M61016F

BUILT-IN 2-CHANNEL SPD SENSOR DETECT AMOUNT OF LIGHT

MITSUBISHI

(

/ 8 )

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

-

3

-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

Min

Typ

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