Which of the following is an advantage of solid state technology?

Solid-state technology offers significant advantages in various applications, particularly in imaging. One of the main benefits is its utility in high-speed imaging applications. Solid-state devices, which include components like photodiodes and CCDs (charge-coupled devices), are designed to respond quickly to changes in light intensity. This capability allows for the capture of images at a much higher frame rate than older technologies.

Additionally, solid-state devices are generally more robust and reliable, requiring less maintenance than their analog counterparts. They are also typically smaller and lighter, making them easier to incorporate into various settings without taking up excessive space.

In contrast, the options relating to lower cost, larger size, and higher maintenance do not align with the typical characteristics and advantages of solid-state technology. Solid-state components tend to be more cost-effective due to their long lifespan and lower operational costs, they are usually compact rather than large, and they generally require less maintenance due to their durability and straightforward design. Thus, the accurate advantage of solid-state technology in this context is its suitability for high-speed imaging applications.