Spaichinger Schallanalysator

Introducing Spaichinger Schallanalysator, a free and privacy-compliant sound analysis app designed for science education. With a detailed operating manual and experiment instructions, this app is perfect for conducting acoustics and mechanics experiments. It features 9 windows, including a storage oscilloscope, frequency spectrum, fundamental frequency, doubletone generator, pulse generator, noise light, effective sound pressure, sound pressure level, and A-weighted sound pressure level. You can conduct sound studies using the included wave recordings of musical instruments, and measurements can be saved, opened, and sent as a wave file. The app also allows for playback and analysis of recordings, making it easy to tune musical instruments accurately. While the built-in microphones may not provide the most accurate results, the sound level values are still helpful for physics lessons. Download Spaichinger Schallanalysator now to enhance your science education experience!

Features of this App:

• Detailed operating manual: The app provides a detailed operating manual, making it easy for users to navigate and understand how to use the app effectively.
• Experiment instructions: The app offers many experiment instructions for acoustics and mechanics experiments, providing users with a hands-on learning experience.
• Compatibility with older devices: The app has a version specifically designed for older devices (version -2), ensuring that users with older devices can still access and use the app.
• 9 different windows: The app features 9 windows that can be displayed as single or double windows, allowing users to view and analyze different aspects of sound analysis, such as storage oscilloscope, frequency spectrum, fundamental frequency, double tone generator, pulse generator, noise light, effective sound pressure, sound pressure level, and A-weighted sound pressure level.
• Sound recording and playback: The app allows users to record sounds, save them, and play them back while simultaneously displaying all the relevant values and measurements.
• Tuning assistance for musical instruments: The app accurately determines the fundamental frequency of a sound, displays the associated musical note, and provides the frequency of the note that is closest to the fundamental frequency, making it easy to tune musical instruments with precision.

Conclusion:

The Spaichinger Schallanalysator App offers a wide range of features for sound analysis and science education. With its detailed operating manual, experiment instructions, and compatibility with older devices, it provides an accessible and comprehensive experience for users. The app's various windows and measurement capabilities allow for detailed analysis of sound, while the included sound recordings of musical instruments and tuning assistance feature make it a valuable tool for musicians. Although the accuracy of the built-in microphones may not be perfect, the app still provides helpful sound level values for educational purposes. Overall, this app is a reliable and user-friendly choice for sound analysis and education.