JBL XTREME Service Manual ▷ View online
Specifications
Description
Specification
Rated Output Power
4 x 20W
（AC mode）
4 x 10W
（Battery mode）
Input Sensitivity
Aux : 370 mV +/- 10%
Wireless input:-9dBfs
Wireless input:-9dBfs
Input Overload
Aux : 1V rms
Auto Turn On Input Sensitivity
@1KHz, Typical : 2mV Limit : 4mV
@100Hz Typical : 10mV Limit :15mV
@100Hz Typical : 10mV Limit :15mV
Frequency Response (Output Power)
20Hz to 20KHz +/- 1dB (EQ setting is disable)
20Hz to 19Khz +/- 1dB
20Hz to 19Khz +/- 1dB
（Bluetooth）
Frequency Response (Output Power) with
EQ setting
EQ setting
TBC
THD+N at 1W
<0.5%
THD+N at Rated Output Power
<1%
Signal-to-Noise ratio at Rated Output Power 80dB (A-Weighted)
Channel Separation
45dB @100Hz
50dB @1KHz
45dB @10KHz
50dB @1KHz
45dB @10KHz
Channel Crosstalk
80dB @100Hz
75dB @1KHz
70dB @10KHz
75dB @1KHz
70dB @10KHz
Inter Channel Gain Difference
<0.5dB
Residual Noise
200nw
（AC mode）
100nw
（Battery mode）
Bluetooth Standard
Version 4.0
Frequency Band
2.402 – 2.480 GHz
Host Interface
UART
Profile Supported
HFP
SPP
A2DP
AVRCP
SPP
A2DP
AVRCP
Audio Codec
SBC (Subband Codec)
Data Rate
2.1Mbps (over the air)
300Kbps (over UART)
300Kbps (over UART)
Antenna
External
Certification
CE, FCC, BQE
Maximum Transmit Power @ antenna
connector
connector
0 ~ 4dBm
Power Control
Maximum Power Step
<=8dB
Minimum Power Step
>=2dB
Initial Carrier Frequency Shift
+/- 75KHz
Carrier Drift
- Drift
Rate
- Drift
(Single
Slot
Packet)
-
Drift (Three Slot Packet)
- Drift
(Five
Slot
Packet)
+/- 20KHz/50us
+/- 25KHz
+/- 40KHz
+/- 40KHz
Modulation Characteristic
- F1avg
-
-
F2 Max Pass rate
- F1/F2
Ratio
140KHz – 175KHz
>=115KHz
>= 0.8
Single Slot Sensitivity @ <=0.1%BER
<= -85dBm
Multiple Slot Sensitivity @ <=0.1%BER
<= -85dBm
Maximum Input Level @ <= 0.1% BER
>= -20dBm
Typical Capacity
5000 mAh
Charge Voltage
8.4V
Service Notes
Button Pattern
Action
Indicator
Volume + & Bluetooth
Long press > 10s
Enter HID DFU mode in Power On mode.
Volume + & Phone
Long press > 2s
Reset to factory default in Power On Mode.
Volume - & Bluetooth
Long press >10s
Enter by-pass mode in Power On Mode.
Volume - & Phone
Long press >10s
Enter Regular DFU mode in Power On Mode.
Volume - & Link
Long press > 2s
Show SW version in Power On Mode.
Volume + & Link
Long press >10s
Enter Demo mode in Power On Mode.
Volume - & Volume + & Phone
Short press
HW Reset.
Set Block Diagram
Harman C onsumer G roup
HAR MAN INTE R NATIO NAL
S henzhen, Guangdong, China
S IZE
T IT LE
R E V.
SH EET
OF
S C ALE :
B
DR AWIN G NO.
