- Trained on our vast library of engineering resources.

Triad Magnetics Low Frequency Smoothing Filter Choke C-1X

Description
Description Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap which prevents saturation at maximum direct current.
Request a Quote Datasheet

Suppliers

Company
Product
Description
Supplier Links
Low Frequency Smoothing Filter Choke - C-1X - Triad Magnetics
Perris, CA, USA
Low Frequency Smoothing Filter Choke
C-1X
Low Frequency Smoothing Filter Choke C-1X
Description Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap which prevents saturation at maximum direct current.

Description

Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap which prevents saturation at maximum direct current.

Supplier's Site Datasheet
Power Inductor; Product Range Triad Magnetics - 22C4719 - Newark, An Avnet Company
Chicago, IL, United States
Power Inductor; Product Range Triad Magnetics
22C4719
Power Inductor; Product Range Triad Magnetics 22C4719
POWER INDUCTOR; Product Range:-; Inductance:15H; DC Current Rating:20mA; DC Resistance Max:1kohm; Inductance Tolerance:-20% to +50%; Self Resonant Frequency Min:-; Inductor Case Style:- RoHS Compliant: Yes

POWER INDUCTOR; Product Range:-; Inductance:15H; DC Current Rating:20mA; DC Resistance Max:1kohm; Inductance Tolerance:-20% to +50%; Self Resonant Frequency Min:-; Inductor Case Style:- RoHS Compliant: Yes

Supplier's Site Datasheet
Inductor;Filter;Ind 15H;Tol -20%, +50%;Cur 20mA;Leads;DCR 1000 Ohms - 70218150 - Allied Electronics, Inc.
Fort Worth, TX, USA
Inductor;Filter;Ind 15H;Tol -20%, +50%;Cur 20mA;Leads;DCR 1000 Ohms
70218150
Inductor;Filter;Ind 15H;Tol -20%, +50%;Cur 20mA;Leads;DCR 1000 Ohms 70218150
Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap that prevents saturation at maximum direct current. Specifications. Inductance Ranges: 0.005 H to 15 H. DC Current Ranges: 10 mA to 22.5 A. Resistance Ranges: 0.06 to 3500 Ohms.

Triad chokes are manufactured in a wide variety of inductance values and physical configurations. Smoothing chokes are power supply filter chokes having a core with an air gap that prevents saturation at maximum direct current. Specifications. Inductance Ranges: 0.005 H to 15 H. DC Current Ranges: 10 mA to 22.5 A. Resistance Ranges: 0.06 to 3500 Ohms.

Supplier's Site

Technical Specifications

  Triad Magnetics Newark, An Avnet Company Allied Electronics, Inc.
Product Category Inductors, Coils, and Chokes Inductors, Coils, and Chokes Inductors, Coils, and Chokes
Product Number C-1X 22C4719 70218150
Product Name Low Frequency Smoothing Filter Choke Power Inductor; Product Range Triad Magnetics Inductor;Filter;Ind 15H;Tol -20%, +50%;Cur 20mA;Leads;DCR 1000 Ohms
Operating Temperature ? to 65 C (? to 149 F)
Mounting Option Chassis Surface Mount Technology
Technology Wirewound
Core Material MPP
Application General Purpose; RF Choke Filter
Unlock Full Specs
to access all available technical data

Similar Products

Common Mode Inductors - CMF16-153131 - Triad Magnetics
Specs
Operating Temperature -40 to 105 C (-40 to 221 F)
Mounting Option Chassis
Technology Wirewound
View Details
SMD Type Power Inductor - AX97-10471 - Triad Magnetics
Specs
Mounting Option SMT
Application Power Choke
Configuration Fixed
View Details
3 suppliers
Common Mode Chokes - CMT-8118-B-ND - DigiKey
Specs
Operating Temperature -55 to 105 C (-67 to 221 F)
Mounting Option Through Hole
Application Common Mode Choke
View Details
Common Mode Chokes - CMT-8110-B-ND - DigiKey
Specs
Operating Temperature -55 to 105 C (-67 to 221 F)
Mounting Option Through Hole
Application Common Mode Choke
View Details