FM0204JT-52-18R

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Through Hole Resistors are incredibly versatile components, and the FM0204JT-52-18R is no exception. This resistor is a metal oxide film resistor, which means that it is a combination of ceramic discs, metal oxides and other materials which are sintered into a cylindrical body. This cylinder has two resistive contacts which are wire wound around its circumference. The Ohmic values of these resistors depend on the resistance of the wire, the thickness of the ceramic discs, and the properties of the other materials that are used.

The FM0204JT-52-18R has an Ohmic value from 18 ohms to 52 ohms, with a tolerable error range of ±1%. This widely varying Ohmic value makes it a perfect choice for a comprehensive range of applications. Its temperature coefficient is also low, ranging from ±100 ppm/°C to ±200 ppm/°C; this again allows for a variety of application fields, including automotive and audio-visual devices where resistors need to be able to handle high temperatures.

As its name suggests, the FM0204JT-52-18R is a through-hole resistor. Through-hole resistors are rarer than their surface mount counterparts, but they are ideal for certain applications that need a good deal of heat dissipation. They are often used in high power applications where a resistor needs to absorb a large amount of heat from the circuit in which it is placed. Along with this, they are also ideal for when precise values are required, as they can be adjusted within a precise range of Ohmic values.

The materials and processes that are used in creating the FM0204JT-52-18R resistor also contribute to its versatility. A combination of metal oxides and ceramic discs are sintered into a cylindrical body, which is augmented by resistive contacts that are wire wound around its circumference. The result is a through-hole resistor that can handle a wide range of applications, such as in audio-visual devices, automotive systems, and many more.

The working principle of the FM0204JT-52-18R is based on the principle of electronic resistance. When an electric current is applied to the resistor, this creates a resistance that opposes the electric current’s flow. The higher the Ohmic value of the resistor, the greater the resistance it offers to the flow of the electric current. This then results in a decrease of the electric current, thus allowing the resistor to achieve its purpose.

The FM0204JT-52-18R through-hole resistor is an incredibly versatile component, as it is suitable for a range of applications. Its wide Ohmic value range, low temperature coefficient, and capacity for a good deal of heat dissipation mean that it is perfectly capable of being used in a range of applications, from automotive systems to audio-visual devices. Its working principle is also based on the principle of electronic resistance, and this allows it to offer an effective solution for regulating the flow of an electric current.

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