Free sounds software for pda

Install PowerToys and choose from a variety of different applications bundled in one package. Users will enjoy programs such as Pocket Registry Editor, Flight Scheduler, Business Cards, Quick Start Menu, PIM Transfer, File Associate, Sounds, and Network Utilities.
System requirements:
- Windows CE 3.0

This simple program lets you have MIDI playback on any PocketPC device. It sounds great, is easy to use, and can actually come in handy in a variety of situations
System requirements:
- Pocket PC 2000

PiezoPower! is a fun little noise making app for your palm.
You can draw out amplitude envelopes and frequency curves to make your own loops and songs.
With IR capabilties, you can trigger sounds on other palms, or have call and response.
System requirements:
- Palm OS v3.0

RHMidi will list and play Palm OS formatted MIDI tunes contained in the System MIDI Sounds.pdb file.
Its main purpose is to allow you to test out new alarm tunes installed on your system.
System requirements:
- Palm OS v3.1

Nice analogic clock with alarm. Many options.
Enhancements:
- Now run on Clie and Treo 600.
- Low-res compatible.
- Possibility to change the sound alarm.
- 24 sounds in external database.
- English and french.
System requirements:
- Palm OS 4. Palm OS 5 required for digitals sounds.

Small timer which reminds you when your tea, your boiled eggs etc. are ready.
Features:
Timer runs also when device is switched off or user switches to another application
4 predefined times with editable names and own alarm sounds
display remaining time in title bar
animation stops if menu is open or another dialog appears
can use simple sounds, midi-files or vibration/LED (PalmOS 4.x or better) alarm
new set of high resolution icons
System requirements:
- Any Palm OS Hardware
- Palm OS 3.1
- 75KB RAM

Some sound files in WMA format are included to help you calibrate your headphone, loudspeaker, headphone, Hi-Fi and related audio equipment.
"ever_rising1.wma" and "freq_sweep.wma" consists of a tone that increase in pitch endlessly. The harmonics are designed to fade in from the bottom and fade out at high pitch. It is the equivalent of the visual ever rising staircase. An audio perception paradox. Its application is in the checking of audio equipment frequency response. As the harmonic peaks sweep through the spectrum, you can see the locations of resonant peaks. A peak profiling line that holds the most recents spectral peaks for more than 3 seconds will give a stable peaking envelop which is the frequency response curve of the loudspeaker system.
"intermodulation.wma" consists of two sine waves of 1KHz and 1.1KHz. If the amplitude response of the loudspeaker system is perfectly linear and there is no saturation or amplitude distortion in any part of the system, then there are only spectral peaks at 1KHz and 1.1KHz. Other wise, you will find other spectral peaks, notably at 1-n*0.1KHz, 1.1+n*0.1KHz, 2.1KHz, 2.1+/-0.1KHz, +/-0.2KHz etc..
"sine_all522.wma" consists of sine waves of 1KHz, 2KHz, 3KHz, 4KHz and 5KHz having same amplitude. Under ideal condition, they should create 5 equal spaced spectral peaks in an audio spectrum analyzer. For the overall system having flat response, the 5 peaks should have the same height. If it does not, the problem may be due to one or more of the pocketPC output, any external amplifier, speaker, microphone, signal amplifier, and analogue to digital converter. It is also possible for one part in the system to compensate for imperfection in another part, such as the equalizer or equalizing amplifier.
"square.wma" is a simple 100Hz pulse. It can be used to see the step response of the overall system. A stable triggering of the waveform is needed.
To use the files, select it in a MediaPlayer. Also select looping or repeating mode of playback. Then you can begin to play the sound file. Most players create an artificial silent time between repetitions. The ears can detect this easily. But the program can skip over the silent period if we choose the long-time average mode. For accurate frequency measurement, the narrow band analysis should be used. However, the wider shape of spectral peaks for wide band analysis makes peaks easy to identify and measure.
Normally, you will connect your earphone output to the audio equipment under test. Then you bring the pocketPC near the speaker of the system, and run a spectrum or spectrogram display porgram while the Media or MP3 Player is running in the background. Some Media Players amy not be able to produce continuous sound even within the time span of the sound file, which cannot be used.
System requirements:
- Windows Mobile PocketPC