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PSPICE transformer - floating nodes and grounds | Forum for Electronics
PSPICE transformer - floating nodes and grounds | Forum for Electronics

Figure 12 from PSpice Modeling of Three-Phase Transformer | Semantic Scholar
Figure 12 from PSpice Modeling of Three-Phase Transformer | Semantic Scholar

PSpice Modeling of Three-Phase Transformer
PSpice Modeling of Three-Phase Transformer

Saadat's Website
Saadat's Website

Pspice circuit simulation results. (a) Main circuit of the generator... |  Download Scientific Diagram
Pspice circuit simulation results. (a) Main circuit of the generator... | Download Scientific Diagram

Pspice Model Editor - an overview | ScienceDirect Topics
Pspice Model Editor - an overview | ScienceDirect Topics

How to Create Transformer SPICE Models | PCB Design Insights EMA Design  Automation
How to Create Transformer SPICE Models | PCB Design Insights EMA Design Automation

PSPICE-FOR-TI: Searching for Center-Tapped Transformer - Simulation,  hardware & system design tools forum - Simulation, hardware & system design  tools - TI E2E support forums
PSPICE-FOR-TI: Searching for Center-Tapped Transformer - Simulation, hardware & system design tools forum - Simulation, hardware & system design tools - TI E2E support forums

LESSON 7: Additional Circuit Example 1 Transformer Circuit #pspice#orcad#cadence#tutorials  - YouTube
LESSON 7: Additional Circuit Example 1 Transformer Circuit #pspice#orcad#cadence#tutorials - YouTube

How to use and simulate 3 phase transformer on OrCAD / PSpice - YouTube
How to use and simulate 3 phase transformer on OrCAD / PSpice - YouTube

Modeling IF transformers in PSpice - Electrical Engineering Stack Exchange
Modeling IF transformers in PSpice - Electrical Engineering Stack Exchange

Using the Inductor Coupling Symbols | PSpice
Using the Inductor Coupling Symbols | PSpice

Transformer in PSpice - YouTube
Transformer in PSpice - YouTube

Figure 1 from PSpice Modeling of Three-Phase Transformer | Semantic Scholar
Figure 1 from PSpice Modeling of Three-Phase Transformer | Semantic Scholar

SPICE modeling of Magnetic Core from Datasheet - Page 10 of 10 - YouSpice
SPICE modeling of Magnetic Core from Datasheet - Page 10 of 10 - YouSpice

Using the Inductor Coupling Symbols | PSpice
Using the Inductor Coupling Symbols | PSpice

Orcad Pspice - Half Wave Rectifier Part name Source=VSIN  (VOFF=0,VAMP=220,FREQ=50) Resistance=R(R=0.001) Transformer=XFRM_LINEAR  (Coupling=0.05,i.e 20:1,(1/20=0.05), if primary is 20 volt then secondary  will be 1 volt) Diode=D1N4002 Capacitor=C (15mF ...
Orcad Pspice - Half Wave Rectifier Part name Source=VSIN (VOFF=0,VAMP=220,FREQ=50) Resistance=R(R=0.001) Transformer=XFRM_LINEAR (Coupling=0.05,i.e 20:1,(1/20=0.05), if primary is 20 volt then secondary will be 1 volt) Diode=D1N4002 Capacitor=C (15mF ...

Find V1 and V2 in the ideal transformer circuit shown | Chegg.com
Find V1 and V2 in the ideal transformer circuit shown | Chegg.com

Solved Use pSpice to model the transformer. Then fill out | Chegg.com
Solved Use pSpice to model the transformer. Then fill out | Chegg.com

PMP10835: How can I make a coupled inductor in "PSpice for TI" from two  uncoupled inductor? - Simulation, hardware & system design tools forum -  Simulation, hardware & system design tools -
PMP10835: How can I make a coupled inductor in "PSpice for TI" from two uncoupled inductor? - Simulation, hardware & system design tools forum - Simulation, hardware & system design tools -

PSPICE circuit schematic used to simulate sharpen leading edge of... |  Download Scientific Diagram
PSPICE circuit schematic used to simulate sharpen leading edge of... | Download Scientific Diagram

K_linear part description in Pspice - Electrical Engineering Stack Exchange
K_linear part description in Pspice - Electrical Engineering Stack Exchange

PSpice model of 21 MVA HTS transformer | Download Scientific Diagram
PSpice model of 21 MVA HTS transformer | Download Scientific Diagram

Implementation of Geometry Dependent Planar Inductor and Transformer Models  in Cadence PSpice | Semantic Scholar
Implementation of Geometry Dependent Planar Inductor and Transformer Models in Cadence PSpice | Semantic Scholar