Simulink Push-Pull Converter Model

@engrusmanfaiz

I can develop a runnable Simulink model of a Push-Pull DC-DC converter focused on functional simulation for lab use. The model will include two MOSFET switches, transformer block, diodes, and LC output filter with resistive load. All key parameters such as input voltage, duty cycle, and transformer turns ratio will be fully adjustable. Subsystems will be clearly labeled for transformer, switching stage, and output filter for easy understanding. Scopes will be added to observe primary current, switching node waveform, and output voltage behavior. The model will run directly in MATLAB R2025b without errors. I will also provide a setup script for quick parameter changes and experimentation. Simulation will demonstrate expected voltage conversion trends under varying duty cycles. Deliverables include the .slx file and brief explanation notes for lab use.

@markoa7

As an electronic hardware and firmware engineer specialising in innovative and high-quality solutions, I can design a runnable MATLAB/Simulink file that perfectly captures the core behaviour of your Push-Pull DC-DC converter. I thoroughly understand the difference between academic simulation and practical practice, and will ensure the functional representation of key power-stage elements meets your requirements while enabling you to experiment quickly during lab sessions. With extensive experience in PCB design and development, I can create the transformer and switches subsystems exactly as you need them, labelled clearly for easy understanding and use. Particularly, my proficiency in power supply circuits will be invaluable in modelling the transformer, switching devices, diodes plus R(load), and L & C filter accurately while keeping details functional – with no inclusion of temperature coefficients or parasitic extraction unless necessary. In line with this, I guarantee that you'll be able to open the model in R2025b or newer, hit Run, and reproduce included waveform capture with ease; adjusting duty cycle and turns ratio without any errors. Choosing me will ensure you get a cost-effective solution without compromising performance or deadlines. Let's talk about transforming your ideas into reality!

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of experts with substantial background in ELECTRICAL and ELECTRONICS Engineering working on MATLAB programming and SIMULINK Modelling, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  Digital Signal Processing | Filter design | Fourier analysis  Image Processing | Object Detection | Image Segmentation | Feature Extraction  Control systems | PID Controller design | Observer design  Power Systems | AC-DC Hybrid Micro-grid | Fault detection | Energy Management  Artificial Intelligence | Machine Learning | Python  Neural Networks | ANFIS | Fuzzy logic Also, we have good command over REPORT WRITING, we can show you many samples of our previous reports. We can discuss further details in the message box.

@khaliduom103

‎Hi i am an experienced Matlab and simulink developer and have did similar projects in this platform.i can help you in all such projects. ‎

@shadabkhan92

As an experienced electrical engineer and circuit designer, I've got the comprehensive skills necessary to take on your Simulink model for the Push-Pull DC-DC converter. My range of expertise spans across a multitude of technologies and systems, including the profound understanding of Matlab/Simulink that your project necessitates. From transforming motherboard designs to developing LLM integrations, and building models for predictive MLs, I have excelled at designing AI systems rooted in real-life production infrastructures. Drawing from my extensive hardware background as well as my knowledge in MQTT-connected sensor networks, I can guarantee you an in-depth circuit design that strikes a perfect balance between functionality and practicality. Another critical aspect of your project is the ability to incorporate AI within existing ERP workflows — this is where I shine brightest. Not only can I build a solid Simulink model but also integrate it into your system seamlessly, ensuring smooth communication between different components and maximum value extraction from your simulations. With me, it's not just about delivering the product but also its potential integration within larger ecosystems. Trust me with your project, and let's create an AI-powered simulation that grounds you firmly in reality while pushing the boundaries of experimentation.

@mohjib092

Hello, I can build a clean, runnable Simulink (.slx) model of a Push-Pull DC-DC converter with transformer, MOSFET switches, diodes, and LC filter, fully parameterized for input voltage, duty cycle, and turns ratio. You’ll get labelled subsystems, working scopes for key waveforms, plus a ready-to-run simulation compatible with R2025b+, along with brief explanations and verification results showing expected conversion behaviour.

@Specgi

Leveraging my extensive hands-on experience in Circuit Design, Electrical Engineering and vastly skilled in MATLAB software, I present myself as the ideal candidate for your Simulink Push-Pull Converter Model project. My profound understanding of the subject matter ensures that I'm knowledgeable about what you need, both functionally and parameter-wise. I can efficiently create a well-labeled and highly organized .slx file, featuring clearly defined subsystems for the transformer and switches, that'll give you ample room to conduct experiments during lab sessions. Additionally, my adeptness in MATLAB will enable me to create uncomplicated yet adequate scopes within the simulation model, which will allow you to easily monitor different waveform outputs, such as primary currents, secondary voltage and the switching node waveform.

