Trigger slope The trigger slope determines whether triggering occurs on the rising edge or the falling edge of the input signal. Benefits: enables precise edge selection to capture exactly when the signal changes, reducing missed events and improving measurement reliability. Trigger modes There are three trigger modes: automatic mode, normal mode, and single mode. Automatic mode runs continuously, providing ongoing triggering for live monitoring. Normal mode triggers when the defined condition is met, suitable for steady observation and repeated events. Single mode triggers once when the condition occurs and then stops, ideal for capturing a single transient event. Benefits: flexible capture options to suit continuous monitoring, regular events, or isolated occurrences. Indicator light Indicator light shows when sampling is actively running. Benefits: quick ataglance status verification without needing to read the display, helping you confirm the instrument is capturing data. Trigger level For repetitive signals, the trigger level remains stable and easy to observe. For singleshot signals, the trigger level captures the event as it occurs, enabling precise timing analysis. Benefits: reliable trigger positioning for both continuous and oneoff signals, improving the accuracy of measurements. Use scenarios Debugging periodic waveforms such as PWM or clock signals to verify timing, duty cycle, and edge consistency. Capturing transient events or glitches, such as a power spike or brief disturbance, for postevent analysis. Analyzing edge timing on digital interfaces to confirm proper synchronization and timing relationships between signals. Key attributes at a glance Function: edgebased triggering, multiple capture modes, visual sampling status, and stable or eventdriven trigger level display. Performance: supports precise edge selection, flexible capture modes, and reliable visualization of sampling activity. Practicality: suitable for continuous monitoring, targeted singleevent capture, and detailed timing analysis across common measurement tasks.