26260

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So-called 26260 is a standard for assessing reliability and safety of hardware, software and combination of both, as defined by International Electrotechnical Commission (IEC). It is widely used in industries like aerospace, automotive, energy, rail, medical and military. This standard establishes the basic principles and requirements for safety-related systems that protect people, property or the environment.

The 26260 standard is divided into a number of parts, each focusing on a different aspect of reliability. Generally speaking, the standard defines reliability as the ability of a system to remain in the intended state without the need for repair, maintenance, or replacement. This implies that the system should be able to withstand normal stresses as well as unforeseen events and still operate in its intended state.

In terms of the underlying application field, 26260 is used to assess the reliability and safety of both hardware and software. It is recognized in a range of industries, such as automotive, aerospace, energy, rail, medical, and military, as the benchmark for assessing safety and reliability. The use of this standard is growing, as it provides a comprehensive framework for assessing the reliability and safety of systems.

The basic principle behind the 26260 standard is that a system can remain in its intended state without the need for repair, maintenance, or replacement. This principle is based on the idea that a reliable system should be able to withstand normal operating stresses and unforeseen events, and still remain in its intended state.

The standard defines various principles that must be followed in order to ensure that a system remains in its intended state. These principles include risk management, design assurance, validation and verification, and defect management. In other words, the standard requires that a system be designed, manufactured, operated and maintained in accordance with recognized good engineering practices.

Furthermore, the standard requires that any system designed and manufactured according to the standard should adhere to the highest levels of quality. In order to ensure that the system meets the requirements of the standard, manufacturers should use a comprehensive quality control system that includes inspection, testing, and monitoring. Finally, the system should be regularly monitored and evaluated in order to identify and address any issues.

The 26260 standard also provides specific guidance on how to identify and assess risks in a system. It includes advice on how to develop a risk assessment plan, how to identify hazards and ways to mitigate risks. In addition, it outlines the processes for validating and verifying a system, as well as determining whether defects are sufficiently identified and addressed.

In conclusion, 26260 is becoming an increasingly important and widely adopted standard in a range of industries. It provides a comprehensive framework for assessing the safety and reliability of systems and ensures that systems are designed, manufactured, operated and maintained in accordance with recognized good engineering practices. The standard is also important in terms of defining the principles and requirements for safety-related systems, and for identifying and assessing risks and defects.

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