C R E ATE D
C HE C K E D
A
B
C
D
A
B
C
1
2
3
4
1
2
3
4
D
DATE
C AD FILE :
R E VIS ION HIS T OR Y
R E V
E C O
C HE C K E D
DAT E
P R OP R IE TAR Y INFO R MATIO N - THE SE DOC UME NTS AND THE INFO R MATIO N
C ONTAINE D THE R E IN AR E PR OP R IE TAR Y AND AR E NOT TO BE RE P R ODUC E D
OR DIS C LO S E D TO OTHE R S FOR MANUFA C TUR E OR ANY OTHE R PUR P OS E EXC E P T
THOS E SP E C IFIC ALLY AUTHOR IZE D IN WRIT ING BY HAR MAN INTE R NATIO NAL
C ONTAINE D THE R E IN AR E PR OP R IE TAR Y AND AR E NOT TO BE RE P R ODUC E D
OR DIS C LO S E D TO OTHE R S FOR MANUFA C TUR E OR ANY OTHE R PUR P OS E EXC E P T
THOS E SP E C IFIC ALLY AUTHOR IZE D IN WRIT ING BY HAR MAN INTE R NATIO NAL
NAME
Cannot open file M:\02
Department\19
HCG _Engineering\Service\PC
B\Design_T emplate\Sch
template
Department\19
HCG _Engineering\Service\PC
B\Design_T emplate\Sch
template
700-X X X X -X X X
JB L Trip
E
070-xxxx
3/16/2015
IS EN
1
UV LO
2
CO MP
3
FB
4
A G ND
5
FA /SY NC/SD
6
PG ND
7
DR
8
V CC
9
V IN
10
U600
LM3 481
25V
C614
100NF
5%
R6 06
0 OHM
0 OHM
16V
C616
1UF
1%
R6 15
51.1K OHM
5%
0805
R6 00
2.2 OHM
25V
C600
1NF
5%
R6 05
0 OHM
1%
R6 23 604 OHM
1%
R6 10
9.09K OHM
1%
R6 14
9.09K OHM
9.09K OHM
BO OST _IN
BO OT
1
V IN
2
EN
3
SS
4
V SEN SE
5
CO MP
6
G ND
7
PH
8
Po
w
er
P
A
D
9
U603
T PS54331DD A
25V
C648
100NF
1%
R6 49
332K OHM
332K OHM
5%
R6 55
NC
1%
R6 50
10.0K OHM
1%
R6 45
301 OHM
301 OHM
25V
C645
68PF
68PF
50V
C644
4700PF
4700PF
2A
50V
C636
0.1UF
0.1UF
1.5A
1%
R6 53
49.9K
49.9K
25V
C635
1 NF
1%
R6 54
3.24K OHM
1%
R6 52
68.1K OHM
68.1K OHM
5%
0805
R6 41
8.2 OHM
1%
R6 44
0 OHM
0 OHM
25V
C650
10NF
10NF
1
3
2
Q609
NC
NC
25V
C641
NC
NC
Stand_by
NC
5%
R6 46
NC
25V
C649
NC
NC
5%
R6 51
NC
5.1
R6 25
A DC_ 5V
C622
100NF
100NF
C626
100NF
100NF
C624
1NF
1NF
C631
100NF
100NF
25V
C629
10UF
BT _3.3V
L6 03
1K @ 100MH z
T P600
L6 04
1K @ 100MH z
DSP_3V 3
25V
C613
100NF
100NF
5%
R6 09
120K OHM
+V _A MP
Stand_by
1
3
2
Q602
MMB T 3904
MMB T 3904
2.5A
5%
R6 13
1M OHM
25V
C618
10NF
10NF
R6 04
NA
NA
A MP
10V
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
G ND
25V
C625
10UF
5%
R6 12
0 OHM
10V
C642
10UF
G ND
25V
C630
100NF
100NF
5
4
3
6
2
1
7
8
Q600
MPT 4835
1
3
2
Q607
NC
BA T T _IN
100k
1%
R6 30
G ND
BA T T _IN
DC_ IN
D601
SK 24S
G ND
25V
C612
100NF
100NF
25V
C606
10UF
10UF
25V
C609
1.0UF
1.0UF
25V
C607
10UF
10UF
25V
C610
10UF
10UF
25V
C608
10UF
10UF
POW ER_ K EY _2
+V _SY S
+
25V
C611
220UF
220UF
LM3 481_SD
1%
R6 18
10.0K OHM
1
2
3
Q603
MT NK 3N3
G ND
100K
R6 24
SHUT DO W N_BO OST
A MP
IO_ 3.3V
1
3
2
Q610
MMB T 3904
MMB T 3904
1k
5%
