Specifications
General
Rated power source
...............
14.4 V DC
(allowable voltage range:
10.8 V to 15.1 V DC)
Grounding system
...................
Negative type
Maximum current consumption
...........................................
10.0 A
Dimensions (W × H × D):
AVIC-Z130BT
Chassis
.....................
178 mm × 100 mm ×
165 mm
(7
–
3/8 in. × 3-7/8 in. ×
6-1/2 in.)
Nose
...........................
170 mm × 96 mm × 20 mm
(6-3/4 in. × 3-3/4 in. ×
3/4 in.)
AVIC-X930BT, AVIC-X9310BT
Chassis
.....................
178 mm × 100 mm ×
165 mm
(7 in. × 3-7/8 in. × 6-1/2 in.)
Nose
...........................
170 mm × 96 mm × 12 mm
(6-3/4 in. × 3-3/4 in. ×
1/2 in.)
Weight:
AVIC-Z130BT
....................
2.27 kg (5.0 lbs)
AVIC-X930BT
....................
1.98 kg (4.4 lbs)
AVIC-X9310BT
.................
1.98 kg (4.4 lbs)
NAND flash memory
.............
4 GB
Navigation
GPS receiver:
System
................................
L1, C/Acode GPS
SPS (Standard Positioning
Service)
Reception system
..........
32-channel multi-channel
reception system
Reception frequency
....
1 575.42 MHz
Sensitivity
..........................
–
140 dBm (typ)
Position update frequency
...........................................
Approx. once per second
GPS antenna:
Antenna
.............................
Micro strip flat antenna/
right-handed helical polari-
zation
Antenna cable
.................
3.55 m (11 ft. 7 in.)
Dimensions (W × H × D)
...........................................
33 mm × 15 mm × 36 mm
(1-1/4 in. × 4/7 in. ×
1-3/8 in.)
Weight
................................
73.7 g (0.2 lbs)
Display
Screen size/aspect ratio:
AVIC-Z130BT
....................
7 inch wide/16:9
AVIC-X930BT
....................
6.1 inch wide/16:9
AVIC-X9310BT
.................
6.1 inch wide/16:9
Effective display area:
AVIC-Z130BT
....................
157 mm × 83 mm
AVIC-X930BT
....................
137 mm × 72 mm
AVIC-X9310BT
.................
137 mm × 72 mm
Pixels
.............................................
384 000 (800 × 480)
Display method
........................
TFT Active matrix driving
Backlight
.....................................
LED
Color system
..............................
NTSC compatible
Tolerable temperature range:
Power on
............................
+14 °F to +140 °F
Power off
............................
–
4 °F to +176 °F
Angle adjustment
AVIC-Z130BT
....................
0° to 22°
AVIC-X930BT
....................
0°
AVIC-X9310BT
.................
0°
Audio
Maximum power output
.......
50 W × 4
50 W × 2 ch/4
W
+ 70 W ×
1 ch/2
W
(for subwoofer)
Continuous power output
...
22 W × 4 (50 Hz to 15 kHz,
5 %THD, 4
W
LOAD, Both
Channels Driven)
Load impedance
......................
4
W
(4
W
to 8
W
[2
W
for 1 ch]
allowable)
Preout output level (max):
AVIC-Z130BT
....................
4.0 V
AVIC-X930BT
....................
2.2 V
AVIC-X9310BT
.................
2.2 V
Preout impedance:
AVIC-Z130BT
....................
100
W
AVIC-X930BT
....................
1 k
W
AVIC-X9310BT
.................
1 k
W
Equalizer (8-Band Graphic Equalizer):
Frequency
..........................
40 Hz/80 Hz/200 Hz/400 Hz/
1 kHz/2.5 kHz/8 kHz/10 kHz
Gain
......................................
±12 dB
Loudness contour:
Low
.......................................
+3.5 dB (100 Hz), +3 dB
(10 kHz)
Mid
.......................................
+10 dB (100 Hz), +6.5 dB
(10 kHz)
High
.....................................
+11 dB (100 Hz), +11 dB
(10 kHz)
(volume:
–
30 dB)
HPF:
Frequency
..........................
50 Hz/63 Hz/80 Hz/100 Hz/
125 Hz
Slope
....................................
–
12 dB/oct
En
228
Appendix
Appendix
Summary of Contents for AVIC-X930BT
Page 246: ...Section _C_o_n_n_e_ct_i_ng_th_e_sy_s_t_e_m G En CD ...
Page 267: ...Section D Installation Adjusting the microphone angle The microphone angle can be adjusted En ...
Page 270: ...En 2 ...
Page 271: ...En 3 ...
Page 272: ...En 4 ...
Page 273: ...En 5 ...
Page 274: ...En 6 ...
Page 295: ...En 27 Chapter 04 Instructions for upgrading Instructions for upgrading ...
Page 346: ...En 78 Chapter 14 Using Applications ...
Page 411: ...En 143 ...
Page 440: ......