When working with cameras for precise synchronization tasks, using triggers is highly recommended regardless of the camera type involved. Instead of operating in free-running mode, where the camera captures images autonomously, it’s essential to activate TriggerMode within your software interface.

Once triggered, the camera begins capturing images after an adjustable period known as TriggerDelay. This delay compensates for any system fluctuations or timing discrepancies—such as those caused by cabling issues or specific illumination technologies used in the setup. While most users will need to experimentally determine this optimal delay (as it varies based on components), note that the camera’s maximum allowable delay is typically specified in its datasheet.

Additionally, understanding when a camera can accept consecutive triggers is crucial for maintaining consistent capture rates without data gaps or lost frames. This capability depends heavily on both the camera model and sensor type used. To align with your application requirements, calculate the necessary frame rate needed by your project—this information helps refine settings like TriggerDelay, potentially limiting compatibility among certain sensors or cameras not meeting performance criteria.

Last Updated: 2025-09-04 22:57:52