2/4

REV. A

Function

Specifications

Input selector

Stereo 3 single-end input and 2differential input possible to switch single-end input

Input gain

0～20dB (1dB step), Possible to use “Advanced switch” for prevention of switching noise.

Mute

Possible to use “Advanced switch” for prevention of switching noise.

Volume

+15dB～-79dB (1dB step), -∞dB

Possible to use “Advanced switch” for prevention of switching noise.

Bass

-20～+20dB (1dB step), Q=0.5, 1, 1.5, 2, fo=60, 80, 100, 120Hz

Possible to use advanced switch at changing gain

Middle

-20～+20dB (1dB step), Q=0.75, 1, 1.25, 1.5, fo=500, 1k, 1.5k, 2.5kHz

Possible to use advanced switch at changing gain

Treble

-20～+20dB (1dB step), Q=0.75, 1.25, fo=7.5k, 10k, 12.5k, 15kHz

Possible to use advanced switch at changing gain

Fader

+15dB～-79dB (1dB step), -∞dB

Possible to use “Advanced switch” for prevention of switching noise.

LPF

fc=55/85/120/160Hz, pass

Phase shift ( 0°/180°)

HPF

fc=55/85/120/160Hz, pass

Mixing

Monaural input

+7dB～-79dB (1dB step), -∞dB

Possible to use “Advanced switch” for prevention of switching noise.

Super Bass

0～+20dB (1dB step), (Actual gain is different from setup gain)

Possible to use “Advanced switch” for prevention of switching noise.

●Electrical Characteristic

Input gain 0dB, Mute OFF, Volume 0dB, Tone control 0dB, Fader 0dB, Super Bass 0dB, LPF/HPF OFF, Mixing OFF)

Item

Symbol

Limit

Unit

Condition

Min.

Typ.

Max.

Current upon no signal

IQ

－

38

48

mA

No signal

Voltage gain

GV

-1.5

0

1.5

dB

Gv=20log(VOUT/VIN)

Channel balance

CB

-1.5

0

1.5

dB

CB = GV1-GV2

Total harmonic distortion 1

(FRONT,REAR)

THD+N1

－

0.001

0.05

％

VOUT=1Vrms

BW=400-30KHz

Total harmonic distortion 2

(SUBWOOFER)

THD+N2

－

0.002

0.05

％

VOUT=1Vrms

BW=400-30KHz

Output noise voltage 1

(FRONT,REAR)

VNO1

－

3.8

15

μVrms

Rg = 0Ω

BW = IHF-A

Output noise voltage 2

(SUBWOOFER)

VNO2

－

4.8

15

μVrms

Rg = 0Ω

BW = IHF-A

Residual output noise voltage

VNOR

－

1.8

10

μVrms

Fader=-∞dB

Rg=0Ω

BW=IHF-A

Cross-talk between channels

CTC

－

-100

-90

dB

Rg=0Ω

CTC=20log(VOUT/VIN)

BW=IHF-A

Ripple rejection

RR

－

-70

-40

dB

f=100Hz

VRR=100mVrms

RR=20log(VOUT/VCCIN)

Common mode rejection ratio

(D, E)

CMRR

50

65

－

dB

XP1 and XN input

XP2 and XN input

CMRR=20log(VIN/VOUT)

BW = IHF-A,[※X・・・D,E]

Maximum input voltage

VIM

2.0

2.2

－

Vrms

VIM at THD+N(VOUT)=1%

BW=400-30kHz

Maximum gain

GV MAX

13

15

17

dB

Volume = 15dB

VIN=100mVrms

Gv=20log(VOUT/VIN)

Maximum attenuation

GV MIN

－

-100

-85

dB

Volume=-∞dB

Gf=20log(VOUT/VIN)

BW=IHF-A

Maximum output voltage

VOM

2.0

2.2

－

Vrms

THD+N=1%

BW=400-30kHz