Pyle PDS442 + Dayton H07E Elliptical Waveguide

Pyle PDS442 Specifications: • 1″ exit Titanium Diaphragm • Mounting type: 1-3/8″ 18 TPI • Frequency Response: 1kHz-20kHz • Sensitivity: 105dB @ 1W/1M • Impedance: 8Ω • Magnet Structure: 30oz • Weight: 4.55 lbs.
Dayton H07E Elliptical Waveguide Specifications: • 1″ Throat Diameter • Mounting type: 1-3/8″ 18 TPI • Coverage: 80°(H) x 50°(V).
Evaluation Setup: • Mic at 36 ins, horn axis • Impulse Window=5ms • No Smoothing.
Crossover: • 1.5kHz High Pass • 24dB/oct Linkwitz Riley Electronic Crossover.

Pyle PDS442 + Dayton H07E Frequency Response PYLE PDS442 DAYTON H07E

Pyle PDS442 + Dayton H07E Elliptical Waveguide

Pyle PDS442 +Dayton H07E Cumulative Spectral Decay
Rise Time = 0.10msec • Time Range = 1.50msec • Window = 1.3msec (769Hz)

Pyle PDS442 + Dayton H07E Toneburst Energy Storage

Pyle PDS442 +Dayton H07E Spectrogram

Pyle PDS442 +Dayton H07E Harmonic Distortion
Red plot = 2nd Harmonic, Violet plot = 3rd Harmonic

Pyle PDS442 + Dayton H07E Elliptical Waveguide

Pyle PDS442 +Dayton H07E Cumulative Spectral Decay Rise Time = 0.10msec • Time Range = 1.50msec • Window = 1.3msec (769Hz)

Pyle PDS442 + Dayton H07E Toneburst Energy Storage

Pyle PDS442 +Dayton H07E Spectrogram

Pyle PDS442 +Dayton H07E Harmonic Distortion Red plot = 2nd Harmonic, Violet plot = 3rd Harmonic

Pyle PDS442 +Dayton H07E Cumulative Spectral Decay
Rise Time = 0.10msec • Time Range = 1.50msec • Window = 1.3msec (769Hz)

Pyle PDS442 +Dayton H07E Harmonic Distortion
Red plot = 2nd Harmonic, Violet plot = 3rd Harmonic