Pulses Waveform Characteristic diagram explained

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📉⚡ Pulses Waveform Characteristics Diagram Explained | Easy Breakdown!

Pulse waveforms are the heartbeat of digital electronics — fast, sharp, and packed with information!
This diagram reveals how each characteristic defines the speed, accuracy, and reliability of digital signals.

👉 Pulse Width: The duration of the HIGH state — controls timing & switching speed.
👉 Rise Time: How fast the signal jumps from LOW to HIGH — crucial for high-speed circuits.
👉 Fall Time: Time taken to drop from HIGH to LOW — affects clean switching.
👉 Amplitude: The voltage level of the pulse — decides signal strength.
👉 Duty Cycle: Ratio of ON time to total time — important in PWM, motors & LED dimming.
👉 Repetition Rate (Frequency): Number of pulses per second — defines data speed.

These characteristics shape everything from microcontrollers and sensors to communication systems, making pulse waveforms the foundation of all modern digital tech! 🔥📡

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