What effect do extreme temperatures have on lidar systems?

Extreme temperatures can significantly disrupt the functionality of lidar systems. These systems typically rely on precise electronic components and sensors, which can be adversely affected by both high and low temperature extremes. For instance, high temperatures can lead to overheating of sensitive circuitry, causing erratic behavior, signal degradation, or even complete failure of the system. Conversely, extremely low temperatures can affect component performance, potentially resulting in slower response times or reduced accuracy in measurement. Hence, maintaining operational temperatures within the manufacturer's specified range is crucial for ensuring the reliability and accuracy of lidar data collection.

In contrast, other options suggest either improvements or specific limitations that do not accurately reflect the general impact of temperature on lidar performance. While battery life may be influenced by temperature, it is just one aspect of a broader range of functionalities that can be affected, thus not fully encapsulating the potential issues that extreme temperatures pose to the entire system.