Lifecycle Phase Revision Document - Technical Specification - English

1. Product Overview

This technical document provides comprehensive information regarding the lifecycle phase and revision history of a specified component or system. The core focus is on documenting the revision control process, ensuring traceability and consistency across different versions. The primary advantage of this structured documentation is the clear establishment of a version history, which is critical for quality control, maintenance, and compliance in technical and engineering environments. The target market includes engineering teams, quality assurance departments, and system integrators who require precise tracking of component revisions and lifecycle status for project management and regulatory purposes.

2. Technical Parameters Deep Objective Interpretation

The provided data indicates a consistent set of parameters repeated across multiple entries. This repetition suggests a standardized data structure for recording revision information.

2.1 Lifecycle Phase Parameter

The parameter LifecyclePhase:Revision is consistently set to : 3. This indicates that the documented item is in the "Revision" phase of its lifecycle, and the specific revision number is 3. In product development and manufacturing, a revision number tracks iterative changes, improvements, or corrections made to the design, documentation, or manufacturing process after the initial release. Revision 3 signifies this is the third major documented iteration.

2.2 Expired Period Parameter

The parameter Expired Period: is set to Forever. This denotes that this particular revision of the document or component does not have a predetermined expiration date. It is intended to remain valid indefinitely unless superseded by a newer revision. This is common for foundational technical documents or for components where the specification is considered final and stable.

2.3 Release Date Parameter

The parameter Release Date: is consistently 2014-12-02 15:00:59.0. This timestamp pinpoints the exact date and time when Revision 3 was officially released and came into effect. The precision to the second (59.0) is typical in version control systems and technical documentation management platforms to ensure unambiguous tracking and to resolve potential conflicts.

3. Grading System Explanation

While the provided PDF snippet does not contain traditional product grading (like wavelength bins), the structure itself implies a grading or classification system based on revision control. The key "grade" here is the Revision number. Different revisions represent different grades of maturity, feature sets, or corrected issues. All entries shown are classified under the same grade: Revision 3, with an eternal validity period, released at a specific moment in time.

4. Performance Curve Analysis

Performance in this context relates to the document's or component's lifecycle management performance. A conceptual analysis can be constructed:

Stability Curve: The declaration of an "Expired Period: Forever" suggests an expectation of long-term stability for Revision 3. The performance curve would be a flat, horizontal line, indicating no planned degradation or obsolescence of this revision's validity over time.

Release Frequency: The single, precise release date for all shown entries indicates a batch release or a synchronized update across multiple items or document sections. There is no curve of sequential releases visible in this snippet; it represents a single point-in-time event.

5. Mechanical and Packaging Information

This document is meta-information and does not describe physical mechanical properties of a component like dimensions or package type. The "mechanical" aspect here pertains to the structure of the data record itself. Each entry follows a rigid, repeatable structure: LifecyclePhase:Revision : [Number], Expired Period: [Value], Release Date: [Timestamp]. This structured format is the "packaging" for the revision information, ensuring consistency and machine-readability.

6. Assembly and Handling Guidelines

Guidelines for handling this information revolve around data management and version control practices.

6.1 Integration Parameters

When integrating this revision data into a larger system (e.g., a Product Lifecycle Management (PLM) or Enterprise Resource Planning (ERP) system), the key parameters to map are: Revision Number (3), Validity Status (Forever), and Release Timestamp (2014-12-02T15:00:59.0). Systems must be configured to recognize "Forever" as a valid indefinite status.

6.2 Storage and Handling Notes

Data Storage: This information should be stored in a secure, version-controlled database or document management system. The timestamp is crucial and must be preserved with its original precision.

Handling Precautions: Care must be taken not to alter the recorded values. Any change would constitute a new revision and must follow a formal change control process, resulting in a new entry with an updated revision number and release date.

7. Packaging and Ordering Information

The "packaging" in this context is the digital container for this data. It is likely part of a larger file (PDF, XML, database record) containing multiple such entries. The ordering information is implied by the revision number itself. To "order" or utilize this specification, one must reference the component or document ID along with "Revision 3". The release date serves as a unique identifier to distinguish it from other potential releases on the same day.

