Heartbeat Simulator [work]

# T wave def t_wave(t_center, t): return 0.35 * np.exp(-((t - t_center)**2) / (0.1))

When looking for or designing a heartbeat simulator, these are the standard features included: PULEIDI Heartbeat Simulator for Heartbeat Dog Toy for Puppy heartbeat simulator

void loop() // Output one heartbeat cycle for (int i = 0; i < sizeof(ecgWaveform); i++) analogWrite(9, ecgWaveform[i]); delay(10); // 10ms steps = 100Hz update # T wave def t_wave(t_center, t): return 0

beat_interval = 60 / bpm for i in range(int(duration / beat_interval)): center = i * beat_interval + 0.2 # offset to place QRS ecg += qrs(center, t) ecg += p_wave(center - 0.15, t) ecg += t_wave(center + 0.3, t) # T wave def t_wave(t_center

A is an electronic device or software algorithm that replicates the rhythmic electrical and mechanical activity of a human heart. It is not a medical device for diagnosis but a training, testing, or demonstration tool.