Acoustics of the saxophone

Bb tenor saxophone

E6

Music Acoustics UNSW

Conventional Fingering

Impedance

Fingering
a key depressed
a key not depressed
a hole covered
a hole uncovered
a part of the mechanism that is not normally touched
Details in fingering legend.

Acoustic schematic
a closed tone hole
an open tone hole

Non-specialist introduction to acoustic impedance
Non-specialist introduction to saxophone acoustics

Notes are the written pitch.
Frequencies are the sounding frequency, for Bb saxophone.
Unless otherwise stated, the impedance spectrum is for a Bb saxophone.


Impedance spectrum of a Bb saxophone measured using fingering for E6.
To compare with the impedance spectrum for the Eb saxophone, open a separate browser window.

This curve is qualitatively similar to that for C4 and G5 in the registers below, although the first two peaks have been weakened and shifted by the speaker key and left index finger hole acting as register holes. See the discussion of the altissimo register on the note C#5.

Sound


Sound spectrum of a Bb saxophone played using fingering for E6.
For more explanation, see Introduction to saxophone acoustics

Sound Clip

You can hear E6 played.

Alternative Fingering

Bb saxophone

Impedance

Fingering
a key depressed
a key not depressed
a hole covered
a hole uncovered
a part of the mechanism that is not normally touched
Details in fingering legend.

Acoustic schematic
a closed tone hole
an open tone hole

Non-specialist introduction to acoustic impedance
Non-specialist introduction to saxophone acoustics

Notes are the written pitch.
Frequencies are the sounding frequency, for Bb saxophone.
Unless otherwise stated, the impedance spectrum is for a Bb saxophone.


Impedance spectrum of a Bb saxophone measured using alternative fingering for XX.

Sound


Sound spectrum of a Bb saxophone played using alternative fingering for XX.
For more explanation, see Introduction to saxophone acoustics

Sound Clip

You can hear XX played with alternative fingering.
Fingering legend
How were these results obtained?

Contact: Joe Wolfe / J.Wolfe@unsw.edu.au
phone 61-2-9385-4954 (UT +10, +11 Oct-Mar)
© 1997-2007 Music Acoustics UNSW