UV Sensor

2/2

KME-M001C

10

8

6

4

2

-1 0

+2

+1

-2

0

Moving Distance(mm)

=4mm

50

X

100

(%)

I = I

Ta=25℃

F

V = 5V

cc

Y

V = 5V

Ta=25℃

cc

Fluorescent

Method of measuring position detection characteristic

-

Paper

X

+

0

0%

Reflective

Y

Relative Output Voltage Vs.

Moving distance

(V)

50

Forward voltage(V )

3.2

3.4

3.0

0

F

3.8

3.6

(㎃)

100

Forward voltage

Ta=25℃

Forward current Vs.

40

Ambient temperature(Ta)

0

4

20

30

10

50

(℃)

Ambient temperature

(㎷)

Allowable Forward Current

Duty Ratio(%)

10

1

30

20

(㎃)

10

50

Duty Ratio Vs.

Ta=25℃

50

100

80

5

20

(℃)

Relative Collector Current Vs.

Ambient temperature(Ta)

20

00

-20

40

60

Ambient temperature

3.3

3.4

3.5

3.6

3.7

3.8

(V)

Ta=25℃

5

6

8

7

9

60

Forward Current(I )

2

1

05

0

F

20

15

10

(mA)

Forward Current

Output VoltageVs.

(V)

4

3

V = 5V

Ta=25℃

CC

Paper

Fluorescent

Paper

Fluorescent

TAR

I = I

F

TAR

V = 5V

cc

100