Inductors & Coils
- J.W.MILLER - 4608-RC - Inductor, choke. 3.9uH 1Amp.$1.00IN STOCK - MORE THAN 500 READY TO SHIP!Inductor, choke. Inductance: 3.9uH. Current: 1Amp. Tolerance: 10%. DC Resistance: 0.45 Ohm. Minimum quality factor: 60@7.96MHz. Core material: Phenolic. Package: axial leads. Dimensions: 0.27mm D x 20.07mm long. Operating temperature: -55 to 125 Deg C. More info: http://www.bourns.com/data/global/pdfs/4600_series.pdf Learn More
- JW MILLER - PM1210-100J-RC - Inductor, ckoke. 10uH 140mA. Package of 25.$3.00Inductor, ckoke. Inductance: 10uH. Current: 140mA. Tolerance: 5%. DCR: 2.1 Ohm. Material: ferrite. Package: 1210 SMD. Package of 25. Learn More
- API DELEVAN - S4924-223K - Inductors, ferrite core/ferrite sleeve. 22uH.$0.69Inductors, ferrite core/ferrite sleeve. 22uH. DC resistance: 0.89 Ohm max. Max 561mA. Dimensions: 12.44 to 13.21mm wide x 5.84 to 6.35mm deep x 5.33 to 5.84mm high. Operating temperature range: �55 to +125 DegC. Case: SMD. Learn More
- API DELEVAN - 2474-23L - Inductors, ferrite core. 68uH.$0.69Inductors, ferrite core. 68uH. DC resistance: 0.145 Ohm max. Max 1.56 amp. Operating temperature range: �55 to +125 DegC. Maximum power dissipation at 85�C 0.50 W. Inductance Measured at 1 V with no DC current. Dimensions: 6.1mm D x 18.8mm long. Case: axial leads. Learn More
- PANASONIC - ELL6SH181M - Inductor, coil. 180uH. SMD.$0.65Inductor, coil. Inductance: 180uH. Current: 300mA. Tolerance: 20%. DC Resistance: 1.2 Ohm. Dissipation: 1 watt. Operating temperature: 105 Deg C. Dimensions: Thin, height 2.5mm, 2.8mm max. Package: SMD. From: Manufactures new T/R. Application: Video, audio, mobile communications, electric battery driven equipment. As a decoupling choke coil in DC/DC converters (S.M.P.S.). Note: Magnetic shield type, series H. Learn More
- BOURNS - SRR0805-471K - Inductor, power. 470uH +/-10%$0.65 As low as $0.29
BOURNS - SRR0805-471K Inductor, Power.
470uH +/-10%.
Series: SRR0805.
DC resistance: 2.25 Ohm max.
DC current: 250mA.
Self-resonant freq: 3.5MHz.
Q-Factor: 34.
Package: SMD 0805 13" reel.
RoHS compliant.
Priced per piece. Minimum Order is 20 Pieces
Learn More - VISHAY DALE - IHB5-560 - Filter Inductor, High Current, Radial Leaded, Coil 560uH, 5 Amp, 0.105 Ohm.IN STOCK - MORE THAN 100 READY TO SHIP!
VISHAY DALE - IHB5-560 - Filter Inductor, High Current, Radial Leaded, Coil
Toroid inductance coils are important electrical components for preventing electromagnetic interference, widely used in supply circuits, miniature TVs, adapters, DC-DC power modules, various electronic products, etc. The advantage of the toroidal shape is that, due to its symmetry, the amount of magnetic flux that escapes outside the core (Leakage Flux) is low, therefore it is more efficient and thus radiates less Electromagnet Interference (EMI).
Large Low Loss, Ferrite Core with stable electrical operating characteristics maximize inductor efficiency by minimizing copper lossesHigh-Reliability Low-Resistance Leaded Inductor.Toroid Cores are Self Shielded requiring no need for an enclosure.560uH 5 Amp, 0.105 Ohm.
DCR Max. (Ohms): 0.105
Rated DC Current (Amps): 5
Lead E Spacing: 1.07 (28.18)
Max. Lead "F" Diameter: 0.045 (1/15)
Tolerance: 10%.
Mount: PCB, Open Frame.
Core Material: Ferrite
Operating Temperature: -55°C to 125°CDimensions: 1.60" (Diameter) x 1.45" Coil Height) x 0.175" (core Diameter).
Additional Information: https://www.vishay.com/docs/34015/ihb.pdf
Applications: Applications: EMI Filters, Buck and Boost Switches, Ballasts, Medical, Telecommunications, Musical Instruments, Industrial Controls, Chokes, Power Supplies, Inverters, Amplifiers and Control Circuits.Made in USA – Factory New - COILCRAFT - 1008PS-105KC - Inductor, coil. Inductance: 1000uH 10%.$0.49Inductor, coil. Inductance: 1000uH 10%. DCR: 29 Ohms. 2MHz. Package: SMD. Learn More
- COILCRAFT - 1008PS-105KB - Inductor, choke. 1000uH.$0.79Inductor, choke. 1000uH. Tolerance: 10%. Resistance: 29 Ohm. SRF: 2MHz. Package: SMD. Shielded High SRF, high current. More info: http://www.coilcraft.com/pdf_viewer/showpdf.cfm?f=pdf_store:1008ps.pdf Learn More