WW5FTR200

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Through Hole Resistors – WW5FTR200 Application Field and Working Principle

Through hole resistors are electronic components which are used to control the flow of electricity within an electrical circuit. They are one of the most fundamental parts of a circuit and can be used for a wide variety of tasks, including reducing the current flow, providing a voltage drop across a circuit, or providing a barrier for specific types of signals. WW5FTR200 is a type of through hole resistor with applications and features specifically designed for its unique purpose.

The WW5FTR200 is a conventional resistive element loaded with a 1 ohm resistance. It is designed for use in differential signal lines by providing an equal resistance between the two nodes. This type of resistor can be used to introduce stability in many applications, such as switching systems, analog and digital signal processing and analog-to-digital conversion, as well as eliminating noise or vibration from the circuit and protecting the input and output stages. The WW5FTR200 is also capable of providing a connection between the signal lines and ground, creating a ground plane that allows more efficient and robust operation.

The WW5FTR200 resistor is designed with an insulated construction, making it suitable for different types of high-temperature applications. The resistor is made of metalized oxide film, which provides a reliable and economical solution for both temperature and voltage applications. Its main benefit is that it can withstand high temperatures up to 200°C without deteriorating its performance. In addition, the insulation material is free of halogens and phosphates, making it an environmentally-friendly choice.

The WW5FTR200 resistor is composed of two separate parts: the substrate and the resistive element. The substrate is made of a material that comprises a set of insulation layers to provide better conduction of heat away from the resistor. On top of the substrate is the resistive element, which is composed of a metalized oxide film. This element is responsible for providing a fixed resistance between the two nodes of the electrical circuit connected to it.

The working principle of the WW5FTR200 resistor is based on the flow of electrical current and the resistive-inductive impedance. Electrical current passes through the resistor, creating a voltage drop across the resistor. The amount of current that can flow through the resistor is determined by the resistance of the element. The metalized oxide layer provides a suitable low-resistance connection between the two nodes of the circuit.

The WW5FTR200 resistors can be used as an alternative to more traditional resistors, such as carbon-based film resistors and wire-wound resistors. They provide higher resistance figures with better stability at high temperatures. In addition, due to their insulated construction, they can be used in situations where the environment may be more hostile, such as in industrial or shock environments.

The WW5FTR200 resistor is an ideal choice for applications that require high power and temperature performance. These include voltage regulating circuits, voltage limiting, switching applications, and many other applications. Its insulation material makes it suitable for different levels of voltage and currents, as well as the capacity to provide greater insulation and heat dissipation. As a result, this type of resistor can be used in a wide range of applications and is a reliable and economical solution for both residential and industrial electronics.

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