5%
R6 43
1
3
2
Q608
MMB T 3904
MMB T 3904
C643
1uF
1uF
100K
R6 42
100K
R6 47
100K
R6 48
G ND
G ND
G ND
100K
R6 37
11.5V /2.5A
1%
R6 17
20K OHM
20K OHM
1%
R6 11
162K OHM
162K OHM
25V
C602
100NF
100NF
25V
C623
100NF
100NF
25V
C627
100NF
100NF
25V
C628
100NF
100NF
25V
C633
100NF
100NF
25V
C647
10UF
25V
C646
10UF
+V _SY S
C640
100NF
100NF
10V
C621
10UF
10V
C637
10UF
10V
C638
10UF
10V
C639
10UF
50V
C617
100NF
100NF
K EY _V OL-
K EY _V OL+
K EY _PHO NE
HW_ RESET
5%
R6 56
NA
NA
HW_ RESET
G ND
1%
R6 27
6.20K OHM
6.20K OHM
G ND
1%
R6 34
6.20K OHM
1%
R6 20
30.1K OHM
1%
R6 26
10.0K OHM
10.0K OHM
G ND
1%
R6 35
71.5K OHM
1%
R6 36
10.0K OHM
G ND
LM3 481_SD
L6 02
1K @ 100MH z
L6 01
1K @ 100MH z
1
3
2
Q606
MMB T 3904
G ND
100K
R6 28
Stand_by
BT _3.3V
5%
R6 32
1M OHM
25V
C634
10NF
10NF
G
4
S
3
S
2
S
1
D
5
D
6
D
7
D
8
Q601
MT B0 4N03Q8
MT B0 4N03Q8
1
2
L6 05
MCW -0630-6R8 -N2
+
V
_
S
Y
S
Stand_by
BT _3.3V
Stand_by
HW_ RESET
Stand_by
+V _A MP
A MP
+V _SY S
A
MP
DC
_
IN
POW ER_ K EY _2
16V
C601
10UF
16V
C603
10UF
16V
C604
10UF
16V
C605
10UF
16V
C632
10UF
1%
1206
1206
R6 16
0.01
0.01
1%
R6 57
0
1
2
L6 00
MCF- 1040-6R8 -N2(11.5x10x4)
1
2
D600
SK 84(DO -214A B )
1
2
D602
SS1040(S OD-123)
SS1040(S OD-123)
1%
R6 580 OHM
C615
NA
16V
C652
NA
16V
C651
NA
V T A P
6
/ERR OR
5
G ND
4
SHUT DO W N
3
SEN SE
2
OUT PU T
1
FB
7
INPU T
8
U601
LP 2951(5x4)
V T A P
6
/ERR OR
5
G ND
4
SHUT DO W N
3
SEN SE
2
OUT PU T
1
FB
7
INPU T
8
U602
LP 2951(5x4)
G ND
BA T T _IN
5%
R6 60
1M OHM
5%
R6 59
1M OHM
NA
R6 61
BT _3.3V
1
3
2
Q611
NA
5%
R6 63
NA
G ND
NA
R6 64
BT _3.3V
0
R6 62
DSP_3V 3
T P608
T P602
T P603
T P604
T P605
T P606
T P607
Lim iter_ON
1%
R6 19
2.21K OHM
2.21K OHM
50V
C619
4700PF
4700PF
R ev A to B
Deleted R629,R 631,R 633,Q605 (MTP2603G6)
Change R619 from 1.82K to 2.2K
Change C619 from 100PF to
Change R619 from 1.82K to 2.2K
Change C619 from 100PF to
4700PF
Change Q604 from MTP2603G6(T SOP-6) to MTP4835
Add D603 SK44B L
Add D603 SK44B L
5
4
3
6
2
1
7
8
Q604
MT P4835
1
2
D603
SK 44BL
4.7K
R6 22
1
3
2
Q612
MMB T 3904
G ND
G ND
1%
R6 65
10.0K OHM
10.0K OHM
1%
R6 66
180K OHM
DC_ IN
R ev B to C
Add Q612 MMB T3904
Add C653 10nF
Add R665 10K,R 666 180K
Add C653 10nF
Add R665 10K,R 666 180K
25V
C620
10NF
10NF
Change C620 from 100nF to
10nF
SHU
TD
OW
N_
B
OO
ST
25V
C653
10NF
10NF
Delete R601,R 602 0ohm
NC
6.3V
6.3V
C654
5%
R6 67
0 OHM
R ev C to D
R ev D to E
No any changes
A dd R667 0ohm
Change Q607,Q609,R 651,C 649,C 641,R646 to NC
+
16V
C655
47UF
G ND
Schematic Diagram - Main Board Part 7
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