Technical Specications
Maximum output level = 11 V RMS
Rated output level = 200 mV
Output resistance = 100 Ω
Minimum output resistance for a –3 dB point at 15 Hz = 1 k
AC supply 230 V & 115 V Nominal +/- 10%.
230 V / 20 mm Fuse / T250 mA L
115 V / 20 mm Fuse / T500 mA L
Power Consumption = 10 Watts
Ambient operating temperature 5 to 35 °C
Technical Specications / MC Input
Generator source resistance = 15 Ω
Loading set to 100 Ω and 4200 pF
Input sensitivity (0 dB high gain setting) = 70 µV for 200 mV output
Input sensitivity (-6 dB low gain setting) = 133 µV for 200 mV output
Resistive input loading = 70, 100, 150 & 400 Ω
Resistive input loading = 70, 100, 150 & 400 Ω
Capacitive input loading = 1000, 2000, 3200 & 4200 pF
Maximum input level (0 dB high gain setting) = 5.1 mV at 1 kHz
Maximum input level (-6 dB high gain setting) = 10 mV at 1 kHz
Gain (0 dB high gain setting) = 69.3 dB at 1 kHz
Gain (-6 dB low gain setting) = 63.5 dB at 1 kHz
Frequency response (100 kΩ output load) = 13 Hz (-3 dB) to 70 kHz (-0.2 dB)
RIAA accuracy (100 kΩ output load) = better than +/-0.2 dB 70 Hz to 70kHz
THD+Noise (-6 dB low gain setting) = typically 0.035% at 1 V Bandwidth 100 Hz to 22 kHz
Noise (15 Ω terminator and -6 dB low gain setting) = typically –71 dB V un-weighted 100 Hz to 22 kHz
Signal to noise ratio (un-weighted 100 Hz - 22kHz bandwidth and 0 dB high gain setting) = -67 dB using
1 kHz 5 cm/sec track on the HFS69 test record and Apheta cartridge tted to a RP8 turntable.
Technical Specications / MM Input
Generator source resistance = 40 Ω
Input sensitivity = 1.7 mV for 200 mV output
Input loading = 47 k in parallel with 100 pF
Maximum input level = 93 mV at 1 kHz
Gain = 41.4 dB at 1 kHz
Frequency response (100 kΩ output load) = 15 Hz (-3 dB) to 100 kHz (-0.2 dB)
RIAA accuracy (100 kΩ output load) = better than +/-0.2 dB 100 Hz to 100 kHz
THD+Noise = typically 0.005% at 1 V Bandwidth 100 Hz to 22 kHz
Noise (150 Ω terminator on input) = typically –86 dB V un-weighted 100 Hz to 22 kHz
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