Flying Leads Inductors, Coils, and Chokes
from Coilcraft, Inc.
Coilcraft BCR Series conical inductors were designed specifically for broadband and high frequency applications, operating as a series of narrow-band inductors across a frequency range of 10 MHz to 40 GHz. They are ideal for use in ultra-wideband bias Tees. Their “flying leads ” allow... [See More]
- Lead Style: Flying
- Packing Method: Tray
- Application: RF Choke
- Standards and Certifications: RoHS
from RS Components, Ltd.
Open toroidal choke,4mH 100W [See More]
- Lead Style: Flying; Flying Leads
- Standards and Certifications: RoHS
- Technology: Toroid
- Inductance Range: 4000
from Richardson RFPD
ATC, the industry leader, is introducing the new 506WLC Series High Frequency Ultra-Broadband Inductor (UBL). This unique component (patent pending) provides low insertion loss and excellent match over multiple octaves of frequency spectrum. The 506WLC is ideal for ultra-broadband DC decoupling... [See More]
- Lead Style: Flying
- DCR: 0.0014
- Inductance Range: 2
- Rated DC Current: 250
from Coilcraft, Inc.
Coilcraft BCR Series conical inductors were designed specifically for broadband and high frequency applications, operating as a series of narrow-band inductors across a frequency range of 10 MHz to 40 GHz. They are ideal for use in ultra-wideband bias Tees. Their full-length cap protects the coil... [See More]
- Lead Style: Flying
- Packing Method: Tape Reel
- Application: RF Choke
- Standards and Certifications: RoHS
from RS Components, Ltd.
Open toroidal choke,2.9mH 400W [See More]
- Lead Style: Flying; Flying Leads
- Standards and Certifications: RoHS
- Technology: Toroid
- Inductance Range: 2900
from Richardson RFPD
The 506WLS is ideal for ultra-broadband DC decoupling networks and bias tee applications in optical communications systems and equipment using high-speed digital logic [See More]
- Lead Style: Flying
- DCR: 3.20E-4
- Inductance Range: 0.7000
- Rated DC Current: 619
from RS Components, Ltd.
Open toroidal choke,2.4mH 500W [See More]
- Lead Style: Flying; Flying Leads
- Standards and Certifications: RoHS
- Technology: Toroid
- Inductance Range: 2400
from Richardson RFPD
The 506WLS is ideal for ultra-broadband DC decoupling networks and bias tee applications in optical communications systems and equipment using high-speed digital logic [See More]
- Lead Style: Flying
- DCR: 0.0071
- Inductance Range: 10.7
- Rated DC Current: 150
from Amecon, Inc.
For light dimmers, motor controls, line filters - semi or full epoxy molded [See More]
- Lead Style: Flying
- Technology: Toroid
- Mounting Option: Horizontal and Vertical Mount
- Core Material: UL Recognizable Materials
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 5H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 10H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 10H at 300mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 2H at 150mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1H at 500mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1H at 600mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 2H at 400mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 0.5H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1H at 150mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 0.6H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1.5H at 250mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 15H at 75mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 2H at 200mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 1H at 450mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 2H at 300mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS
from EDCOR Electronics Corporation
Design. Mathematically designed to produce 2H at 350mA DC. A lower DC current will slightly increase inductance. Magnet Wire. All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and... [See More]
- Lead Style: Flying
- Core Material: M6 29 ga. line grain oriented steel
- Technology: Bobbin
- Standards and Certifications: RoHS