

The table shows a most important technical characteristics of E-MU 1616m
*Center channel headphone is received by averaging between left and right channels
Frequency response Line Out from DAC E-MU 1616m

Noise floor spectrum Line Out from DAC E-MU 1616m (High resolution graph)

Spectrum of Total Harmonic Distortion (THD) Line Out from DAC E-MU 1616m (High resolution graph)

Spectrum of Dynamic Range (-60 dBFS) Line Out from DAC E-MU 1616m (High resolution graph)

Sine low ammplitude spectrum -90 dBFS Line Out from DAC E-MU 1616m (High resolution graph)

Spectrum of Intermodulation Distortion (IMD) - SMPTE Line Out from DAC E-MU 1616m (High resolution graph)

Spectrum of Intermodulation Distortion (IMD) - CCIF Line Out from DAC E-MU 1616m (High resolution graph)

Spectrum of Jitter Line Out from DAC E-MU 1616m (High resolution graph)

THD vs output voltage of line out E-MU 1616m

Total Harmonic Distortion vs Level (dBFS) Line Out from DAC E-MU 1616m

Total Harmonic Distortion vs Level (dBFS)Line Out from DAC E-MU 1616m

Impulse response Line Out from DAC E-MU 1616m

Impulse Response Envelope (ETC - Energy Time Curve) Line Out from DAC E-MU 1616m

Step response Line Out from DAC E-MU 1616m

The E-MU 1616m test was conducted as a black box test, without regard to cost and prestige. This is the basic principle for making measurements, measurement reports and developing tests in RAA.