LLZ2V4

2.4

5

100

120

1.0

LLZ2V7

2.7

5

110

100

1.0

LLZ3V0

3.0

5

120

50

1.0

LLZ3V3

3.3

5

120

20

1.0

LLZ3V6

3.6

5

100

10

1.0

LLZ3V9

3.9

5

100

5

1.0

LLZ4V3

4.3

5

100

5

1.0

LLZ4V7

4.7

5

80

5

1.0

LLZ5V1

5.1

5

80

5

1.5

LLZ5V6

5.6

5

60

5

2.5

LLZ6V2

6.2

5

60

5

3.0

LLZ6V8

6.8

5

20

2.0

3.5

LLZ7V5

7.5

5

20

0.5

4.0

LLZ8V2

8.2

5

20

0.5

5.0

LLZ9V1

9.1

5

25

0.5

6.0

LLZ10

10.0

5

30

0.2

7.0

LLZ11

11.0

5

30

0.2

8.0

LLZ12

12

5

30

0.2

9.0

LLZ13

13

5

35

0.2

10.0

LLZ15

15

5

40

0.2

11.0

LLZ16

16

5

40

0.2

12.0

LLZ18

18

5

45

0.2

13

LLZ20

20

5

45

0.2

15

LLZ22

22

5

30

0.2

17

LLZ24

24

5

35

0.2

19

LLZ27

27

5

45

0.2

21

LLZ30

30

5

55

0.2

23

LLZ33

33

5

65

0.2

25

LLZ36

36

5

75

0.2

27

LLZ39

39

5

85

0.2

30

LLZ43

43

5

90

0.2

33

LLZ47

47

5

90

0.2

36

LLZ51

51

5

110

0.2

39

LLZ56

56

5

110

0.2

43

LLZ62

62

2

201

0.2

47

LLZ68

68

2

230

0.2

51

LLZ75

75

2

240

0.2

56

Notes : 1. The type numbers listed have zener voltage as shown and have a standard tolerance

on the nominal zener voltage of ±5%.

2. For detailed information on price, availability and deliver of nominal zener voltages

between the voltages shown and tighter voltage tolerances, contact your nearest

Taiwan Semiconductor representative.

3. The zener impedance is derived from the 60-cycle ac voltage, which results when an

Document Number: DS_S1408019

Version: D15

(Volts)

Nom

(mA)

Device

(Volts)

LLZ2V4 - LLZ75

Taiwan Semiconductor

Small Signal Product

(Ω)

Max.

(μA)

Max.