WHALETEQ Respiration Module

Enhanced Respiratory Simulation with the SECG 5.0 AIO Multi Vital Sign Simulator

When integrated with the SECG 5.0 AIO Multi Vital Sign Simulator, the respiration module expands the measurement range and improves the resolution of impedance respiratory signals. This allows engineers to simulate a broader range of testing scenarios, ensuring the accuracy and reliability of their products.

Enhanced Respiratory Simulation with the SECG 5.0 AIO Multi Vital Sign Simulator

Manufacturers of patient monitors face significant challenges in ensuring the accuracy of respiratory monitoring and detecting subtle changes in respiratory signals. To address these challenges, we have developed a respiration modulecompatible with the SECG 5.0 AIO Multi Vital Sign Simulator. This module expands the range and resolution of simulated impedance respiratory signals, enabling more comprehensive testing scenarios.

Expanded Simulation Range

Individual differences in baseline impedance values result in varying respiratory signals. The new respiration module extends the SECG 5.0 AIO’s simulation range:

  • Previous Range: 500Ω to 2500Ω
  • New Range: 100Ω to 4500Ω

This expanded range allows simulation of average human impedance values as well as extreme conditions, ensuring thorough product verification under diverse scenarios.

Improved Variability Resolution

By analyzing respiratory variability, such as changes in frequency and amplitude, it becomes possible to simulate and test a variety of respiratory patterns. The respiration module further enhances the SECG 5.0 AIO by:

  • Expanding respiratory signal variability to 10Ω
  • Providing a minimum step size of 0.05Ω within the range of 0.0Ω to 5Ω

This high resolution allows engineers to test patient monitors for their ability to detect subtle changes in respiratory signals, improving detection sensitivity and enhancing overall product performance.

Benefits

  • Comprehensive Testing: Simulates a wide range of baseline impedance values, from average to extreme.
  • Improved Sensitivity: High-resolution variability testing ensures accurate detection of subtle respiratory signal changes.
  • Enhanced Reliability: Helps engineers refine product accuracy for real-world scenarios.

By integrating this respiration module, the SECG 5.0 AIO Multi Vital Sign Simulator becomes an essential tool for manufacturers aiming to optimize respiratory monitoring in patient monitors and deliver reliable, high-performance products.

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Datasheet