ZMM2V2HC ZMM33HCD (500 mW)

ZMM2V2HC ... ZMM33HCD (500 mW)
ZMM2V2HC ... ZMM33HCD (500 mW)
Surface mount Silicon Planar Zener Diodes
Silizium-Planar-Zener-Dioden für die Oberflächenmontage
Version 2013-06-17
Nominal Z-voltage
Nominale Z-Spannung
2.2...33 V
0.3
500 mW
Glass case MiniMELF
Glasgehäuse MiniMELF
SOD-80C
0.3
3.5±0.1
Maximum power dissipation
Maximale Verlustleistung
Weight approx.
Gewicht ca.
Dimensions - Maße [mm]
0.04 g
Standard packaging taped and reeled
Standard Lieferform gegurtet auf Rolle
Marking: One blue ring denotes “cathode” and “Z-Diode family”
The type numbers are noted only on the label on the reel
Kennzeichnung: Ein blauer Ring kennzeichnet “Kathode” und “Z-Dioden-Familie”
Die Typenbezeichnungen sind nur auf dem Rollenaufkleber vermerkt
Zener voltage tolerance is specially graded into sub-classes A, B, (C, D).
Die Toleranz der Zener-Spannung ist speziell abgestuft in die Unterklassen A, B, (C, D).
Maximum ratings and Characteristics
Grenz- und Kennwerte
ZMM-series
Power dissipation
Verlustleistung
TA = 25°C
Ptot
500 mW 1)
Operating junction temperature – Sperrschichttemperatur
Storage temperature – Lagerungstemperatur
Tj
TS
-50...+175°C
-50...+175°C
Thermal resistance junction to ambient air
Wärmewiderstand Sperrschicht – umgebende Luft
RthA
< 300 K/W 1)
Forward Voltage at IF = 100mA
Durchlass-Spannung bei IF = 100mA
VF
1V
Zener voltages see table on next page – Zener-Spannungen siehe Tabelle auf der nächsten Seite
2
1
2
Mounted on P.C. board with 25 mm2 copper pads at each terminal
Montage auf Leiterplatte mit 25 mm2 Kupferbelag (Lötpad an jedem Anschluss
Tested with pulses tp= 20ms – Gemessen mit Impulsen tp = 20ms
© Diotec Semiconductor AG
http://www.diotec.com/
1
ZMM2V2HC ... ZMM33HCD (500 mW)
Maximum ratings
Type
Typ1)
Grenzwerte
2
Zener voltage )
Zener-Spannung 2)
IZ = 20 mA
Dynamic resistance
Diff. Widerstand
IZ = 20 mA / f = 1 kHz
Reverse Leakage Current
Sperrstrom
Vzmin [V]
Vzmax [V]
rzj [Ω]
IR [µA]
@ VR [V]
ZMM2V2HC
2.09
2.41
< 120
< 120
0.7
ZMM2V2HCA
2.12
2.30
< 120
< 120
0.7
ZMM2V2HCB
2.22
2.41
< 120
< 120
0.7
ZMM2V4HC
2.30
2.64
< 120
< 120
1
ZMM2V4HCA
2.33
2.52
< 120
< 120
1
ZMM2V4HCB
2.43
2.63
< 120
< 120
1
ZMM2V7HC
2.50
2.90
< 100
< 100
