I Type Iron Powder Balun Core

I Type Iron Powder Balun Core, Metal Core, Iron Powder I Core, I Cores, high flux cores, balun core high flux core soft magnetic core low cost powder bonded iron core soft magnetic property, Kool Mu I-cores

Mode: I Cores (I Type Iron Powder Balun Core)
Composite: Iron powder
Temperature Effects:
The working temperature of iron powder core is between -65℃-125℃.When the working temperature rises than 150℃,the organic adhesive will begin to decompose,resulting in the degradation of the device’s performance and shortening of devices’s life.The severity of the degrading depends on the time,temperature,size of the iron powder core,working frequency and the flux density.
Applications:
High frequency chokes
Output chokes for switching power supplies
Conducted EMI noise filters
Pulse transformers
DC output/inpit chokes
Light dimmer chokes
Power factor correction inductors

Introduce of core -I shape

These balun core-I type provide an alternative shape for high current choke applications which can tolerate some electro-magnetic radiation. The configuration of this balun core can be especially effective for high power speaker crossover coils. This soft magnetic core I- shape is Electro-Stat, Teflon coated for smoothe, and scratch resistant finish. Recommended for High Power BALUN construction.

Application of balun I core

I core used as high flux core has similar to high flux core application for Line Noise filters where the inductor must support large AC voltages without saturation. 1) In Line Noise filters; Switching Regulators Inductors to handle large amount of DC bias current; Pulse Transformers and Flyback Transformers.

Iron Powder core is an extremely excellent material, having a good stability, a high Q value, the frequency response characteristics, and good energy handling capability; iron powder cores suitable for high-Q inductor of the frequency of 50kHz to 500MHz, and 50MHz broadband transformers; iron powder as a core material for many years has been widely used in the radio frequency (RF) uses the natural the gap distribution characteristics of iron powder cores, and also make it very suitable for a variety of energy storage inductor control applications. Iron Powder U Core