"4	ELECTROMAGNETIC EFFECT MODELLING STRATEGY

This section presents a detailed description of Electromagnetic Environmental Effects (E3) and outlines the overall approach for modeling these effects. E3 includes various phenomena such as High-Intensity Radiated Fields (HIRF), Lightning, and Electrostatic Discharge (ESD), all of which significantly impact the performance and reliability of electronic systems.

The assessment follows a systematic methodology characterized by the following elements:

4.1 	Analysis Concept Description

The analysis employs a structured framework that integrates simulations and empirical calculations to evaluate the susceptibility of the equipment to diverse E3 effects. Critical components are identified, and their interactions within the electromagnetic environment are analyzed.
4.2 	Analysis Pyramid

The assessment is organized into a hierarchical structure known as the analysis pyramid, comprising three levels:
•	Equipment Box Level: This level involves a high-level evaluation of the overall system's electromagnetic compatibility, considering the complete assembly and associated shielding measures.
•	Subcomponent Level: This level focuses on the analysis of individual components deemed critical to the system's performance, examining interactions with electromagnetic fields.
•	PCB Level: This level entails a thorough examination of printed circuit boards (PCBs), addressing layout, component placement, and shielding effectiveness to identify specific vulnerabilities.
4.3 	Analysis and Calculation Tools
A variety of specialized tools facilitate the analysis, including:

•	CST Studio Suite: Utilized for simulating electromagnetic fields and interactions.
•	ANSYS: Applied for analysis and design validation.
•	MATLAB: Employed for data processing, custom simulations, and statistical analysis. Validation data derived from previous studies and historical project outcomes substantiate the reliability and accuracy of these tools.
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4.4 	Numerical and Calculation Methodes
Several numerical methods are employed to conduct the analysis effectively. Key methods include:

•	Finite Element Method (FEM): This technique models complex geometries and material properties, allowing for precise simulations of electromagnetic interactions.
•	Method of Moments (MoM): This method applies to problems involving antennas and scattering, providing insights into the interaction of electromagnetic waves with objects.
•	Statistical Methods: These methods assess variability in E3 effects and predict potential vulnerabilities under varying environmental conditions.

The structured approach ensures a comprehensive evaluation of E3 effects on the system, facilitating informed decision-making and enhancing electromagnetic compatibility.
5	ANALYSIS CONDITIONS

This section provides a comprehensive definition of the sources, waveforms, and frequency ranges associated with each Electromagnetic Environmental Effect (E3) relevant to the conducted tests according to MIL-STD-461G and MIL-STD-464C standards. The detailed plans, procedures, methodologies, and acceptance criteria for these tests are elaborated in the ‘PL-ARGE-001-0044 E3 Control Plan’ documents.
6	E3 ANALYSIS REPORTS

This section presents a detailed examination of the E3 analysis results, encompassing the following elements:

6.1 	E3 Analysis Results Presentation

•	Data Visualization: To enhance the understanding of the E3 analysis results, graphs, tables, and diagrams will be utilized. These visual tools will highlight key points within the analyzed data, providing the reader with a clear perspective on the results.
•	Summary Tables and Graphs: The results will be presented through subject-specific data-driven tables and graphs, facilitating comparative assessments. This approach allows for easy evaluation of different metrics and performance indicators.
6.2 	Evaluation of Results

•	Outcome Analysis: This part provides an in-depth examination of the analysis results, identifying the impacts of each E3 source on the system and determining the potential risks associated with these effects. Each E3 phenomenon's influence will be articulated clearly, highlighting areas of concern.
•	Comparative Assessment: A comparison of the current analysis results with historical data and established standards will be conducted to validate the accuracy and reliability of the findings. This cross-referencing strengthens the credibility of the results.
•	Recommendations and Improvement Suggestions: To promote effective management and mitigation strategies, this section will discuss technical and operational measures that can be adopted based on the analysis results. These insights will serve as guiding principles for both the development of the current system and future projects.

