China wholesale Iron Core Inductor - Ferrite core – Mingda
China wholesale Iron Core Inductor - Ferrite core – Mingda Detail:
Magnetics’ ferrite cores are manufactured for a wide variety of applications. Magnetics has the leading MnZn ferrite materials for power transformers, power inductors, wideband transformers, common mode chokes, as well as many other applications.
It’s mainly use for winding inductors and transformers, widely used in lots of field, such as: Power supply, Lighting driver, Digital products and household appliance.Different size and materials ferrite core could be provided according to your request.
1. Fast and large batch supply capacity.
2. Different size and materials could be choosed.
3. Good mechanical property
4.Long service life
5.The widest range of toroid sizes in power and high
permeability materials
6.Superior toroid coatings available in several options:
epoxy, nylon and Parylene C
7.Standard gapping to precise inductance or mechanical
dimension: wide range of coil former and assembly
hardware available
8.The full range of standard planar E and I cores
9.Rapid prototyping capability for new development
TYPE |
(Dimentions)(Unit:mm) |
Effective Parameter |
Wt |
|||||
A |
B |
C |
C1(mm) |
Le(mm) |
Ae(mm) |
Ve(mm) |
(G/set) |
|
T14/8/7 |
1400±0.40 |
800±0.3 |
7.00±0.30 |
1.62 |
32.8 |
20.3 |
665 |
35 |
T14/9/5 |
1400±0.40 |
1200±0.2 |
5.00±0.30 |
2.89 |
35 |
12.1 |
423 |
2 |
T16/12/8 |
1600±0.20 |
900±0.3 |
8.00±0.30 |
2.77 |
43.4 |
15.7 |
680 |
34 |
T16/9/7 |
1600±0.30 |
950±0.4 |
7.00±0.30 |
1.56 |
37.2 |
23.8 |
964 |
42 |
T16/9.6/8 |
1600±0.30 |
960±0.30 |
8.00±0.30 |
1.54 |
38.5 |
25.1 |
964 |
46 |
T18/8/5 |
1800±0.50 |
800±0.40 |
5.00±0.40 |
1.56 |
36.7 |
23.5 |
864 |
49 |
TT18/10/7 |
1800±0.50 |
1000±0.04 |
7.00±0.30 |
1.53 |
41.5 |
27.2 |
1130 |
60 |
T18/10/10 |
1800±0.50 |
1000±0.04 |
10.00±0.40 |
1.07 |
41.5 |
38.9 |
1610 |
86 |
T18/12/8 |
1800±0.50 |
1200±0.04 |
8.00±0.30 |
1.94 |
45.8 |
23.7 |
1090 |
52 |
T20/10/10 |
2200±0.40 |
1000±0.30 |
10.00±0.30 |
0.91 |
43.5 |
48.0 |
2090 |
11 |
T22/14/6.35 |
2200±0.40 |
1400±0.04 |
6.35±0.30 |
2.19 |
54.6 |
25 |
1360 |
70 |
T22/24/8 |
2200±0.40 |
1400±0.04 |
8.00±0.30 |
1.74 |
54.6 |
315 |
1720 |
88 |
T22/14/10 |
2200±0.40 |
1400±0.04 |
10.00±0.30 |
1.39 |
54.7 |
393 |
2150 |
11 |
A Low and medium frequency universal power converter
material. Designed for the lowest loss between 80-100°C.
Almost all core sizes and shapes are available.
A medium frequency general-purpose power
transformer, inductor and filter material. Slightly higher
in perm than P or R Material. Engineered for lowest
losses between 50 – 80°C.
A power material for transformers and inductors operating
from 20 kHz to 750 kHz. T material offers stability in both
perm and losses over a wide temperature range.
There are other specifications for the threaded core, and we can customize threaded cores of different specifications according to customer requirements. If necessary, you can call our contact number or send an email to our website mailbox. Friends from all over the world are welcome to consult.Please do not hesitate to miss the best supplier.Mainly Used for Inductor of IFT, RF, OSC, Driver, Detector, ETC .
Product detail pictures:
Related Product Guide:
What’s the role common mode choke play in daily?
Our merchandise are broadly identified and trusted by end users and can satisfy continually developing economic and social requires for China wholesale Iron Core Inductor - Ferrite core – Mingda , The product will supply to all over the world, such as: Zimbabwe, Mecca, Yemen, After years of development, we have formed strong ability in new product development and strict quality control system to ensure excellent quality and service. With the support of many long term cooperated customers, our products are welcomed all over the world.
By Constance from Algeria - 2018.12.25 12:43
This manufacturers not only respected our choice and requirements, but also gave us a lot of good suggestions, ultimately, we successfully completed the procurement tasks.
By Mandy from Iraq - 2018.08.12 12:27