A Phase Linear Transmission Line Project -- Measurements

A Phase Linear Transmission Line Project

Section 2: Measurements

Figure 2.1: Shows the complete system anechoic on-axis response. The LF response is tailored to fall off below 200Hz matching room gain.

Figure 2.2: Shows the system response with the measured phase. The phase shift up to 300Hz is well behaved, above this the phase is essentially flat within ±15 degrees.

Figure 2.1. System response.

Figure 2.2. System response and phase

Figure 2.3. PLTL step response

Figure 2.6. Right and left speaker

Figure 2.7. On-axis and off-axis 30deg.
Figure 2.6: Right and left speaker 1.5 meteres comparison.

Figure 2.7: Measurements at 1.5 meters at angles 0 and 30 degrees, showing the good horizontal coverage resulting from the low crossover frequency.

[ Contents | Intro | Measurements | Optimization | Integration | Step Compensation | Time Align | Crossover | Construction ]

A Phase Linear Transmission Line Project Section 2: Measurements Figure 2.1: Shows the complete system anechoic on-axis response. The LF response is tailored to fall off below 200Hz matching room gain. Figure 2.2: Shows the system response with the measured phase. The phase shift up to 300Hz is well behaved, above this the phase is essentially flat within ±15 degrees.
Figure 2.1. System response.	Figure 2.2. System response and phase	Figure 2.3. PLTL step response
Figure 2.6. Right and left speaker	Figure 2.7. On-axis and off-axis 30deg.	Figure 2.6: Right and left speaker 1.5 meteres comparison. Figure 2.7: Measurements at 1.5 meters at angles 0 and 30 degrees, showing the good horizontal coverage resulting from the low crossover frequency.
[ Contents \| Intro \| Measurements \| Optimization \| Integration \| Step Compensation \| Time Align \| Crossover \| Construction ]