The analysis results will facilitate the evaluation of the system's and devices' adaptability to electromagnetic environmental conditions.
7	CONCLUSIONS

This section presents the assessment of the E3 analysis results and defines the associated risks.

7.1 	Assesment of E3 Analysis Results

The E3 analysis results demonstrate a comprehensive understanding of the electromagnetic environmental effects on the system. The data visualizations, including graphs, tables, and diagrams, effectively highlight key insights from the analysis, facilitating a clear comprehension of the outcomes.

The summary tables and graphs have provided a structured approach to evaluating the results, allowing for easy comparisons across various parameters. This method of presentation has ensured that the analysis is not only accessible but also actionable for decision-making processes.

7.2 	Definition of Risks

The in-depth examination of the results has identified potential risks associated with each E3 source's impact on the system. Specific vulnerabilities were noted, particularly in areas where emissions and susceptibility thresholds approached critical limits.

Areas requiring further mitigation strategies have been outlined, emphasizing the importance of proactive measures to enhance electromagnetic compatibility.

To ensure effective management and risk reduction, technical and operational recommendations have been proposed. These suggestions aim to improve system resilience and inform future projects, thereby contributing to the overall robustness of the equipment against electromagnetic environmental challenges.

In conclusion, this section highlights the critical role of E3 analysis in understanding electromagnetic effects and developing appropriate intervention strategies. The results facilitate an evaluation of the system's adaptability to electromagnetic environmental conditions, guiding future improvements and ensuring compliance with relevant standards.
8	APPENDIX
This section contains features of the equipment pertaining to E3 protection aspects. The following elements are included:

8.1 	Diagram of Equipment Interface Details Relating to Electromagnetic Hazard Protection

•	Interface Diagram: Diagrams will be presented to illustrate the electromagnetic hazard protection mechanisms of the equipment. These diagrams visualize the connections and integrations among various components of the equipment, providing a clear representation of how E3 protection measures are implemented.

•	Connection Points: Specific connection points for each piece of equipment will be detailed to demonstrate how E3 protection measures are integrated. Particular emphasis will be placed on the protective measures implemented on signal and power lines, highlighting their role in maintaining electromagnetic compatibility.
8.2 	Internal and External Grounding and Bonding Issues Relevant to Signal Inputs and Outputs and Power Lines

•	Internal Grounding: The internal grounding techniques used in the equipment design will be examined and supported by grounding schematics. This ensures that the equipment has robust internal protection against electromagnetic interference.
•	External Grounding and Bonding: Attention will be given to the external grounding procedures of the equipment and the integrity of its connections. Methods for ensuring safe bonding between electrical systems and other equipment will be detailed, reinforcing the overall safety and efficacy of the E3 protection measures.
•	Critical Connections: An assessment of signal inputs and outputs, along with power lines in relation to E3 protection, will be conducted. Necessary improvements will be specified, particularly addressing any weak grounding or connection issues, and solutions will be proposed to enhance protection.

This appendix provides a comprehensive guide for engineers and designers by detailing how E3 protection measures are applied within the equipment and outlining additional precautions that should be taken to enhance their effectiveness."
Bu şekilde e3 analysis dokumanı yazdım. Fakat 28V, 270V batarya ve charger için bu dokuman ortak olacak. Ve Tasarımları yapılan bu 3 proje içinde her hangi bir analiz ve simulasyon programı kullanılmadı. 3 projeninde emi filtre devreleri belli hesaplara göre yapılarak tasarlandı. Kapasitör, bobin ve direnç gibi pasif devre elemanları ile filtreler tasarlandı. Şimdi senden Bu 3 proje içinde dokumanın ilgili yerlerine filtre tasarımının hesapla yapıldığını belirtmeni istiyorum. Dokumanda simulasyonla ilgili olan başlıkları kaldırabilirsin, çünkü herhangi bir simulasyon kullanılmadı. Hesapların nasıl yapıldığına dair detay bilgiler vermene gerek yok. O bilgiler için ilgili yerleri boş bırak. Ben doldururum.