Inductance: 10 uH
Current Rating: 2 A
Core Material: Copper
Inductor Type: DIP
Inductance: 1.5mh
Current Rating: 10 A
Core Material: Iron Powder
Mounting Type: Through Hole
Current Rating: 15 A
Core Material: Iron Powder
Winding Type: Single
Inductance Range: 500 uH to 1200 uH
Voltage Type: AC
Reactor Type: Load Type
Temperature: 25 Degree C
Inductance: 1uH to 100H
Current Rating: 3A
Core Material: Ferrite
Inductor Type: Toriodal
Country of Origin: Made in India
Input Voltage: 2x115v or 230VAC @50/60 Hz
Power: 20 VA to 3000 VA
Phase: Single Phase
Cooling Type: Dry Type/Air Cooled
Frequency: 30 uH
Power: 10W
Current Rating: 2 A
Core Material: Copper
Current Rating: 5 A
Current: 200 A
Winding Type: Dual
Inductor Type: DIP
Inductance: 70 uH
Current Rating: 10 A
Core Material: Iron Powder
Winding Type: Single
Certified: ISO- 9001-2015 & MSME
Inductance: 10 uH
Current Rating: 2 A
Core Material: Ferrite
Voltage: 120 V
Current Rating: 10 A
Core Material: Ferrite
Material: Copper
Seller Type
Inductance: ALL
Current Rating: 10 A
Core Material: Copper
Inductor Type: SMD
Resistance: Low DC resistance
Frequency Range: Suitable for high-frequency applications
Current Rating: 7A
Core Material: Ferrite
Brand: Wirewound
Usage: Used In Power Supplies, Emi Filters, And Rf Circuits For Noise Suppression And Energy Storage.
Current Rating: 5 A
Core Material: Copper
Feature: Superior quality,Reasonably priced,Compact size
Inductance: 22 uH
Current Rating: 5 A
Core Material: Iron Powder
Inductance: 470 uH
Current Rating: 15 A
Core Material: Iron Powder
Mounting Type: PCB Mount
Current Rating: 5 A
Core Material: Ferrite
Winding Type: Dual
Inductance Range: 0.2A - 10A
Current: 15 A
Inductor Type: DIP
Material: Ferrite
Inductance: As per requirment
Current Rating: As per requiment
Core Material: Ferrite
Mounting Type: Through Hole
Inductance: 100 uH
Current Rating: 5 A
Core Material: Ferrite
Mounting Type: Through Hole
Current Rating: 7 A
Core Material: Ferrite
Country of Origin: Made in India
Current Rating: 50A
Core Material: Copper
Winding Type: Dual
Inductance Range: NA