Mitsubishi M61016F Datasheet

PRELIMINARY

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

DESCRIPTION

The M61016F is a semiconductor integrated circuit designed to
detect quantity of light and used for cameras and illuminometers.

Because a high-sensitivity SPD sensor is built in this IC, it is
possible not only to reduce the space and expenses to mount it but
also to conduct wide-ranging detection of light volume.

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M61016F

PIN CONFIGURATION (TOP VIEW)

FEATURES

• A 2-channel SPD sensor is built in.(1-channel for spot and one
for average)

• Wide-ranging detection of light volume.

• One output pin (thermometer output and photometry output)

• Small-sized transparent molded plastic package.

APPLICATION

Automatic exposure control for cameras,illuminometers.

RECOMMENDED OPERATING CONDITION

Supply voltage range • • • • • • • • • • • • • • • • • • 4.0 to 6.5V
Rated supply voltage • • • • • • • • • • • • • • • • • • • • • • 5V

Light input range • • • • • • • • • • • SPOT 2 to 100000 lux

*

* Decide after confirmation of real power

BLOCK DIAGRAM

AVE 0.125 to 12500 lux

1

4

GND

CS1
CS2

SEL

5mm

VCC
N.C.

N.C.
VOUT

8

5

VCC

GND

SPOT

SPD

AVE
SPD

TEMPERATURE

SW1

SW2

THERMOMETER CIRCUIT

1.1 V

(T-PROPORTIONAL VOLTAGE)

COMPENSATION

500nA CONSTANT CURRENT

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SW3

SW4

CS1

VOUT

GAIN

x 7

CS2

SEL

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g

y

PRELIMINARY

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

ABSOLUTE MAXIMUM RATINGS (Ta=25°C, unless otherwise noted)

S

mbol Parameter Conditions Ratings

VCC Supply voltage

Pd Power dissipation

VIN Input voltage

IO(max)

Topr
Tstg

K

Output current

Operating temperature

e temperature

Stora

Thermal derating

RECOMMENDED OPERATING CONDITION (Ta=25°C, unless otherwise noted)

S

mbol Parameter

Supply voltage

Operating illuminance " SP "

*
*

VCC

Lopr1
Lopr2

Operating illuminance " AVE "

* Decide after confirmation of real power

Pin VOUT

Test Conditions

2 to 100000

0.125 to 12500

M61016F

-0.3 to 7.0
150

-0.3 to VCC+0.3

0.2

-10 to 50

-30 to 85

-2.5

Limits

Min Typ Max

4.0

5.0 6.5 V

Unit

V

mW

V

mA

°C
°C

mW/°C

Unit

lux
lux

THERMAL DERATING (MAXIMUM RATING)

200

180

150

100

POWER DISSIPATION Pd (mW)

50

25 50

AMBIENT TEMPERATURE Ta (°C)

- 2.5 mW/°C

75

85

SENSOR FORM

Unit : µm

200

50

450

900

200

10060

6

50

140

280

50

750

Area ratio

78 78

SPOT : AVE = 1 : 16

140

280

1500

6

50

78

78

6

SPOT

200

6

200

AVE

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PRELIMINARY

M61016F

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

ELECTRICAL CHARACTERISTICS (Ta=25°C, light source 4500°K, illuminance: measured after transmitting products through CM 500 filter, unless otherwise noted)

Block

I / F

Thermo

-meter

SPOT

Symbol

ICC illuminance: 200 lux 6 mA4

VTHCS1 VCC-0.8VCC-2.2 VCS1 input pin

CS1I Ground current 1 -150 -16 µA

VTHCS2 VCC-0.8VCC-2.2CS2 input pin

CS2I Ground current 2

VHSEL VCC-0.8VCC-2.2SEL input pin

SELI

Absolute value of thermometer output

VTE

Thermometer supply voltage variance 1

dVTE1

Thermometer supply voltage variance 2

dVTE2
dVTE3

dVOS1 -45 45
dVOS2
dEVS1
dEVS2

dEVS3 SP side ,illuminance 2 to 4 lux 0.5

Thermometer output voltage load variance

Variance of thermometer output dVTE4 mV/ºC

Absolute value of photometry output

VOS SP side , illuminance 8 lux 2120 2440 2760

Photometry output supply voltage variance 1

Photometry output supply voltage variance 2

Photometry output linearity 1
Photometry output linearity 2

Parameter Test Conditions

Circuit current

Current of between CS1pin to GND VCC = 5V

Threshold voltage 2

Current of between CS2pin to GND VCC = 5V

Threshold voltage 3

Ground current 3

Variance per level (1EV)

Current of between SELpin to GND VCC = 5V

Output voltage variance at VCC=5V+1V
Output voltage variance at VCC=5V-1V
Load current : - 0.2mA 20-20

SP side ,Output voltage variance at VCC=5V+1V
SP side ,Output voltage variance at VCC=5V-1V

SP side ,Variance when illuminance changes from 8 to 32

SP side ,illuminance 4 to * lux

-24.3

Limits

Min Typ

Max

-

VCC-1.5Threshold voltage 1

-50

VCC-1.5

VCC-1.5

-150 -16-50

960

-45 45

-45 45

1200

-

-

-

-22.1

-

-45 45

-

-116-125-134

-

-0.5

-

1440

-19.9

0.3-0.3

Unit

V

µA-150 -16-50

V

µA

mV

mV

EV

AVE

Response

Absolute value of photometry output

VOA AVE side ,illuminance 8 lux 1680 1940 2200
dVOA1 -45 45
dVOA2
dEVA1
dEVA2 AVE side ,illuminance 0.25 to * lux 0.3-0.3
dEVA3 AVE side ,illuminance 0.125 to 0.25 lux 0.5

Photometry output supplyvoltage variance 1

Photometry output supplyvoltage variance 2

Variance per level (1EV)
Photometry output linearity 1
Photometry output linearity 2

trs SP side , illuminance 2 lux 20
tra AVE side , illuminance 0.5 lux 50

trc1 Switching response 1 SP AVE , illuminance 0.125 to 12500 lux 3000
trc2 Switching response 2 3000

Power supply response 1
Power supply response 2

AVE side ,Output voltage variance at VCC=5V+1V
AVE side ,Output voltage variance at VCC=5V-1V

AVE side ,Variance when illuminance changes from 8 to 32

AVE SP , illuminance 2 to 100000 lu

-

-45 45

-

-116-125-134

-

-0.5

-

-

-

-

-

5
20
10

10

* Decide after confirmation of real power

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mV

EV

ms

µS