WW2FT13R0

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Through Hole Resistors are widely used in many applications, providing electrical resistance to various circuits. The WW2FT13R0 Resistor is one of these resistors, and is typically used in the fields of communication engineering, military applications, communication systems, computers, and other high-tech equipment. It\'s capable of resisting current, voltage, and power fluctuations without being damaged. It is also used to minimize or eliminate interference from one component to another.

The WW2FT13R0 Resistor is constructed with two hollow layers of an insulating material, such as ceramic, mica, or even plastic. The inner layer is the active electrical element of the resistor. It is electroplated with nickel and yellow plating and consists of a resistive element embedded with electrodes and conductors. On the outside layer, thick metal shields are also attached to provide additional protection against electrical and thermal shock.

The active element of the resistor is then mounted on a PCB via a thru hole method, with special components added for extended operation. This type of resistor, due to its size and construction, is able to handle higher power ratings than leads or SMD resistors and can be mounted on PCBs with higher clearance to other components. This provides access to larger current and voltage ratings, which is ideal for power applications.

In terms of working principle, the major component of a resistor is an electrical resistance that is measured in Ohms. The working principle of the WW2FT13R0 Resistor is based on resistive heat generated in the resistive element due to current that passes through it. The temperature of the resistor will increase while current passes through it and this heat is dissipated by the thermal management system incorporated in the design.

The WW2FT13R0 Resistor is considered highly reliable as the resistive element and components used are designed to withstand harsh environments. Additionally, the design also includes voltage and current protection mechanisms that protect it from being damaged. The resistor is also designed to maintain performance in a range of temperatures from -50 to +150°C.

In summary, the WW2FT13R0 Resistor is used in many applications providing electrical resistance in applications such as communication engineering, military applications, communication systems, computers, and other high-tech equipment. Its construction is based on two hollow layers of an insulating material with an active resistor element and metal shields on the outside, and it is mounted on PCBs via a thru hole. Its working principle is based on resistive heat generated by current that passes through it, with the heat being dissipated by the thermal management system incorporated in the design.

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