• The scheme of winding anode mainly includes the basic structure of wire-wound anode.

  • The production method of non-inductive winding anode and the application of winding anode. The basic structure of wire-wound positive wire involves winding the positive wire on the insulation skeleton, and the positive wire is usually made of nickel chromium, manganese copper and other alloys with a certain positive rate. The insulation skeleton can be made of ceramic, plastic or metal coated with insulation layer, and has various shapes, such as tube shape and flat shape.

 

  • According to the need, the electric positive wire can be wound one or more layers, or the non-inductive winding method is used. The fabrication methods of non-inductive wire winding include cross winding, double wire parallel winding and non-inductive porcelain tube or resistance support winding. The cross winding method is used to make high quality non-inductive wire wound resistors with high resistance values, the double wire parallel winding system is suitable for the production of low voltage and low resistance non-inductive resistors, and the porcelain tube or positive support winding system tries to reduce the inductance through the forward winding and reverse winding but the effect is limited, and is suitable for low resistance non-inductive wire wound resistors 2. The application of winding anode is widely used in AC and DC circuits such as precision instruments, telecommunication instruments and electronic equipment, as partial voltage buck, shunt and load resistance.
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  • The scheme of winding anode mainly includes the basic structure of wire-wound anode.
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  • Because it has the characteristics of minimal noise, high temperature resistance, high power, good stability, small temperature coefficient and high precision, it is especially suitable for high temperature and high power occasions. In addition, winding resistors are also used as current-limiting resistors in power supply circuits, but cannot be used in high-frequency circuits due to their large inductance. In summary, the scheme of winding anode involves comprehensive consideration from the basic structure to the production method, and then to the application field, to ensure its effective application in various electronic equipment.

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