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Eris SMA DataSheet

No. Partie # Fabricant Description Fiche Technique
1
SMA4762A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
2
SMA4761A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
3
SMA4756A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
4
SMA4755A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
5
SMA4744A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
6
SMA4745A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
7
SMA4734A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
8
SMA4731A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
9
SMA4729A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
10
1N4148M

Eris
SMALL SIGNAL SWITCHING DIODE
‧Fast switching Speed. ‧Electrically ldentical to Standerd JEDEC ‧High Conductance ‧Axial lead Package ldeally Suited for Automatic lnsertion. ‧Both normal and Pb free product are available : Normal : 80~95% Sn, 5~20% Pb Pb free: 98.5% Sn above Elect
Datasheet
11
SMA4764A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
12
SMA4763A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
13
SMA4758A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
14
SMA4759A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
15
SMA4757A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
16
SMA4754A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
17
SMA4752A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
18
SMA4753A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
19
SMA4751A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet
20
SMA4748A

Eris
Surface Mount Zener Device
‧Glass passivated chip ‧Low leakage ‧Built-in strain relief ‧Low inductance ‧High peak reverse power dissipation ‧Lead (Pb)-free component ‧For use in stabilizing and clipping with high power rating PrimaryCharacteristics VRRM VF TJ max 3.3~330V 1.
Datasheet



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