1
ZMM2V7HCA
2.54
2.75
< 100
< 100
1
ZMM2V7HCB
2.69
2.91
< 100
< 100
1
ZMM3V0HC
2.80
3.20
< 80
< 50
1
ZMM3V0HCA
2.85
3.07
< 80
< 50
1
ZMM3V0HCB
3.01
3.22
< 80
< 50
1
ZMM3V3HC
3.10
3.50
< 70
< 20
1
ZMM3V3HCA
3.16
3.38
< 70
< 20
1
ZMM3V3HCB
3.32
3.53
< 70
< 20
1
ZMM3V6HC
3.40
3.80
< 60
< 10
1
ZMM3V6HCA
3.47
3.68
< 60
< 10
1
ZMM3V6HCB
3.62
3.83
< 60
< 10
1
ZMM3V9HC
3.70
4.10
< 50
<5
1
ZMM3V9HCA
3.77
3.98
< 50
<5
1
ZMM3V9HCB
3.92
4.14
< 50
<5
1
ZMM4V3HC
4.00
4.50
< 40
<5
1
ZMM4V3HCA
4.05
4.26
< 40
<5
1
ZMM4V3HCB
4.20
4.4
< 40
<5
1
ZMM4V3HCC
4.34
4.53
< 40
<5
1
ZMM4V7HC
4.40
4.90
< 25
<5
1
ZMM4V7HCA
4.47
4.65
< 25
<5
1
ZMM4V7HCB
4.59
4.77
< 25
<5
1
ZMM4V7HCC
4.71
4.91
< 25
<5
1
ZMM5V1HC
4.80
5.40
< 20
<5
1.5
ZMM5V1HCA
4.85
5.03
< 20
<5
1.5
ZMM5V1HCB
4.97
5.18
< 20
<5
1.5
ZMM5V1HCC
5.12
5.35
< 20
<5
1.5
ZMM5V6HC
5.30
6.00
< 13
<5
2.5
ZMM5V6HCA
5.29
5.52
< 13
<5
2.5
ZMM5V6HCB
5.46
5.70
< 13
<5
2.5
ZMM5V6HCC
5.64
5.88
< 13
<5
2.5
ZMM6V2HC
5.80
6.60
< 10
<5
3
ZMM6V2HCA
5.81
6.06
< 10
<5
3
ZMM6V2HCB
5.99
6.24
< 10
<5
3
ZMM6V2HCC
6.16
6.40
< 10
<5
3
1
2
Notes see previous page – Fußnoten siehe vorhergehende Seite
http://www.diotec.com/
© Diotec Semiconductor AG
ZMM2V2HC ... ZMM33HCD (500 mW)
Maximum ratings
Type
Typ1)
Grenzwerte
2
Zener voltage )
Zener-Spannung 2)
IZ = 20 mA
Dynamic resistance
Diff. Widerstand
IZ = 20 mA / f = 1 kHz
Reverse Leakage Current
Sperrstrom
Vzmin [V]
Vzmax [V]
rzj [Ω]
IR [µA]
@ VR [V]
ZMM6V8HC
6.40
7.20
<8
<2
3.5
ZMM6V8HCA
6.32
6.59
<8
<2
3.5
ZMM6V8HCB
6.52
6.79
<8
<2
3.5
ZMM6V8HCC
6.70
6.97
<8
<2
3.5
ZMM7V5HC
7.00
7.90
<8
< 0.5
4
ZMM7V5HCA
6.88
7.19
<8
< 0.5
4
ZMM7V5HCB
7.11
7.41
<8
< 0.5
4
ZMM7V5HCC
7.33
7.64
<8
< 0.5
4
ZMM8V2HC
7.70
8.70
<8
< 0.5
5
ZMM8V2HCA
7.56
7.90
<8
< 0.5
5
ZMM8V2HCB
7.82
8.15
<8
< 0.5
5
ZMM8V2HCC
8.07
8.41
<8
< 0.5
5
ZMM9V1HC
8.50
9.60
<8
< 0.5
6
ZMM9V1HCA
8.33
8.70
<8
< 0.5
6
ZMM9V1HCB
8.61
8.99
<8
< 0.5
6
ZMM9V1HCC
8.89
9.29
<8
< 0.5
6
ZMM10HC
9.40
10.90
<8
< 0.2
7
ZMM10HCA
9.19
9.59
<8
< 0.2
7
ZMM10HCB
9.48
9.90
<8
< 0.2
7
ZMM10HCC
9.82
10.3
<8
< 0.2
7
IZ = 10 mA
IZ = 10 mA
ZMM11HC
10.40
11.60
< 10
< 0.2
8
ZMM11HCA
10.18
10.63
< 10
< 0.2
8
ZMM11HCB
10.50
10.95
< 10
< 0.2
8
ZMM11HCC
10.82
11.26
< 10
< 0.2
8
ZMM12HC
11.40
12.60
< 12
