Using Subliminals On A Cell Phone

[Shannon]

Hey Shannon, I am from India (forgive my grammar if i am wrong)
I am currently on stage 5 of Alphamale 2011 and I was using this all in my cellphone.
I am not going to be using cellphone again, as far I see Mp3 players maximum frequency range is 20Hz - 20,000HZ, 40 - 18 000 Hz ,88.1 MHz-107MHz

The numbers you are interested in are the frequency response range. 20-20,000 Hz is standard. 40-18,000 Hz is substandard and not recommended for playing ultrasonics, which need a minimum upper frequency response range of 20 kHz to prevent damage to the audio during playback. The numbers in MHz are radio frequencies for the FM band of radio waves. They are not applicable here.

( MP3 Audio Bit rate: 32 to 320kbps (Supports variable bit rate (VBR)), Sampling frequencies: 32, 44.1, 48kHz
WMA Audio Bit rate: 32 to 192kbps (Supports variable bit rate (VBR)), Sampling frequencies: 44.1kHz

I dont understand these specifications above is it good)

The subliminals I create are always 320 kbps @ 44.1 kHz. They will play on that set of specifications.

and Creative EP-630 headphones has 6Hz~23kHz which is good for headphones.

6 Hz to 23 kHz is exceptionally good. Perfect for absolutely accurate reproduction of ultrasonic subliminals. The only thing I have seen better was today at H. H. Greg, where I saw a pair that had 8 Hz to 25 kHz frequency response range, although I unfortunately did not have time to make notes on brand or SKU.

I am interested in listening to masked tracks as I can listen to it more privately and hope it has more personalized effect than Ultrasonics.

The personlaization of effect is only changed by adding a name to the script, not the format. All formats have the same exact script, just presenting it in a different way so people have options for what they prefer to use.

So pls help me choose the frequency for my Mp3 player. I hope this question will help solve the newbies doubts

And for ultrasonics I am aware that it will work with 14 Khz - 20 khz..

20 kHz minimum for the top end of the frequency response range.