With a 0 dBFS, 1 KHz sinewave PCM
bitstream, andMain Volumeat 20 dB below
Max, record theOutput Voltage at FLand FR
speaker outputs tobe the0 dBr,1 KHz
Reference value. Set meter to read
dBr >-0.7 >-0.3
Coaxial 1 20 KHz
Digital Input data is a 96 KHz sampling rate, 24 bit, no Pre-emphasis, PCM bitstream.
No DESCRIPTION INPUT UNIT
With a 0 dBFS, 1 KHz sinewave PCM bitstream,and Main Volume
at 20 dB belowMax, set meter to read THD+N Ampl, with dBr
units. Use 'A Weighting' filter, 10 Hz-80 KHz BW. Record the
Output Voltage at FL and FR speaker outputs to be the 0 dBr
Reference val
With Digital Generator amplitude at -999 dBFS (Generator turned
off), 1 KHz sinewavePCM bitstream, and Main Volumeat 20 dB
belowMax, set meter to read Amplitude,10 Hz-22 KHz BW. Take
Amplitude readings on both FL and FR Speaker Outputs.
With Digital Generator amplitude at -999 dBFS (Generator turned
off), 1 KHz sinewavePCM bitstream, and Main Volumeat 20 dB
belowMax, set meter to read Amplitude,10 Hz-80 KHz BW. Take
Amplitude readings on both FL and FR Speaker Outputs.
With Digital Generator amplitude at -999 dBFS (Generator turned
off), 1 KHz sinewavePCM bitstream, and Main Volumeat 20 dB
belowMax, set meter to read Amplitude,10 Hz-22 KHz BW. Take
Amplitude readings on both FL and FR Speaker Outputs.
With a 0 dBFS, 1 KHz sinewave PCM
bitstream, andMain Volumeat 20 dB below
Max, set meter to read THD+N , with % units.
Use 10 Hz-22 KHz BW. Read THD+N Ratio,
with dBr units on both FL and FR Speaker
Outputs.
With a 0 dBFS, 20 Hz sinewave PCM
bitstream, andMain Volumeat 20 dB below
Max, set meter to read THD+N , with % units.
Use 10 Hz-22 KHz BW. Read THD+N Ratio,
with dBr units on both FL and FR Speaker
Outputs.
10
With a 0 dBFS, 1 KHz sinewave PCM
bitstream, andMain Volumeat 20 dB below
Max, record theOutput Voltage at FLand FR
speaker outputs tobe the0 dBr,1 KHz
with dBr units,
and a 10 Hz-500 KHz BW.
rence value. Set meter to read
DPR1001 harman/kardon
DETAILED SPECIFICATIONS (CONT'D)