What is the purpose of dip-switches and jumpers in systems?

Dip switches and jumpers serve a significant role in customizing the behavior of electronic systems and devices. By adjusting these components, users can enable or disable specific features, configure settings based on individual needs, or tailor the operation of the equipment to meet particular requirements. This customization can involve anything from modifying the operational modes of the device to configuring system addresses or controlling other functionalities that allow a device to integrate effectively within a larger system.

For example, in audiovisual equipment, dip switches may allow an installer to set specific parameters that control how the device interacts with other components, optimizing performance in a given environment. Likewise, jumpers can be used to set hardware configurations or to select which ports or features should be active. This flexibility is vital in ensuring that the equipment operates as intended within the context of its system.

The other options do not accurately reflect the primary function of dip switches and jumpers. Increasing power supply pertains to electrical configurations rather than behavioral adjustments. Enhancing security features typically requires software solutions or additional hardware not related to basic configuration switches. Changing display formats relates to video or graphics settings, which is more about digital signal processing than the physical configurations set by dip switches or jumpers. Thus, the correct answer reflects the fundamental purpose of these components in system integration