Apollo SA-02-015 user manual Window structure, Detailed description of the On-Screen-Menu

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User Manual

DI170S01-A01

7.2.3Window structure

Input Timing

Main Menu

Info

Main

Menu

Exit Icon

Sub Menu

Sub MenuInfo

Icons

Available OSD controller boards

7.2.4Detailed description of the On-Screen-Menu

The following paragraphs describe the OSM main and sub-menus and the associated functions.

Adjusted menu items will be saved if:

the OSM is closed by selecting and confirming the Exit Menu icon

toggling the sleep mode with the Power Key

selecting the green smiley after Autoconfiguration in Color or Image menu

resetting the color value to sRGB default

DI170S01-A01

Rev 1

Page 13 of 16

Product No. : SA-02-015

May 23, 2005

 

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Contents DI170S01-A01 Table of Contents General Description Revision HistoryAbsolute Maximum Ratings Date Rev.No DescriptionAbsolute Ratings of Environment Symbol Min Max UnitInput Signal Description Unit Min Typical Max Remarks Electrical SpecificationMode HSync VSync LED red LED grn Power Consumption Nominal 1 CN6 DC Input 3 CN2 Key Connector2 CN1 Analog RGB Input Pin No Description RemarksMechanical Specification Back Side View Side View Side View Key Name and Function Operation GuideCMY OSD StructureDetailed description of the On-Screen-Menu Window structureColor DI170S01-A01 Brightness ContrastImage Autoconfiguration TypeTools & OSD Appendix Standard Timing Chart

SA-02-015 specifications

Apollo SA-02-015 is a cutting-edge spacecraft designed to enhance space exploration and research capabilities. This model stands out for its impressive array of features and technologies, combining advanced engineering with innovative design to achieve remarkable performance in various space missions.

At the heart of the Apollo SA-02-015 is its robust propulsion system, which utilizes a state-of-the-art liquid propulsion technology. This system provides exceptional thrust and maneuverability, enabling the spacecraft to execute precise orbital maneuvers and deep-space missions with ease. The propulsion system is complemented by an advanced fuel management system that increases efficiency and reduces waste, ensuring optimal performance during prolonged missions.

The structure of the Apollo SA-02-015 is built from lightweight composite materials that offer high strength-to-weight ratios. This design not only enhances the spacecraft's durability in the harsh conditions of space but also improves its fuel efficiency, allowing for greater payload capacity. Additionally, the spacecraft's thermal protection system is engineered to withstand extreme temperatures, ensuring that critical components remain functional during re-entry and prolonged exposure to space.

One of the hallmark characteristics of the Apollo SA-02-015 is its modular design. This feature allows for easy upgrades and maintenance, making it adaptable to various mission profiles. Each module can be customized to accommodate scientific instruments, habitats, or cargo, providing versatility for research missions, satellite deployment, and crewed flights.

In terms of communication technology, the Apollo SA-02-015 is equipped with advanced satellite communication systems that enable high-bandwidth data transmission between the spacecraft and mission control. This capability is crucial for real-time monitoring, data collection, and communication during missions, enhancing operational efficiency and mission success rates.

Furthermore, the spacecraft incorporates cutting-edge navigation and control systems, utilizing artificial intelligence and machine learning algorithms to optimize trajectory planning and execution. These technologies allow for autonomous operations, reducing the workload on mission control and increasing safety during complex maneuvers.

Overall, the Apollo SA-02-015 represents a significant advancement in spacecraft design and technology, paving the way for future exploration initiatives and scientific discoveries. Its combination of powerful propulsion, durable materials, modularity, and advanced communication systems makes it a key player in the next generation of space exploration endeavors.