This electric organ discharge (EOD) has a fundamental frequency of 1266-1922 Hz and 2 phases.

These were both independently evolved, and are the only two genera within the order Perciformes to produce electric organ discharges (EODs).

These fish have a tone-like electric organ discharge (EOD) that occurs monophasically.

In gymnotiforms, the electric organ discharge may be continuous or pulsed.

Specifically, the knollenorgan sensor (KS) is involved with electro-communication, detecting the electric organ discharges (EOD) of other fish.

Apteronotids use a high frequency tone-type (also called wave-type) electric organ discharge (EOD) to communicate.

The electric organ discharge (EOD) of these fish are multiphasic (usually biphasic), and are produced in distinct pulses.

The electrical output of the organ is called the electric organ discharge (EOD).

These receptor organs are used to detect the weak electric organ discharges (EODs) of other electric fish, usually of their own species.

This electric organ discharge has a fundamental frequency around 900 Hz and has a waveform similar to that of S. nattereri.