1µH Radial Leaded High Frequency Inductors:

2 Products Found

Our range of Radial Leaded High Frequency Inductors includes devices with inductance from 100nH to 120mH, and current ratings from 8mA to 10A. Self-resonant frequencies range from 90kHz to 700MHz.Below are some features of our manufacturers’ products:EPCOS (Part of TDK) offers their range of LBC+ series of radial leaded RF chokes with inductances from 1µH to 470µH, and current ratings from 600mA to 4450mA. They have a large ferrite drum core, enamel copper wire windings, flame-retardant lacquer coating, and non-lacquered lead wires. Along with the very high current ratings, they have high saturation behaviour, and are suitable for wave soldering.The EPCOS BC+ range of RF chokes is constructed similarly to the LBC+ Series. Ratings are from 0.1µH to 100µH inductance, and 640mA to 7300mA current.Applications for both BC+ and LBC+ include DC-DC converter, supply voltage filtering, RF blocking and filtering, decoupling and interference suppression, telecommunications, LED and energy-saving lamps, solar LED lamps, and entertainment electronics.The Bourns 6000 series of radial lead RF chokes features high current capacity, a ferrite bobbin core, and low core loss at operating frequency. They are highly reliable and highly efficient. They have fixed lead spacing, and their winding is covered with shrink tubing.

Show More
View
Buyer
Engineer
Manufacturer
Product Range
Inductance
DC Current Rating
DC Resistance Max
Inductance Tolerance
Self Resonant Frequency
Packaging
Filter(s) Applied
1 Filter(s) Selected
ComparePrice ForQuantity
2475028

RoHS

Each (Supplied on Cut Tape)
Cut Tape
5+
Rs.33.490
50+
Rs.26.020
250+
Rs.22.620
500+
Rs.20.970
Min: 5 / Mult: 5
B82144B2 LBC+ Series
1µH
4.45A
0.043ohm
± 10%
200MHz
2858890

RoHS

Each
1+
Rs.62.640
5+
Rs.56.080
10+
Rs.49.510
20+
Rs.47.190
40+
Rs.44.870
More Pricing...
Min: 1 / Mult: 1
RL622 Series
1µH
10A
0.013ohm
± 10%
150MHz
1-2 of 2 items
of 1 page(s)

Popular Suppliers

TDK
MURATA
PANASONIC
VISHAY
MULTICOMP PRO
KEMET
BOURNS
OHMITE
TE CONNECTIVITY