LS6505 データシートの表示（PDF） - LSI Corporation
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LS6505 Datasheet PDF : 4 Pages
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FIGURE 3. TYPICAL WALL SWITCH OCCUPANCY SENSOR APPLICATION
R2
C2
-
C3
+
R3
C4
R4
NOTE:
Open for Mode A
Vss for Mode B
V DD for Mode C R8
V DD
R9
C8
SEE
NOTE
N LOAD
V SS
R6 C6 D1
MT2
TI
MT1
-
C7
Z1 +
AC MAINS
G
C11
R7
SW
P
IN
OUT
U1
V DC
1
AMP 1
OUT
2 AMP 2
(-)IN
AMP 1 16
(-)IN
AMP 1 15
(+)IN
3 AMP 2
OUT
14
WARNING
4 MODE
TIMER
SELECT CONTROL
13
5
AC
DEAD TIME 12
SEL
6
V SS
11
OPERATION
SEL
7 TRIAC
OUT
P U L S E 10
MODE
SEL
8
V DD
LED 9
OUT
LS6505
V DD
+
- C1
R1
R5 C5
V DD
PIR
SENSOR
V DD
R10
V DD
SPDT (On - Off - On)
S1
V DD
SPDT (On - On)
V DC
R12
S1 (MODE A)
ON V DD
AUTO
OFF
S1 = SPDT (On - Off - On)
S1 (MODE B, MODE C)
V DD
LED
R11
Q1
S1 = SPDT (Mom - Off - Mom)
R1 = 36kΩ
R7 = 1kΩ
R2 = 2.7MΩ
R8 = 910kΩ
C9
C10
R3 = 36kΩ
R9 = 7.5kΩ
R4 = 2.7MΩ
R5 = 36kΩ
*R9 = 3.6kΩ
R10 = 1.0MΩ (variable)
R6 = 240Ω, 1/2W R11 = 51kΩ
*R6 = 1kΩ, 1W
R12 = 10kΩ
All Resistors 1/4W, all Capacitors 10V unless otherwise specified.
PIRs = Perkin-Elmer LHi 958, 878 (Typical)
Nicera RE200B, RE46B-SW81 for Ceiling Mount (Typical)
C1 = 33µF
C9 = 33µF
C2 = 0.01µF
C10 = 0.1µF
C3 = 33µF
C11 = 0.033µF
C4 = 0.01µF
D1 = 1N4004
C5 = 0.1µF
Z1 = 24V, 1/2W
C6 = 1.5µF, 250V
T1 = Q4008L4 (Typical)
* C6 = 1.0µF, 400V
C7 = 1000µF
* T1 = Q5004L4 (Typical)
U1 = LM78L05 or equivalent
C8 = 0.1µF, 250V
(5V Regulator)
* C8 = 0.1µF, 400V
Q1 = MPS8099
* = Component change for 220VAC
NOTES: 1. The R8, R9, C8 network provides a 2.7V Peak-to-Peak AC signal input to Pin 5.
2. The C7, D1, Z1, C6, R6 components generate the DC Supply Voltage for the LS6505.
3. The R1, C1, R2, C2, R3, C3, R4, C4, R5, C5 components and the two on-chip Differential Amplifiers set a
nominal gain of 5,500 with bandpass filtering of 0.13Hz to 6Hz.
FIGURE 4. ADAPTING WALL SWITCH FOR 3-WAY OPERATION
AC Hot
Remote Switch Module
AC Hot
S
S = SPST (Mom-Off)
Remote Control
Occupancy Sensor Module
To P
from MT2
To Load
R
C
Vss
to LS6505-11
R = 510k , 1/4W
C = 0.01µF, 10V
When operated in Mode B or Mode C,
the wall switch occupancy sensor shown
in Figure 3 can easily be adapted to op-
erate with a remote switch by adding an
R-C network to the occupancy sensor
module. R limits the current from the re-
mote module into Pin 11 of the LS6505
and C suppresses noise.
6505-092806-4
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