MITSUBISHI IC
S
<AV COMMON>
M61016F
BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT
MITSUBISHI
( 3
PRELIMINARY
ICC
illuminance: 200 lux
6
mA
4
-
VTHCS1
VCC-0.8
VCC-2.2
V
CS1 input pin
CS1I
Ground current 1
-150
-16
μA
V
μA
VTE
dVTE1
Absolute value of thermometer output
Load current : - 0.2mA
20
-20
-
Output voltage variance at VCC=5V-1V
-45
45
mV
VOS
SP side , illuminance 8 lux
2120
2440
2760
mV
dVTE2
dVOS1
-45
45
VOA
AVE side ,illuminance 8 lux
1680
1940
2200
mV
dEVA1
dEVA2
AVE side ,illuminance 0.25 to * lux
0.3
-0.3
AVE side ,Variance when illuminance changes from 8 to 32
-
dVOA1
-45
45
AVE SP , illuminance 2 to 100000 lux
trc2
Switching response 2
3000
-
10
trs
SP side , illuminance 2 lux
20
ms
-
5
tra
AVE side , illuminance 0.5 lux
50
-
20
trc1
Switching response 1
SP AVE , illuminance 0.125 to 12500 lux
3000
μS
-
10
-
-
-
-
-
-
dEVA3
AVE side ,illuminance 0.125 to 0.25 lux
0.5
EV
-0.5
-
-50
-150
-16
-50
Output voltage variance at VCC=5V+1V
Thermometer supply voltage variance 2
-45
45
dVTE3
SP side ,Output voltage variance at VCC=5V-1V
SP side ,Output voltage variance at VCC=5V+1V
-45
45
dVOS2
dEVS1
dEVS2
SP side ,Variance when illuminance changes from 8 to 32
SP side ,illuminance 4 to * lux
-116
-125
-134
0.3
-0.3
-
dEVS3
SP side ,illuminance 2 to 4 lux
0.5
EV
-0.5
-
AVE side ,Output voltage variance at VCC=5V-1V
AVE side ,Output voltage variance at VCC=5V+1V
-45
45
dVOA2
VCC-1.5
Threshold voltage 1
Current of between CS1pin to GND VCC = 5V
VHSEL
VCC-0.8
VCC-2.2
SEL input pin
SELI
VCC-1.5
Current of between SELpin to GND VCC = 5V
I / F
Thermo
-meter
SPOT
AVE
Response
V
μA
-150
-16
-50
VTHCS2
VCC-0.8
VCC-2.2
CS2 input pin
CS2I
Ground current 2
VCC-1.5
Current of between CS2pin to GND VCC = 5V
Variance of thermometer output
dVTE4
mV/oC
* Decide after confirmation of real power
ELECTRICAL CHARACTERISTICS
(Ta=25°C, light source 4500°K, illuminance: measured after transmitting products through CM 500 filter, unless otherwise noted)
Symbol
Parameter
Test Conditions
Limits
Typ
Min
Max
Unit
Block
Circuit current
Power supply response 1
Power supply response 2
Photometry output linearity 2
Photometry output linearity 1
Variance per level (1EV)
Photometry output supply voltage variance 2
Photometry output supply voltage variance 1
Absolute value of photometry output
Photometry output linearity 2
Photometry output linearity 1
Variance per level (1EV)
Absolute value of photometry output
Photometry output supply voltage variance 1
Photometry output supply voltage variance 2
Ground current 3
Threshold voltage 2
Threshold voltage 3
Thermometer output voltage load variance
Thermometer supply voltage variance 1
1200
-22.1
960
1440
-24.3
-19.9
-116
-125
-134