Circuit ( Traffic Light)


CLOCK

1Hz

D

CLK

Q

Q

U1

DTFF

D

CLK

Q

Q

U2

DTFF

U3

AND



Microcontroler Circuit


XTAL24

RST1

P1.0 12

P1.1 13

P1.2 14

P1.3 15

P1.4 16

P1.5 17

P1.6 18

P1.7 19

P3.2/INT06

P3.3/INT17

P3.4/T08

P3.5/T19 P3.0/RXD 2

P3.1/TXD 3P3.711

XTAL15U1

AT89C2051

VCC

C1

30pF

C2

30pF

X1CRYSTAL

R1100

VCC

C310uF





Dengan di klik 2 x pada IC AT 89C2051 Maka dengan Program FileDapat mengambil Hex dari Program yang telah dibuat





Maka setelah di compile maka keluar HEX

tutorial proteus isis_opt

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