M52979F Datasheet, PDF (2/5 Pages) Mitsubishi Electric Semiconductor – 2-CHANNEL SPD SENSOR BUILT-IN DETECT AMOUNT OF LIGHT

MITSUBISHI ICs (AV COMMON)
M52979F
2-CHANNEL SPD SENSOR BUILT-IN DETECT AMOUNT OF LIGHT
ABSOLUTE MAXIMUM RATINGS (Ta=25˚C unless otherwise noted)
Symbol
VCC
Pd
V IN
Parameter
Supply voltage
Power dissipation
Input voltage
IO(max) Output current
Topr
Operating temperature
Tstg
Storage temperature
Kq
Thermal derating
Conditions
Pin VREF
Pin TO and PO
Ratings
-0.3 to 7.0
180
-0.3 to VCC+0.3
10
1
-20 to 60
30 to 85
-3.0
Unit
V
mW
V
mA
˚C
˚C
mW/˚C
RECOMMENDED OPERATING CONDITION (Ta=25˚C unless otherwise noted)
Symbol
Parameter
VCC
Lopr1
Lopr2
Supply voltage
Operating illminance "SP"
Operating illminance "AVE"
Limits
Unit
Min Typ Max
2.8 5.0 6.5
V
1 to 100000
lux
0.1 to 14400
lux
ELECTRICALCHARACTERISTICS (Ta=25˚C,light source 4500˚C,illuminance:measured after transmitting products through
CM 500 filter, unless otherwise noted)
Symbol
ICC
POCH
POCL
PCCR
POCI
TOV
dTOV1
dTOV2
dTO1
dTO2
V REF
dV REF1
dV REF2
dV REF3
VPOS
dVPOS1
dVPOS2
dEVS1
dEVS2
VPOA
dVPOA1
dVPOA2
dEVA1
dEVA2
trs
tra
trc 1
trc 2
Parameter
Test
poi
Test Conditions
nt
Circuit current
9 illuminance:200 lux,POC:(2pin)"H"
H input voltage
2 value detected as "H"
L input voltage
2 Value detected as H(current pull-out)
Non-operating current
2
Ground current
2
Absolute value of temperature sensor output 4
Supply voltage variance 1
4 Output voltage variance at VCC 3V ±0.2V
Supply voltage variance 2
4 Output voltage variance at VCC 4.65V ±1.85V
Output voltage temperature coefficient
4 Ta=25˚C(reference),Ta=-15 to 40˚C
Accuracy of temperature sensor
4 Ta=10 to 40˚C
4 Ta=-15 to 10˚C
Absolute value of output at VREF pin
5
VREF output voltage load variance1
5 Load current:-2mA
VREF output voltage load variance2
5 Output voltage variance at VCC 3V±0.2V
VREF output voltage load variance3
5 Output voltage variance at VCC 4.65V±1.85V
Absolute value of photometry output
10 SP side, illuminance 8 lux
Photometry output supply voltage variance 1
10
SP side.Output voltage variance at VCC
3V±0.2V
Photometry output supply voltage variance 2
10
SP side.Output voltage variance at Vcc
4.65V±1.85V
Varience per level (1EV)
10
SP side.Variance when illuminance changes
from 20 to 40
Photometry output linearity
10 SP side,illuminance : 1 to 100000 lux
Absolute value of photometry output
10 AVE side, illuminance 8 lux
Photometry output supply voltage variance 1
10
AVE side.Output voltage variance at VCC
3V±0.2V
Photometry output supply voltage variance 2
10
AVE side.Output voltage variance at Vcc
4.65V±1.85V
Variance per level (1EV)
10
AVE side.Variance when illuminance changes
from 20 to 40
Photometry output linearity
10 AVE side,illuminance : 1 to 14400 lux
Power supply response 1
10 SP side, illuminance 1 lux
Power supply response 2
10 AVE side, illuminance 0.1 lux
Switching response 1
10 SP AVE,illuminance 0.1 to 14400 lux
Switching response 2
10 AVE SP,illuminance 1 to 100000 lux
Limits
Unit
Min. Typ. Max.
5 7 mA
VCC-0.8
V
VCC-2.2 V
10 µA
-550
-80 µA
1270 1550 1730 mV
-5
5 mV
-45
45 mV
20.4 22.1 23.8 mV/˚C
-1.2
1.2
˚C
-3.0
3.0
2300 2500 2700 mV
-20
20 mV
-5
5 mV
-45
45 mV
1490 1750 1980 mV
-5
5 mV
-45
45 mV
80 86 92 mV
-0.3
0.3 mV
1190 1400 1630 mV
-5
5 mV
-45
45 mV
80 86 92 mV
-0.3
0.3 EV
25 60 ms
40 150 ms
0.01 3 ms
0.01 3 ms
2