LVS252010
Chilisin
1.86MB
Sealed power inductors.
TAGS
📁 Related Datasheet
LVS252010D - Sealed Power Inductors
(Chilisin)
Sealed Power Inductors - LVS Series LVS Series
LVS series, an automatic assembly power inductor, is shielded with magnetic resin and suitable for the.
LVS252012 - Sealed Power Inductors
(Chilisin)
Sealed Power Inductors - LVS Series LVS Series
LVS series, an automatic assembly power inductor, is shielded with magnetic resin and suitable for the.
LVS252012D - Sealed Power Inductors
(Chilisin)
Sealed Power Inductors - LVS Series LVS Series
LVS series, an automatic assembly power inductor, is shielded with magnetic resin and suitable for the.
LVS252012L - Sealed Power Inductors
(Chilisin)
Sealed Power Inductors - LVS Series LVS Series
LVS series, an automatic assembly power inductor, is shielded with magnetic resin and suitable for the.
LVS20056C160 - Chip Varistor
(rhopointcomponents)
Chip Varistor
DESCRIPTION
The LVS series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current be.
LVS20090C200 - Chip Varistor
(rhopointcomponents)
Chip Varistor
DESCRIPTION
The LVS series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current be.
LVS20140C300 - Chip Varistor
(rhopointcomponents)
Chip Varistor
DESCRIPTION
The LVS series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current be.
LVS201610 - Sealed Power Inductors
(Chilisin)
Sealed Power Inductors - LVS Series LVS Series
LVS series, an automatic assembly power inductor, is shielded with magnetic resin and suitable for the.
LVS20180C400 - Chip Varistor
(rhopointcomponents)
Chip Varistor
DESCRIPTION
The LVS series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current be.
LVS20260C580 - Chip Varistor
(rhopointcomponents)
Chip Varistor
DESCRIPTION
The LVS series is metal oxide based chip varistor for transient voltage suppression. They have non-linear voltage-current be.