Power chokes and inductors

select brand


VTdrive Technology Limited

AC reactor choke AC - 220V 380V 525V 690V 1140V | 0.75kw~3550kw | FWI-CKI3

FWI-CKI3 Three phase 380v Input/output AC reactor (choke)

Description
Functions of AC reactor (choke):
1.Reduction of harmonics , Improvement of the power factor
2.Over-voltage restriction
3.Reducing the stress caused by noise to motor, extended the life span of motor
4.Improvement of low-frequency conduction emission/sensitivity

Technical specifications...

AC reactor choke AC - 220V 380V 525V 690V 1140V | 0.75kw~3550kw | FWI-CKI3

FWI-CKI3 Three phase 380v Input/output AC reactor (choke)

Description
Functions of AC reactor (choke):
1.Reduction of harmonics , Improvement of the power factor
2.Over-voltage restriction
3.Reducing the stress caused by noise to motor, extended the life span of motor
4.Improvement of low-frequency conduction emission/sensitivity

Technical specifications...
PREMO CORPORATION

Power inductor / SMD / energy storage / high-current - max. 20 A, 0.5 - 18.80 μH | PB1212 Series

Low cost energy storage choke with high current for telecom,PLC and consumer market.
Nominal...

Power inductor / SMD / energy storage / high-current - max. 20 A, 0.5 - 18.80 μH | PB1212 Series

Low cost energy storage choke with high current for telecom,PLC and consumer market.
Nominal currents: up to 20 Amps.
Nominal inductance: from 0,5μH to 18.8μH.
Low profile with SMD format.
Low losses due rectangular wire is used.
Three soldering points to improve vibration test.
Rohs Compliance
ARTECHE Group

High-voltage line trap - 40 - 500 kHz

Line traps direct the high-frequency telecommunication...

High-voltage line trap - 40 - 500 kHz

Line traps direct the high-frequency telecommunication signal to the appropriate lines, blocking the transmission to the others, and avoiding losses and interferences.

High-voltage line trap

Line Traps direct the carrier signal to the...

High-voltage line trap

Line Traps direct the carrier signal to the appropriate lines, blocking the transmission to the rest, and thus avoiding loss of the carrier signal power and interferences.
{{item.name}}