UU Filter Transformer

Super UU filter transformer Feneng, the one of the largest professional manufacturers of UU filter transformer in China, welcome to customize ! High quality UU filter transformer with the best price Feneng factory have capable to customize UU filter transformer for buyers.please send your...
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Product Details

Super UU filter transformer

Feneng, the one of the largest professional manufacturers of UU filter transformer in China, welcome  to customize !

Quick Details

Place of origin:Guangdong,China
(Mainland)

Brand Name:FELENG

Model Number:UU10.5

Material:Mn-Zn ferrite core

Operating Tem…­40℃to+125℃

Working freque…20kHZ-500kHZ

Shape:U

lnductance:OEM Production

Certification:ISO9001

Application:High Frequency Applications

Product Name:Choke Coil

Type:Vertical

Name:Magnetic lnductor



Packaging &Delivery

Packaging Details

Standard export carton and pallet packge


Delivery Time

Shipped winthin 5 days after payment


High quality UU filter transformer with the best price

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Feneng factory have capable to customize UU filter transformer for buyers.please send your specification or  drawing.

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 Ask :UU filter transformer inductance is bad ,What happend ?

Aswer:  Technique problem, lens face magnetic core cannot have smudge. also ,

With high - guide mirror core, remember to wear a few times when assembling, pay attention to dust; Iron clamp must be clamped, clamping, including immersion do not vacuum.



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High standard packaging of UU filter transformer to avoid transport  damaged
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Note:

 

1) in the design, at the maximum output power, the magnetic induction intensity in the core should not reach saturation, so as to avoid distortion in large signal.

 

2) in the transient process, the high-frequency chain leakage inductance and distributed capacitance will cause the surge current, peak voltage and pulse top oscillation, which will increase the loss and even cause the switch tube damage if it is serious. At the same time, the effect of distributed capacitance should be considered when the number of turns of output windings is large and the number of layers is large. It is difficult to reduce the distributed capacitance and leakage inductance of the same transformer at the same time.


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