Here is my request for the performance specifications for a White Oak Audio (WOPL) Rev E pc board (w/ or w/o back plane boards) installed Phase Linear 700 and Phase Linear 400 amplifiers.
If the specifications are different for use as a quasi-complementary or fully complimentary configuration then I would like those specs as well.
Likewise, if the specifications change when using the optional back-plane boards then I would like the specifications for that as well.
The list is as follows:
1.) Power Output RMS
a.)Watts per channel, both channels driven into 8 Ω 20Hz – 20kHz:
b.) Watts per channel, both channels driven into 4 Ω 20Hz – 20kHz:
2.) Power At Clipping Point
a.) Watts per channel, both channels driven into 8 Ω 20Hz- 20kHz:
b.) Watts per channel, both channels driven into 4 Ω 20Hz – 20kHz:
3.) Total Harmonic Distortion (THD+N) (20Hz to 20 kHz) (4Ω and 8Ω)
a.) Maximum levels at rated output:
b.) Maximum level at 1W:
c.) Maximum level at 250mW:
4. ) I.M. Distortion (SMPTE) (60 Hz: 7kHz=4:1)
a.) at Rated power into 8 ohms:
b.) at Rated power into 4 ohms:
5.) Frequency Response
a.) at 1W +0 dB / -1 dB:
or
b.) at 1V +0 dB / -1 dB:
6.) Power Bandwidth
a.) Frequency Response (at rated T.H.D.) +0 dB/ -3 dB:
7.) Signal To Noise Ratio
(inputs shorted) (Ref. Rated output)
a.) Unweighted:
b.) A weighted:
8.) Damping Factor (at 8 ohms)
a.) at 20 Hz:
b.) at 1kHz:
9.) Input Sensitivity (at 1 kHz)
a.) Volts RMS for rated output:
10.) Slew Rate
a.) Volts per microsecond:
11.) Rise Time
a.) Microseconds:
12.) Phase Shift
Leading At 20 Hz:
Lagging At 20 kHz:
13.) Square Wave Response
a.) Tilt(%):
b.) Undershoot (%):
c.) Overshoot(%):
14.) Input Impedance
a.) Controls fully CCW:
b.) Controls fully CW:
15.) Channel Separation (Crosstalk) vs Frequency
(output level set at -3dB down from rated output)
a.) at 100 Hz:
b.) at 1 kHz:
c.) at 10 kHz:
16.) Dynamic Headroom
a.) dB:
NOTE: The majority of the specifications listed above were quoted in Phase Linear product literature (i.e sales brochures, owner's manuals, and service manuals) over the years.
Ed
If the specifications are different for use as a quasi-complementary or fully complimentary configuration then I would like those specs as well.
Likewise, if the specifications change when using the optional back-plane boards then I would like the specifications for that as well.
The list is as follows:
1.) Power Output RMS
a.)Watts per channel, both channels driven into 8 Ω 20Hz – 20kHz:
b.) Watts per channel, both channels driven into 4 Ω 20Hz – 20kHz:
2.) Power At Clipping Point
a.) Watts per channel, both channels driven into 8 Ω 20Hz- 20kHz:
b.) Watts per channel, both channels driven into 4 Ω 20Hz – 20kHz:
3.) Total Harmonic Distortion (THD+N) (20Hz to 20 kHz) (4Ω and 8Ω)
a.) Maximum levels at rated output:
b.) Maximum level at 1W:
c.) Maximum level at 250mW:
4. ) I.M. Distortion (SMPTE) (60 Hz: 7kHz=4:1)
a.) at Rated power into 8 ohms:
b.) at Rated power into 4 ohms:
5.) Frequency Response
a.) at 1W +0 dB / -1 dB:
or
b.) at 1V +0 dB / -1 dB:
6.) Power Bandwidth
a.) Frequency Response (at rated T.H.D.) +0 dB/ -3 dB:
7.) Signal To Noise Ratio
(inputs shorted) (Ref. Rated output)
a.) Unweighted:
b.) A weighted:
8.) Damping Factor (at 8 ohms)
a.) at 20 Hz:
b.) at 1kHz:
9.) Input Sensitivity (at 1 kHz)
a.) Volts RMS for rated output:
10.) Slew Rate
a.) Volts per microsecond:
11.) Rise Time
a.) Microseconds:
12.) Phase Shift
Leading At 20 Hz:
Lagging At 20 kHz:
13.) Square Wave Response
a.) Tilt(%):
b.) Undershoot (%):
c.) Overshoot(%):
14.) Input Impedance
a.) Controls fully CCW:
b.) Controls fully CW:
15.) Channel Separation (Crosstalk) vs Frequency
(output level set at -3dB down from rated output)
a.) at 100 Hz:
b.) at 1 kHz:
c.) at 10 kHz:
16.) Dynamic Headroom
a.) dB:
NOTE: The majority of the specifications listed above were quoted in Phase Linear product literature (i.e sales brochures, owner's manuals, and service manuals) over the years.
Ed
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