Kenwood DDX6015BTR Instruction Manual page 62

REFERENCES REFERENCES
Digital tuner (DAB) section (only for
DDX4015DAB )
Frequency Range
L-BAND: 1 452.960 MHz − 1 490.624 MHz
BAND III: 174.928 MHz − 239.200 MHz
Sensitivity −100 dBm
Signal to Noise Ratio
90 dB
DAB Aerial Connector
Connector type: SMB
Output Voltage: 14.4 V (11 V – 16 V allowable)
Maximum Current: <100 mA
FM tuner section
Frequency Range (50 kHz)
87.5 MHz to 108.0 MHz
Usable Sensitivity (S/N: 26 dB )
6.2 dBf ( 0.56 V/75 )
Quieting Sensitivity (S/N: 46 dB )
15.2 dBf (1.58 V/75 )
Frequency Response (± 3.0 dB)
30 Hz – 15 kHz
Signal to Noise Ratio
68 dB (MONO)
Selectivity (± 400 kHz)
≥ 80 dB
Stereo Separation 40 dB (1 kHz)
LW tuner section
Frequency Range (9 kHz)
153 kHz – 279 kHz
Usable Sensitivity 45 V
62
MW tuner section
Frequency Range (9 kHz)
531 kHz – 1 611 kHz
Usable Sensitivity 28.5 V
Video section
Color System of External Video Input
NTSC/PAL
External Video Input Level ( mini jack)
1 Vp-p/75
External Audio Max Input Level ( mini jack)
2 V/25 k
Video Input Level (RCA jack)
1 Vp-p/75
Video Output Level (RCA jack)
1 Vp-p/75
Analog RGB input* 0.7 Vp-p/75
* Only for DDX4015DAB/DDX4015BT/DDX3015.
Audio section
Maximum Power (Front & Rear)
50 W × 4
Full Bandwidth Power (Front & Rear)
(PWR DIN45324, +B=14.4 V )
30 W × 4
Preout Level 4 V/10 k
Preout Impedance ≤ 600
Speaker Impedance 4 – 8
Graphic Equalizer
BAND 5 Band
Frequency (Hz) (BAND1-5)
80/200/800/4k/12.5k
Gain -8/-7/-6/-5/-4/-3/-2/-1/
0/1/2/3/4/5/6/7/8 [dB]
2Way X'Over
HIGH PASS FILTER frequency
Through/63/100/120/150/
180 [Hz]
LOW PASS FILTER frequency
55/85/120/160/Through [Hz]
Subwoofer Level –50 dB to +10 dB
General
Operating Voltage
14.4 V (10.5 V – 16 V allowable)
Maximum Current Consumption
10 A
Installation Dimensions (W × H × D)
DDX6015BTR: 178 mm × 100 mm × 162 mm
DDX4015DAB/DDX4015BT/DDX4015BTR/
DDX3015/DDX3015R:
182 mm × 111 mm × 160 mm
Operational Temperature Range
–10°C – +60°C
Weight
DDX6015BTR : 2.3 kg
DDX4015DAB/DDX4015BT/DDX4015BTR/
DDX3015/DDX3015R :
1.7 kg
Design and specifications are subject to change
without notice.