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L99LD01 bảng dữ liệu(PDF) 50 Page - STMicroelectronics

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Giải thích chi tiết về linh kiện  High efficiency constant current LED driver for automotive applications
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L99LD01 bảng dữ liệu(HTML) 50 Page - STMicroelectronics

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Electrical characteristics
L99LD01
50/69
DocID025319 Rev 3
(VISENSE+ -
VISENSE-)_TH
LED over current
protection threshold
V(ISENSE+) = 25 V;
VLREF =VLREF_16;
VRCCOMP =2 V
VLREF +
0.03
VLREF +
0.08
VLREF +
0.14
V
ISENSE_CD
Current consumption
from ISENSE+
(LED_OV)
VSENSE+ =VSENSE- =25V
3
5
10
mA
VSENSE_MAX_1
Threshold at pin
ISENSE+ for overvoltage
protection (activation)
49.5
52
54
V
VSENSE_MAX_2
Threshold at pin
ISENSE+ for overvoltage
protection (de-
activation)
25
33
35
V
VOFFS
OTA input offset voltage
VLREF = 0 V; V(ISENSE+) = 25 V;
VRCCOMP =2 V
-10
10
mV
IOFFS
OTA input offset current
V(ISENSE+) = 25 V;
VRCCOMP =2 V
10
µA
GM
Transconductance gain
V(ISENSE+) = 25 V;
VRCCOMP =2 V
0.95
1.2
mS
-ICOMP
Sourced output current
VLREF =VLREF_16;
(VISENSE+ - VISENSE-)= 0
50
175
µA
ICOMP
Sunk output current
VLREF =VLREF_16;
(VISENSE+ - VISENSE-)= 300 mV
50
175
µA
VLREF =VLREF_16;
(VISENSE+ - VISENSE-)= 1 V
100
300
VCOMP
Output voltage range
0
3.5
V
VLREF_16
Default internal voltage
reference for constant
LED current regulation
Internal LED current
register = 16d; VNTC =5 V;
VISENSE+ =25V
138
150
162
mV
VLREF
Internal voltage
reference range for
setting output LED
current(1)
VNTC =5 V
(8 + N) /
24 *
VLREF_16
(2)
mV
VLREF_NTC
Max internal VLREF
reduction caused by
NTC intervention
(thermal LED current
reduction)
VNTC =0 V
0.5 *
VLREF
mV
VLREF_STEP
Internal voltage
reference step
4 / 3 *
(VLREF_16
/ 31)
mV
ISP, ISN pin characteristics
VSP, VSN
Shunt resistor input
voltage range
-0.3
5
V
Table 24. ISENSE+, ISENSE- pin, and O.T.A. characteristics (continued)
Symbol
Parameter
Test condition
Min
Typ
Max
Units



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