@tayyabovgu

hi , I can help with this; I have experience of several years of making such models. please review and come back to discuss more

@divyam12345

Dear Sir/Madam, I have experience building power electronics models in MATLAB/Simulink, including DC-DC converters. I can create a clean, runnable Push-Pull converter model with all required components and parameters. I am confident I can deliver exactly what you need. Let’s connect in the chatbox to discuss the project further, including the budget and timeline. I am ready to work with you, please connect in the chatbox for further discussions. Thank You. Dr. Divya.

@Shahabijan

 I have a good experience with application of control techniques and automation strategies in matlab/Simulink, LABVIEW, GMWIN and PLCs along with in-depth knowledge of electronics, sensors and instrumentation etc. I am also supervising a project on the Design and implementation of environmental control system for poultry farms using PLC.  I am currently teaching piping and instrumentation diagram (P&ID) to the students of electrical engineering. Also discussed various plant models and their working involving temperature control, pressure control, flow control, heat exchanger based systems, mixing etc. The standard model ANSI/ISA S5.1-1984 (R1992) Instrumentation Symbols and Identification have been used as a reference.  Have good knowledge about the different types of sensors/transducers used and their accompanying signal conditioning. Have sufficient knowledge about the different kinds of valves and actuators along with the final control elements.  I have good idea about wiring diagrams for the different circuits and equipment and how to read and implement wiring diagrams. Types and uses of circuit breakers, relays, safety and timer based operation like bottle filling, conveyor belt, feedstock are also known to me.  I am also conducting lab for this course, which covers ladder diagram programming and is implemented on ED-4260 PLC Trainer. The PLC is GLOFA GM-4 and the software used to program it is GMWIN.

@sakshis576

As a seasoned professional in circuit design and electronics, I am confident in my ability to meet your needs for a Simulink Push-Pull Converter Model. Although my profile may highlight my skills in 3D modeling and design, these skills can easily be applied to the task at hand. My proficiency with MATLAB/Simulink and other software like Tekla, Abaqus and Rhino has allowed me to excellently deliver on simulation projects before. I ensure that your request for parameterization is met and that the lab sessions can be easily carried out with given options to adjust the values of crucial elements. I understand that your focus is more on fundamental understanding rather than deep physical accuracy, so I will create a model that prioritizes functionality while still demonstrating the core behavior of a Push-Pull DC-DC converter. Best regards, Sakshi masih

@ssumitkumar7800

Hello! I understand your need for a functional representation of a Push-Pull DC-DC converter in MATLAB/Simulink that can be easily parameterized for quick experimentation. As an experienced electrical engineer with strong circuit design skills, I have worked thoroughly with MATLAB/Simulink and have created several simulation models closely related to your requirements. I am confident I can provide you with a stable and robust .slx file comprehensively modeling the transformer, switches, diodes, R(load), L & C filters, encompassing various labeled subsystems, and featuring essential scopes to monitor critical waveforms. Best Regards Sumit

@engrhasan01

Are you looking for a clean, fully functional MATLAB/Simulink model of a Push-Pull DC-DC converter that you can easily tweak during lab sessions? I’m an Electrical Design Engineer with 5+ years of experience in MATLAB/Simulink modeling, power electronics, and converter design. I specialize in building clear, parameterized simulation models that are easy to understand, modify, and run without errors. Approach: I will develop a modular Simulink model with clearly labeled subsystems for the transformer and switching stage (dual MOSFET push-pull). The design will be functionally accurate, focusing on core behavior rather than parasitics. Key parameters like input voltage, duty cycle, and turns ratio will be fully adjustable via workspace variables. Scopes will be configured to monitor primary current, secondary voltage, and switching waveforms for analysis. Deliverables: • Runnable .slx file (R2025b compatible) • Structured subsystems (Transformer, Switching Stage, Output Filter) • Parameterized inputs for quick experimentation • Pre-configured scopes + waveform results • Answers to your conceptual/simulation questions • Simulation snapshot/data verifying expected conversion behavior Best regards, Hasan

@nichitav7

Hello, I can help you build a runnable MATLAB/Simulink model for the Push-Pull DC-DC converter. I understand that the goal is simulation practice, not a highly detailed physical converter model. I can create a functional Simulink model including the transformer, two MOSFET switches, rectifier diodes, load resistor, and LC output filter. I will also parameterize the input voltage, duty cycle, and transformer turns ratio so you can easily change them during lab testing. The model will include clear labeled sections or subsystems for the transformer and switching stage, and I will add scopes for observing primary currents, secondary voltage, and switching node waveforms. For delivery, I can provide: -A runnable .slx file compatible with MATLAB/Simulink R2025b or newer -Basic explanation and answers to your questions -Saved simulation data or waveform screenshots showing input step response and output tracking according to the expected conversion ratio Before starting, I would like to confirm one point: do you prefer the model to be built using Simscape Electrical blocks, or should it be made with standard Simulink blocks only? If Simscape Electrical is acceptable, I can make the model more natural and easier to understand as a power-electronics circuit. Best regards, Nichita

