Edge Rising

This function block is designed to detect a rising edge in a binary input signal. It outputs a signal when a transition occurs from False to True.

📥 Inputs

Boolean This input accepts a boolean signal, which will be monitored for rising edges.

📤 Outputs

Boolean This output delivers a True signal when a rising edge is detected in the input signal.

🕹️ Controls

This function block does not have any additional controls to interact with.

🎨 Features

Rising Edge Detection The block effectively identifies the transition from a low state (False) to a high state (True), marking it as a rising edge.

Single Signal Output Only outputs True once for each rising edge detected, helping to avoid multiple triggers for the same event.

📝 Usage Instructions

1. Connect Input: Link a Boolean input signal to the input socket.

2. Monitor Signal: The block will automatically evaluate the input signal. When it detects a rising edge (when the input goes from False to True), it will output True.

📊 Evaluation

When run, this function block continuously monitors the input signal. It emits a True output only when an edge rising event is detected, otherwise it outputs False.

💡 Tips and Tricks

Combining with Other Signal Blocks

This block can be effectively combined with other Boolean operations such as Not, And, or Or to create complex signal control scenarios based on rising edges.

Input Stability

Ensure that the input signal is stable before connecting it to this block. Unstable signals may cause false positives in edge detection.

🛠️ Troubleshooting

No Rising Edge Detected

If you're not observing the expected output when you think a rising edge should occur, check the input signal's stability and ensure it does transition clearly from False to True.

Sustained True Output

If you continuously receive True output when there should be no rising edge, ensure that the input signal does revert to False after being triggered. The block only resets its control bit when it sees a transition back to False.