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There are currently no product reviews.
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Nothing wrong with the manual or the delivery - came to me the same day I ordered it. But afterwards I realized that I ordered the wrong manual. Probably better with the Quick start - version. So maybe it would be better if we could see a list with inhold for each manual before ordering?
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Bought T4850 High End Tuner a few years ago, but i didn't know where all the buttons were used for. So i purchased the owners manual. Perfect! Just what i needed.
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Bought the used Philips car-radio. No manual! Found on this site a copy of the orginal English manual. I am very happy with it. Now I know how to setup and use my "new" car-radio.
Recommended site for everybody looking for a manual for (older) products!
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Great deal, you are the only one on earth who could deliver this old manual. Thx so much and have nice chrismas
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Everything is OK. Owner's Manual I downloaded ( I get link for it by email).
The directivity index (DI) of the H9500 horn is shown in Figure 5. The smoothly rising DI is a consequence of the gradual narrowing of the vertical dispersion angle above 2 kHz and contributes to the overall flatness of the high-frequency response of the system.
20 100
Directivity Index, DI (dB)
10
10
0 20 50 100 200 500 1000 Frequency (Hz) 2000 5000 10000
1 20000
Overall system on-axis pressure response and impedance are shown in Figure 6. The contributions of the paralleled lowfrequency sections and the high-frequency section are shown individually along with their acoustical summation. The overall slopes in the crossover region are a combination of electrical (network) and acoustical response.
M9500 4.3V @ 1.5 m HF @ "0" 100dB Ground Plane Anecmoil
Directivity Factor, Q
Figure 5. Plot directivity index (DI) and directivity factor (Q) of the H9500.
Figure 6. On-axis response of M9500. Individual contributions of paralleled low-frequency transducers and high-frequency section are shown, along with their summation. The impedance curve is also given, showing a minimum value of 3 ohms
2
10 �
2
3
4
5 6 7 8 910 100
1.5
2
3
4
5 6 7 8 9 10 1.5 1000
2
3
4
5 6 7 8 9 10 1.5 10000
in the 100 Hz range.
The second and third harmonic distortion of the system is shown in Figure 7. Here, the system is driven with sine wave input to produce an output of 96 dB Lp at a distance of 1 meter. An output of 96 dB with a sine wave input corresponds to extremely high system output with wide band program material. Distortion curves have been raised 20 dB, and the values seen here lie well below 1% for the lowest frequencies up to 4.5 khz, reaching a value of only 1.6% at 10 kHz. Not many loudspeakers can demonstrate such low levels of distortion as shown here.
Figure 7. Second and third harmonic distortion for fundamental of 96 dB Lp at a distance of 1 meter. (Distortion raised 20 dB)
96dB M9500 Distortion 3.0V @ 1 m Distortion Raised 20dB Solid = Second Harm. Dash = Third Harm.
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4
5 6 7 8 910 100
1.5
2
3
4
5 6 7 8 9 10 1.5 1000
2
3
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5 6 7 8 9 10 1.5 10000
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