BeStar Model Name
Product No.
Issue No.
Issue Date
Approval:
1.Technical Terms
2.FrequencyResponse
3.Drawing
4. Reliability Test
5. Packing
6. History change record
Drawn by
Checked by
Approved by
BLS86-2-08H30.5-01 LF
139400
BS/TES01.756A
12/02/29
Customer approved
付静
For conform to the European Union Directive on the Restriction of Hazardous Substances(RoHS), this type of
productions forbid use all the hazardous substances as follow:
Lead
Cadmium
Mercury
Hexavalent chromium
Polybrominated biphenyls (PBB)
Polybrominated diphenyl ethers (PBDE)
7. Buzz & Rattle(at sine wave6.9V) must be normal ( at 304Hz--2kHz)
8. T.H.D(at 1KHz/1M/1W) <5%
F
E
9. SPL(0.1W,0.1M) at 0.4,0.5,0.6,0.8K Hz 100± 3dB
10. Operating temperature -20...+70C
11. Storage temperature -20...+ 70C
D
2.FrequencyResponse
110.0
and shall not be used in whole or in part without its written content
This print and information there in are proprietary to Bestar Electronics Industry Co., Ltd.
C
B
100.0
90.0
80.0
70.0
180.0
108.0
36.0
-36.0
-108.0
60.0
1001k
Date:
Drawn by:
A汪凤声
A
Rev.
12/02/29
DrawnDate
Note
Checked by:
Approved by:
www.be-star.com wu@be-star.com
12/02/29
汪凤声
王 平
张秀琴
10k
DRG NO: BS/TES01.756A
-180.0
Hz 20k
BLS86-2-08H30.5-01 LF
Speaker
Page:1 of 5
Page 3
ABCDEFG
H
632541
H
BLS86-2-08H30.5-01 LF
3.Drawing
G
86±0.3
F
E
D
汪凤声
王 平
张秀琴
5±0.2
30.5±1.0
BLS86-2-08H30.5-01 LF
Speaker
DRG NO: BS/TES01.756A
Page:2 of 5
and shall not be used in whole or in part without its written content
This print and information there in are proprietary to Bestar Electronics Industry Co., Ltd.
C
86±0.5
60±1.2
B
Date:
Drawn by:
A
A
REV.
Date
汪凤声12/02/29
Drawn
Note
Checked by:
Approved by:
www.be-star.com wu@be-star.com
12/02/29
Page 4
ABC
D
G
H
564231
H
BLS86-2-08H30.5-01 LF
4. Reliability Test
4.1 Load test
G
F
E
D
and shall not be used in whole or in part without its written content
This print and information there in are proprietary to Bestar Electronics Industry Co., Ltd.
Input Power 12W,white noise
Duration 96hrs
4.2 Heat test
Temperature +70± 3°C
Duration 96hrs
4.3 Cold test
Temperature -20± 3°C
Duration 96hrs
4.4 Temperature change( shock )
Low Temperature -20± 3°C
High Temperature +70± 3°C
Dwell time each temperature 30min
Transfer time from lower to upper temperature<10s
Cycles 100