circuit simulation using pspice
DESCRIPTION
Circuit Simulation using PSPICE. PSPICE Seminar. Sequence. Introduction to PSPICE Libraries Simulation methods Fundamental Circuit Simulations Power Electronics Applications. Introduction to PSPICE. History of SPICE - PowerPoint PPT PresentationTRANSCRIPT
1
Circuit Simulation using PSPICECircuit Simulation using PSPICE
PSPICE Seminar
2
- Introduction to PSPICE- Libraries - Simulation methods- Fundamental Circuit Simulations- Power Electronics Applications
Sequence
3
Introduction to PSPICE
■ History of SPICE▶ Spice(Simulation Program with Integrated Circuit Emphasis) –
1972 from California Univ. For Workstation, etc
▶ PSpice(Professional Simulation Program with Integrated Circuit Emphasis) – 1984 from MicroSim Co.
Usable in Personal Computer
▶ PSpice v5.2 – 1992▶ PSpice v6.0 – 1993▶ PSpice v6.2, v6.3 – 1995▶ PSpice v7.1 – 1996
4
▶ PSpice v8.0 - 1998▶ ORCAD PSpice Release v9.0 – 1998 from OrCAD Co.▶ ORCAD PSpice Release v9.1 - 1999 from OrCAD Co.
Currently, Pspice Version 9.2 is used for circuit anal
ysis.
5
Using OrCAD version PSPICE
6
Using OrCAD version PSPICE
7
Using OrCAD version PSPICE
8
Using OrCAD version PSPICE
9
Using OrCAD version PSPICE
10
Using OrCAD version PSPICE
11
Using OrCAD version PSPICE
12
Libraries
■Voltage Sources▶ DC Voltage Source
▶ AC Voltage Source VSIN
VOFF – DC Offset Voltage
13
Libraries
VPULSE
14
Libraries
■Current Sources▶ Similar method with Voltage Sources
15
Libraries
■Elements specification change▶ Example
16
Libraries
▶ Result
Is it right?
17
Libraries
18
Libraries
19
Libraries
▶ Result
20
Libraries
■ABM(Analog Behavioral Modeling)
▶ Enable element mathmatical modeling▶ Controller design▶ Simple modeling▶ using ABM.OLB
21
Libraries
■Example
22
Libraries
▶ Result
23
Simulation Methods
■DC Sweep▶ Variable element value
24
Simulation Methods
■Example
25
Simulation Methods
■AC Sweep▶ Variable source frequency
It is measuable frequency response.
26
Simulation Methods
■Select Marker
27
Simulation Methods
■Bode plot
28
Simulation Methods
■ Parametric Analysis▶ Circuit Drawing
In parametric analysis mode, element value variable must be input in { } .
29
Simulation Methods
▶ Define Parameter Value
30
Simulation Methods
31
Simulation Methods
32
Simulation Methods
▶ Define Simulation Profile
33
Simulation Methods
▶ Result
34
Fundamental Circuit Simulations
■Single phase diode rectifier
35
Fundamental Circuit Simulations
■RMS▶ Step 1 :
36
Fundamental Circuit Simulations
▶ Step 2: Select RMS() in Right EDIT BOX
37
Fundamental Circuit Simulations
▶ Step 3: Select waveform variable
38
Fundamental Circuit Simulations
▶ RMS value of Voltage Source : 220V▶ Peak value of Voltage Source : 311V
39
Fundamental Circuit Simulations
■Power Calculation (resistor power calculation example)
40
Fundamental Circuit Simulations
41
Fundamental Circuit Simulations
■Waveform calculation▶ Resistor power calculation
Pr = Vr * Ir
42
Fundamental Circuit Simulations
43
Fundamental Circuit Simulations
■Parallel capacitor
44
Fundamental Circuit Simulations
■Voltage doubler
45
Power Electronics Applications
■Full wave rectifier
46
Power Electronics Applications
47
Power Electronics Applications
■3 Phase diode rectifier
48
Power Electronics Applications
49
Power Electronics Applications
■PWM Block & Ideal switch modeling
50
Power Electronics Applications
▶ PWM Implementation
51
Power Electronics Applications
▶ Using ideal switch
52
Power Electronics Applications
■Single phase full bridge inverter
53
Power Electronics Applications
▶ (S1,S3) , (S2,S4)
54
Power Electronics Applications
▶ Load voltage
55
Power Electronics Applications
▶ Load current
56
Power Electronics Applications
▶ Freewheeling diode current(D1)
57
Power Electronics Applications
■Example
58
Power Electronics Applications
▶ Capacitor & Load RMS current
59
Power Electronics Applications
▶ Capacitor ripple voltage