< 0.2
9
ZMM12HCA
11.13
11.63
< 12
< 0.2
9
ZMM12HCB
11.50
11.92
< 12
< 0.2
9
ZMM12HCC
11.80
12.30
< 12
< 0.2
9
ZMM13HC
12.40
14.10
< 14
< 0.2
10
ZMM13HCA
12.18
12.71
< 14
< 0.2
10
ZMM13HCB
12.59
13.16
< 14
< 0.2
10
ZMM13HCC
13.03
13.62
< 14
< 0.2
10
ZMM15HC
13.80
15.60
< 16
< 0.2
11
ZMM15HCA
13.48
14.09
< 16
< 0.2
11
ZMM15HCB
13.95
14.56
< 16
< 0.2
11
ZMM15HCC
14.42
15.52
< 16
< 0.2
11
ZMM16HC
15.30
17.10
< 18
< 0.2
12
ZMM16HCA
14.87
15.50
< 18
< 0.2
12
ZMM16HCB
15.33
15.96
< 18
< 0.2
12
ZMM16HCC
15.79
16.50
< 18
< 0.2
12
1
Notes see previous page – Fußnoten siehe vorhergehende Seite
© Diotec Semiconductor AG
http://www.diotec.com/
3
ZMM2V2HC ... ZMM33HCD (500 mW)
Maximum ratings
Type
Typ1
Grenzwerte
2
Zener voltage )
Zener-Spannung 2)
IZ = 10 mA
Dynamic resistance
Diff. Widerstand
IZ = 10 mA / f = 1 kHz
Reverse Leakage Current
Sperrstrom
[µA]
Vzmin [V]
Vzmax [V]
rzj [Ω]
IR [µA]
@ VR [V]
ZMM18HC
16.80
19.10
< 23
< 0.2
13
ZMM18HCA
16.34
17.06
< 23
< 0.2
13
ZMM18HCB
16.90
17.67
< 23
< 0.2
13
ZMM18HCC
17.51
18.30
< 23
< 0.2
13
ZMM20HC
18.80
21.60
< 28
< 0.2
15
ZMM20HCA
18.11
18.92
< 28
< 0.2
15
ZMM20HCB
18.73
19.57
< 28
< 0.2
15
ZMM20HCC
19.38
20.22
< 28
< 0.2
15
ZMM20HCD
19.88
20.72
< 28
< 0.2
15
IZ = 5 mA
IZ = 5 mA
ZMM22HC
20.80
23.30
< 30
< 0.2
17
ZMM22HCA
20.23
21.08
< 30
< 0.2
17
ZMM22HCB
20.76
21.65
< 30
< 0.2
17
ZMM22HCC
21.22
22.09
< 30
< 0.2
17
ZMM22HCD
21.68
22.61
< 30
< 0.2
17
ZMM24HC
21.80
25.60
< 35
< 0.2
19
ZMM24HCA
22.26
23.12
< 35
< 0.2
19
ZMM24HCB
22.75
23.73
< 35
< 0.2
19
ZMM24HCC
23.29
24.27
< 35
< 0.2
19
ZMM24HCD
23.81
24.81
< 35
< 0.2
19
ZMM27HC
25.10
28.90
< 45
< 0.2
21
ZMM27HCA
24.26
25.52
< 45
< 0.2
21
ZMM27HCB
24.97
26.26
< 45
< 0.2
21
ZMM27HCC
25.63
26.95
< 45
< 0.2
21
ZMM27HCD
26.29
27.64
< 45
< 0.2
21
ZMM30HC
28.00
32.00
< 55
< 0.2
23
ZMM30HCA
26.99
28.39
< 55
< 0.2
23
ZMM30HCB
27.70
29.13
< 55
< 0.2
23
ZMM30HCC
28.36
29.82
< 55
< 0.2
23
ZMM30HCD
29.02
30.51
< 55
< 0.2
23
ZMM33HC
31.00
35.00
< 65
< 0.2
25
ZMM33HCA
29.68
31.22
< 65
< 0.2
25
ZMM33HCB
30.32
31.88
< 65
< 0.2
25
ZMM33HCC
30.90
32.50
< 65
< 0.2
25
ZMM33HCD
31.49
33.11
< 65
< 0.2
25
1
4
Notes see previous page – Fußnoten siehe vorhergehende Seite
http://www.diotec.com/
© Diotec Semiconductor AG