Multi-colored Noise Generator vs AMagScope - ELF-EMF Detector Uso & Estadísticas

"Multi-colored Noise Generator" is a new noise signal generator app that can generate various colored noises and octave-band noises. It can be used for various purposes such as sound masking, sound effects for tinnitus relief and sleep, reference sound source for sound equipment measurement, sound tuning, and sound insulation effect measurement for buildings. This app generates six types of color noise signal, white noise, pink noise, red noise, blue noise, purple noise, and gray noise. Furthermore, octave-band noise signals of various frequency bands can be generated by processing color noise signals with the 1/1 octave-band filter. For example, octave-band noise can be applied as a sound masking source to alleviate annoying environmental noise in office networking meetings or remote work, or when you want to concentrate on your work. If you play general white noise or pink noise, this is a little annoying because the frequency components in your signal are so wide. By adjusting the frequency range to cover only the frequency components of the ambient noise, you can achieve a less irritating noise reduction effect. Features: - Color noise generation: 6 types - white noise, pink noise, red noise (Brownian noise), blue noise, purple noise and gray noise. - Octave-band noise generation: 1/1 octave-band filter - 8 types, center frequency - 63Hz, 125Hz, 250Hz, 500Hz, 1kHz, 2kHz, 4kHz, 8kHz. Multi-band selection and simultaneous output is possible. - Frequency range: 20Hz - 20kHz. - Output level adjustment. - Stereo balance adjustment. - Background playback. Application examples: - Sound masking. - Sound effects for tinnitus relief and sleep. - Sound tuning. - Reference sound source for audio equipment measurement. - Sound source for architectural acoustics measurement. (sound insulation level measurement, room sound field distribution measurement, air sound insulation of buildings, sound insulation effect of windows, etc.) Note: - Octave-band noise is also useful to adjust the characteristics of the audibility of earphones or headphones. For example, by selecting the pink noise and playing the 1/1 octave band noise in the order of 125Hz, 1KHz, 8kHz of the center frequency, you can determine the intensity of each frequency band on the audibility. If you know the characteristic of frequency band, you will be able to adjust the earphone in the equalizer to your favorite sound easily. - When using this app with wireless communication such as Bluetooth or AirPlay, there may be cases that limitation of the playback frequency, lowering the output level and irregular noise, etc., may occur under the influence of wireless environment, communication equipment and communication state. Please note that this is not to guarantee that this application operates as configured specifications under the wireless communication. Please visit our iOS app support page for more information on this app.
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Concerned about magnetic fields in your home? Detect and measure them with this easy to read app scientifically designed for your device! This is an easy to use app to detect and measure 50Hz/60Hz alternating magnetic fields that could be present in your home generated by things like microwaves, hairdryers, electric space heaters, video game consoles, AC/DC power adapters and overhead power lines. WHAT MAKES THIS APP DIFFERENT? Static or constant magnetic fields like the Earth's magnetic field are less of a health concern than alternating magnetic fields. This app was designed to detect and measure alternating magnetic fields most commonly found in living spaces. These magnetic fields can be generated by electrical devices running on your home mains AC electricity. These alternating magnetic fields have a frequency of 50 or 60 Hz depending on your country. Studies of the health impacts of alternating magnetic fields as publicized by the International Agency for Research on Cancer (IARC), the World Health Organization (WHO), and by the International Commission on Non-Ionizing Radiation Protection (ICNIRP) has raised the awareness of alternating magnetic fields and generated interest in measurements of them in public and living spaces. The alternating magnetic fields you may encounter in your home can vary tremendously in strength depending on the device and your distance from it. This app measures the 50 or 60 Hz component of any alternating magnetic field with your device if equipped with a magnetometer. The detection and measurement of alternating magnetic fields is achieved by analyzing functuations in the magnetic field measured by the magnetometer in your device. Normally the magnetometer is used for measuring constant magnetic fields, for example in a compass application. In the presence of a sufficiently strong 50/60 Hz alternating magnetic field the magnetometer measurements fluctuates with time. These fluctuations can be detected and measured by a Fast Fourier Transform analysis. This proven scientific method is able to achieve a sensitivity down to about 0.1 micro-Tesla, much smaller than the Earth's magnetic field of about 40-60 micro-Tesla! The calibration of several different devices running this app was cross checked with a separate sensor that was tested using NIST traceable methods and instruments. The accuracy of these devices was found to be as good as 20%, however because the location of the magnetometer in each device is not known precisely the measurement you obtain may have a larger uncertainty like 50%. The main use for this app is to detect and measure 50/60 Hz alternating magnetic fields in public and living spaces. However this app is not a substitute for a professional magnetic field measuring device, and is for private or entertainment purposes only. This app does not work on an iPod or any device that does not have a magnetometer that is normally used for a compass application. The Watch App works on a Series 5+ and SE. Magnetometers in different devices operating under different conditions can produce poor quality input to this app, affecting the measurement accuracy. Please respect your device warranty, including operating it within Apple’s published guidelines. Apple, the Apple logo, iPod, iPhone, and iPad are trademarks of Apple Inc., registered in the U.S. and other countries. App Store is a service mark of Apple Inc.
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Multi-colored Noise Generator frente a AMagScope - ELF-EMF Detector: comparación de la clasificación

Comparar la tendencia de clasificación de Multi-colored Noise Generator en los últimos 28 días con AMagScope - ELF-EMF Detector

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Comparación de las clasificaciones Multi-colored Noise Generator frente a AMagScope - ELF-EMF Detector por países

Comparar la tendencia de clasificación de Multi-colored Noise Generator en los últimos 28 días con AMagScope - ELF-EMF Detector

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Multi-colored Noise Generator VS.
AMagScope - ELF-EMF Detector

28iciembre d, 2024