Diodă HV de recuperare rapidă 20-50mA

Caracteristica:

● Dimensiuni mici, VF scăzut

● Fiabilitate ridicată, Tj ridicat

● Capacitate mare de supratensiune, Trr rapid

Aplicație:

Surse de alimentare cu raze X-, surse de alimentare cu laser, circuite multiplicatoare de tensiune, surse de alimentare cu emițător cu microunde etc.

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[IFM=10mA]

[VRM=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

2CLG0210

10

20

2

120

-40~+120

24

2

0.1

Φ3*12/Φ0.6

2CLG0212

12

20

2

120

-40~+120

28

2

0.1

Φ3*12/Φ0.6

2CLG0214

14

20

2

120

-40~+120

32

2

0.1

Φ3*12/Φ0.6

2CLG0216

16

20

2

120

-40~+120

36

2

0.1

Φ3*12/Φ0.6

2CLG0218

18

20

2

120

-40~+120

40

2

0.1

Φ3*12/Φ0.6

2CLG0220

20

20

2

120

-40~+120

45

2

0.1

Φ3*12/Φ0.6

2CLG0320

20

30

2

120

-40~+120

45

2

0.1

Φ3*12/Φ0.6

2CLG0520

20

50

5

120

-40~+120

45

2

0.1

Φ3*12/Φ0.6

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[IFM=10mA]

[VRM=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

2CLG0320

20

30

3

120

-40~+120

41

2

0.1

Φ3*12/Φ0.6

2CLG0325

25

30

3

120

-40~+120

43

2

0.1

Φ3*12/Φ0.6

2CLG0330

30

30

3

120

-40~+120

45

2

0.1

Φ3*12/Φ0.6

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[IFM=10mA]

[VRM=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

RT0308

8

30

2

120

-40~+120

25

5

0.1

φ3*8/φ0.6

RT0310

10

30

2

120

-40~+120

14

5

0.1

Φ3*12/Φ0.6

RT0315

15

30

2

120

-40~+120

26

5

0.1

Φ3*12/Φ0.6

RT0318

18

30

2

120

-40~+120

40

5

0.1

Φ3*12/Φ0.6

RT0320

20

30

2

120

-40~+120

40

5

0.1

Φ3*12/Φ0.6

RT0325S

25

30

2

120

-40~+120

58

5

0.1

Φ3*12/Φ0.6

RT0325

25

30

2

120

-40~+120

58

5

0.1

φ4.2*15/φ0.8

RT0330

30

30

5

120

-40~+120

59

5

0.1

Φ3*12/Φ0.6

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[DACĂ=IF(AV)]

[VR=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

2CL81

8

30

3

120

-40~+120

20

2

0.1

Φ3*8/Φ0.6

2CL82

10

30

3

120

-40~+120

25

2

0.1

Φ3*8/Φ0.6

2CL83

12

30

3

120

-40~+120

28

2

0.1

Φ3*10/Φ0.6

2CL85

16

30

3

120

-40~+120

36

2

0.1

Φ3*12/Φ0.6

2CL87

20

30

3

120

-40~+120

40

2

0.1

Φ3*12/Φ0.6

2CL89

30

30

3

120

-40~+120

46

2

0.1

Φ4.5*15/Φ1.0

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VF

IR1

Trr

φcorp*L, φplumb

[DACĂ=IF(AV)]

[VR=VRRM]

KV

mA

A

grad

grad

V

μA

μS

mm

RT0508S

8

50

3

150

-40~+150

20

2

0.1

Φ3*8/Φ0.6

2CL510R

10

50

5

120

-40~+120

30

5

0.1

Φ3*8/Φ0.6

2CL512R

12

50

5

120

-40~+120

30

5

0.15

Φ3*8/Φ0.6

RT0515

15

50

3

150

-40~+150

32

2

0.1

Φ4.2*15/Φ0.8

2CL516

16

50

5

120

-40~+120

40

2

0.1

Φ3*12/Φ0.6

RT0518

18

50

3

150

-40~+150

40

2

0.1

Φ3*12/Φ0.6

2CLG0520

20

50

3

150

-40~+150

45

2

0.1

Φ3*12/Φ0.6

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[DACĂ=IF(AV)]

[VR=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

HVRT080

8

30

1

150

-40~+150

15

2

0.08

Φ3*8/Φ0.6

HVRT100

10

30

1

150

-40~+150

17

2

0.08

Φ3*10/Φ0.6

HVRT120

12

30

1

150

-40~+150

25

2

0.08

Φ3*10/Φ0.6

HVRT150

15

30

1

150

-40~+150

33

2

0.08

Φ3*10/Φ0.6

HVRT200

20

30

1

150

-40~+150

42

2

0.08

Φ3*12/Φ0.6

HVRT250

25

30

1

150

-40~+150

54

2

0.08

Φ3*12/Φ0.6

HVRT300

30

30

1

150

-40~+150

60

2

0.08

Φ3*12/Φ0.6

Tip

Valori nominale

Temp. Stare

Caracteristica electrică
[Ta=25grad, toate sunt valori maxime]

Dimensiune

VRRM

IF(AV)

IFSM

Tj

Tstg

VFM

IR1

Trr

φcorp*L, φplumb

[DACĂ=IF(AV)]

[VR=VRRM]

[IF=2mA IRM=4mA]

KV

mA

A

grad

grad

V

μA

μS

mm

DD600

6

30

1

150

-40~+150

15

2

0.08

φ2.5*6.5/φ0.5

DD800

8

30

1

150

-40~+150

20

2

0.08

φ2.5*6.5/φ0.5

DD900

9

30

1

150

-40~+150

25

2

0.10

φ2.5*6.5/φ0.5

DD1000

10

30

1

150

-40~+150

20

2

0.10

Φ3*12/Φ0.6

DD1200

12

30

1

150

-40~+150

25

2

0.10

Φ3*12/Φ0.6

DD1400

14

30

1

150

-40~+150

30

2

0.10

Φ3*12/Φ0.6

DD1600

16

30

1

150

-40~+150

35

2

0.10

Φ3*12/Φ0.6

DD1800

18

30

1

150

-40~+150

40

2

0.10

Φ3*12/Φ0.6

DD2000

20

30

1

150

-40~+150

40

2

0.08

Φ3*12/Φ0.6