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RD05 데이터시트(HTML) 1 Page - Lumileds Lighting Company

부품명 RD05
상세내용  SnapLED 70 Emitter
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제조사  LUMILEDS [Lumileds Lighting Company]
홈페이지  http://www.luxeon.com
Logo LUMILEDS - Lumileds Lighting Company

RD05 데이터시트(HTML) 1 Page - Lumileds Lighting Company

  RD05 데이터시트 HTML 1Page - Lumileds Lighting Company RD05 데이터시트 HTML 2Page - Lumileds Lighting Company RD05 데이터시트 HTML 3Page - Lumileds Lighting Company  
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Reliability Datasheet RD05
Agilent HPWTTH00/FH00/TL00/FL00
Description
The following cumulative test results have been obtained from testing performed at Agilent Technologies in accordance with the
latest revision of MILSTD883. Agilent tests parts at the absolute maximum rated conditions recommended for the device. The
actual performance you obtain from Agilent parts depends on the electrical and environmental characteristics of your application,
but will probably be better than the performance outlined in Table 1.
SnapLED 70 Emitter
Reliability Data Sheet
T
Ta
ab
blle
e 1
1:: L
Liiffe
e T
Te
es
stts
s
D
De
em
mo
on
ns
sttrra
atte
ed
d P
Pe
errffo
orrm
ma
an
nc
ce
e
P
Po
oiin
ntt T
Ty
yp
piic
ca
all P
Pe
errffo
orrm
ma
an
nc
ce
e
S
Sttrre
es
ss
s T
Te
es
stt
T
To
otta
all
U
Un
niitts
s
U
Un
niitts
s
F
Fa
aiillu
urre
e R
Ra
atte
e
C
Co
ollo
orrs
s
C
Co
on
nd
diittiio
on
ns
s
D
De
ev
viic
ce
e H
Ho
ou
urrs
s
T
Te
es
stte
ed
d
F
Fa
aiille
ed
d
M
MT
TB
BF
F
((%
% //1
1K
K H
Ho
ou
urrs
s))
TS AllnGaP
TA = 55°C,
70,000
70
0
70,000
< 1.429
Amber and
IF = 70 mA
RedOrange
TS AllnGaP
TA = 85°C,
42,000
42
0
42,000
< 2.381
Amber and
IF = 70 mA
RedOrange
TS AllnGaP
TA = 25°C,
42,000
42
0
42,000
< 2.381
Amber and
IF = 70 mA
RedOrange
TS AllnGaP
TA = 85°C, 85% RH
42,000
42
0
42,000
< 2.381
Amber and
IF = 70 mA
RedOrange
Failure Rate Prediction
The failure rate of semiconductor devices is determined by the junction temperature of the device. The relationship between
ambient temperature and 2 actual junction temperature is given by the following:
TJ (°C) = TA (°C) + θJA PAVG
where:
TA = ambient temperature in °C
θJA = thermal resistance of junctiontoambient in °C/watt
PAVG = average power dissipated in watts
The estimated MTBF and failure rate at temperatures lower than the actual stress temperature can be determined by
using an Arrhenius model for temperature acceleration. Results of such calculations are shown in the table on the following page
using an activation energy of 0.43 eV (reference MILHDBK217).


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