@ElecHamza

Hi, I will develop a functional MATLAB/Simulink model of a Push-Pull DC-DC converter featuring a parameterized transformer and dual MOSFET switching stage. The simulation will be designed for clarity and ease of use, allowing you to adjust the input voltage, duty cycle, and turns ratio through a central configuration block. I will include labeled subsystems and dedicated scopes to provide a clear view of your primary currents and switching node waveforms in real time. My solution will ensure full compatibility with R2025b and include verified simulation data that confirms the output tracks the expected theoretical conversion ratios. You will also receive a detailed technical report answering your specific design questions to support your laboratory research and analysis. Best regards

@alexsanderg3

Hi, The biggest challenge here is keeping the model simple enough for lab practice while still showing the real converter behavior clearly—switching action, transformer transfer, rectification, LC filtering, and output tracking. I have experience building MATLAB/Simulink power-electronics models for DC-DC converters, including MOSFET switching stages, transformer blocks, diode rectifiers, and scoped waveform validation. I can create a functional .slx model with labeled transformer and switching subsystems, parameterized input voltage, duty cycle, turns ratio, filter values, and load. I’ll also add scopes for primary currents, secondary voltage, switching node waveform, and output response. I’ll include saved waveform data or a screen capture showing input stepping and output following the expected conversion ratio. I can also answer the related questions clearly so the model is easy to explain in a lab setting. My goal is to deliver a run-ready R2025b-compatible Simulink file that is simple, stable, adjustable, and useful for hands-on converter simulation practice. Best regards.

@uzairelectronics

Hello, I can build a clean, fully runnable MATLAB/Simulink Push-Pull DC-DC converter model focused exactly on functional simulation and lab experimentation. Since your priority is practical behavior over deep non-ideal physics, I’ll keep the design straightforward while ensuring the core converter operation is accurate, adjustable, and easy to study. The model will include the essential power stage only: transformer, dual MOSFET switching stage, rectifier diodes, output LC filter, and resistive load. Input voltage, duty cycle, and transformer turns ratio will be parameterized for quick experimentation, allowing you to test conversion behavior easily during lab sessions. I will organize the .slx file with clearly labeled subsystems for switches and transformer, plus integrated scopes for primary current, secondary voltage, output voltage, and switching node waveforms. I can also include a step-input test case with waveform capture demonstrating expected conversion ratio performance. In addition, I’ll provide concise answers/explanations for your required questions so the model is not just runnable, but academically useful. My focus will be compatibility with MATLAB R2025b+, stable execution, and simple modification without block errors. The final result will be a practical educational model that runs immediately and supports fast parameter tuning for duty cycle and turns ratio analysis. Best regards, Engr. Muhammad Uzair

@batuhanakkova

Hi, As an Astronautical Engineer with a professional focus on deterministic modeling and power electronics integration, I am prepared to deliver a clean, functional Simulink model of a Push-Pull DC-DC converter. Why My Engineering Fits This Scope - I utilize Simulink for high-fidelity mission toolkits and control loop validation. I will build your model with the Simscape Electrical library. - I understand the importance of flexibility for experimentation. I will configure the model so that input voltage (V_in), duty cycle (D), and transformer turns ratio (N) are easily adjustable through workspace variables. - Drawing on my experience in professional technical audits, I will provide a model that is both functional and educational. I will include pre-configured Scopes to visualize primary currents, secondary voltages, and switching node waveforms. Proposed Plan - Building the two-switch push-pull primary side with a center-tapped transformer and a full-bridge or center-tapped secondary rectifier. - Designing the L-C output filter and resistive load to ensure clean output tracking. - Implementing the variable controls for duty cycle and turns ratio and setting up the diagnostic scopes. - Performing a verification simulation to capture the waveform data showing the converter stepping the input voltage as expected. When would you like me to begin the model architecture? Best regards, Batuhan Akkova

@chetanb382

Hi, I have a strong background in power electronics and simulation, and I can develop a clean and functional MATLAB/Simulink model of a push-pull DC-DC converter as per your requirements. I will create a well-structured model including transformer, MOSFET switching, rectification, and LC filtering, with adjustable parameters such as input voltage, duty cycle, and turns ratio. I will also include scopes to observe key waveforms and verify performance. The model will be easy to run and modify for your lab use. Timeline: 3 days Budget: $150 Looking forward to working with you.