Panasonic LNM333KA01, LNM233KA01, LNM233AA01, LNM333AA01 Datasheet

Numeric Display

3 Digit 7.6mm (.3”) Series

Pin

Assignment

Conventional Part No. Global Part No. Lighting Color

LN533RAMR ····· LNM233AA01 ····· Red
LN533RKMR ····· LNM233KA01 ····· Red
LN533GAMG ···· LNM333AA01 ····· Green
LN533GKMG ···· LNM333KA01 ····· Green

Terminal Connection

2827 262524232221201918171615

a

f

b

g

c

D1 D2 D3

e

dp

d

1234567891011121314

No.

1 Cathode g1
2

Cathode e1

3

Cathode d1

4

Cathode dp1

5

Cathode c1

6

Anode c1

7

Cathode e2

8

Cathode d2

9

Cathode c2

10

Cathode g2

11

Cathode e3

12

Cathode d3

13

Cathode dp3

14

Cathode c3

15

Cathode g3

16

Cathode b3

17

Common Anode D3

18

Cathode a3
19 Cathode f3
20 Cathode b2
21 Common Anode D2
22 Cathode a2
23 Cathode f2
24 Anode b1
25 Cathode b1
26 Cathode a1
27 Common Anode D1
28 Cathode f1

Assignment

Anode g1
Anode e1
Anode d1
Anode dp1
Anode c1
Cathode c1
Anode e2
Anode d2
Anode c2
Anode g2
Anode e3
Anode d3
Anode dp3
Anode c3
Anode g3
Anode b3
Common Cathode D3
Anode a3
Anode f3
Anode b2
Common Cathode D2
Anode a2
Anode f2
Cathode b1
Anode b1
Anode a1
Common Cathode D1
Anode f1

7.6

4.4

0.5

*2.54

2.54 × 13.0 = 33.02

36.0

10.0 10.0

10°

3.5

Unit: mm

3.6

14.0

3 – φ 1.2

6.55.0 ± 0.5

Lead wire dimension

*10.16

0.3

■ Absolute Maximum Ratings (Ta = 25°C)
Lighting Color

Red
Green

★IFPの条件は，duty 10%，Pulse width 1 msec. The condition of IFP is duty 10%, Pulse width 1 msec

PD(mW) IF(mA) IFP(mA)

60
60

20
20

100
100

■ Electro−Optical Characteristics (Ta = 25°C)

Conventional

Part No.

LN533RAMR
LN533RKMR
LN533GAMG
LN533GKMG

Unit

10000

5000
3000

1000

500

Luminous Intensity

300

Lighting

Color

Red

Red
Green
Green

−

IO  I

LN533GAM

LN533GAM

LN533GAMG

LN533GKM

LN533GKMG

LN533GKM

Common

Anode

Cathode

Anode

Cathode

−

F

G

G

G

G

LN533RAMRLN533RAMR

LN533RAMR

LN533RKMRLN533RKMR

LN533RKMR

I

O

Typ Typ Max Typ Typ I

400

400
1200
1200

I

/d.p

O

Min Typ

150

150

150

150

400

400

400

400

I

10
10

F

5
5

µcd µcd µcd mA V V nm nm mA µAV

100

50
30

10

5

Forward Current

3

IF  V

F

∗

VR(V) T

5
5

V

F

2.8

2.2

2.8

2.2

2.8

2.2

2.8

2.2

λ

700
700
565
565

25

20

15

10

P

(°C) T

opr

−25 ∼ +80

−25 ∼ +80

∆λ

100
100

30
30

F

20
20
20
20

IF  T

(°C)

stg

−30 ∼ +85

−30 ∼ +85

I

R

Max

V

10
10
10
10

a

R

5
5
5
5

Forward Current

5

100

31 5 10 50 10030

Forward Current

1

1.6 1.8 2.0 2.42.2

Forward Voltage

0

0

40 60 80 100

20

Ambient Temperature

311