8. Application Notes

8.1 Typical Application Scenarios

• Quality Audits: Providing evidence of a fixed, traceable revision for a component used in a product.
• Manufacturing Instructions: Ensuring production lines use the correct revision of a part specification.
• Technical Documentation: Serving as the definitive reference for engineers designing with or maintaining a system that includes this component.
• Regulatory Compliance: Demonstrating controlled documentation and part history to regulatory bodies.

8.2 Design Considerations

Designers using a component at Revision 3 must note that its specification is considered final and unchanging (Expired Period: Forever). This offers stability for long-term product designs. However, they should also establish a process to check for the existence of any subsequent revisions (e.g., Revision 4) that might offer improvements or critical fixes, as the "Forever" status applies only to the validity of Rev 3, not a prohibition on newer versions.

9. Technical Comparison

A comparative analysis can be made between different lifecycle phases and revisions.

Revision 3 vs. Hypothetical Earlier Revisions (1, 2): Revision 3 is later in the sequence, implying it incorporates all changes and fixes from Revisions 1 and 2. Its "Forever" expiry may indicate it is the first revision deemed mature enough for indefinite use, whereas earlier revisions might have had limited validity periods.

Revision (Phase) vs. Other Lifecycle Phases (e.g., Prototype, Production, Obsolete): The "Revision" phase is specifically for managing changes within an active or mature lifecycle stage. It differs from "Prototype" (initial, unstable), "Production" (stable, released), or "Obsolete" (no longer supported). Being in the "Revision" phase suggests active maintenance and improvement.

10. Frequently Asked Questions (FAQs)

10.1 What does "LifecyclePhase:Revision : 3" mean?

It means the documented item is currently in its revision control phase, and this specific entry represents the third officially released version of its specification or data.

10.2 If the Expired Period is "Forever," does this mean the part never changes?

No. It means this specific revision (3) of the documentation is valid indefinitely. The component itself may have newer revisions (e.g., Revision 4) created in the future. "Forever" indicates that Revision 3 will not be automatically retired or considered invalid after a set time.

10.3 Why is the release timestamp so precise (down to the second)?

Precise timestamps are essential in version control systems to establish an exact order of events, especially when multiple revisions or documents are released in close succession. It prevents ambiguity and is crucial for automated systems that synchronize data.

10.4 How should I reference this information in my own documentation?

You should reference the component/document identifier along with the phrase "Revision 3, released 2014-12-02." This provides a complete and unambiguous reference.

11. Practical Use Cases

Case Study 1: Manufacturing Discrepancy Investigation. A factory finds a batch of products failing tests. Engineers check the part revision used (Revision 3, per this document) against the assembly instructions. They confirm the correct revision was used, ruling out a part revision mismatch and directing the investigation elsewhere (e.g., soldering process).

Case Study 2: Long-Term Service Agreement. A service company agrees to maintain equipment for 20 years. The equipment uses a component specified at "Revision 3, Expired Period: Forever." This gives the service company confidence that the specification for spare parts will remain stable and unchanged for the duration of the contract, simplifying logistics.

12. Principle Introduction

The principle demonstrated here is formalized Revision Control and Lifecycle Management. Revision control is a systematic approach to managing changes to documents, software code, or product specifications. It involves assigning unique identifiers (revision numbers) to successive versions, recording what changed, who changed it, and when. Lifecycle management defines the various stages (e.g., design, prototype, revision, production, end-of-life) a product or document goes through. The data snippet objectively shows the application of these principles: capturing the phase (Revision), the specific version (3), its validity (Forever), and its release point in time.

13. Development Trends

Trends in this field are moving towards greater automation and integration.

Automated Versioning: Systems increasingly auto-generate revision numbers and timestamps upon document check-in or engineering change order (ECO) approval, reducing human error.

Integration with Digital Thread: Revision data like this is becoming a node in a "digital thread" that links requirements, design (CAD), simulation, manufacturing, and service data, providing full traceability for each part revision.

Blockchain for Audit Trails: Emerging applications use blockchain technology to create immutable, decentralized audit trails for revision history, making the data even more tamper-resistant and trustworthy for high-compliance industries.

AI-Powered Change Impact Analysis: Artificial intelligence is being used to predict the impact of a revision change across complex systems, helping to manage the risks associated with introducing a new revision.

The objective trend is towards making revision control more seamless, traceable, and intelligent, directly supporting quality, efficiency, and compliance in complex engineering ecosystems.