FMP200FBF52-113K

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Through Hole Resistors are used to manage electrical current in various electronic and discrete components. FMP200FBF52-113K is an axial leaded resistor, which is considered as a through hole design, as it has leads that protrude from its body. This type is used in high power applications, mainly in the power and the motor control applications.

In comparison to other through-hole resistor designs, FMP200FBF52-113K is particularly robust as it is usually insulated with a heat-resistant ceramic coating. This coating helps the resistor to manage high electrical currents and to remain intact at higher temperature levels. The resistor also has a higher resistance range, reaching up to 200 ohms, which enables it to also play an important role in a larger circuit.

In terms of its application, FMP200FBF52-113K is used for power management in various motor control systems. It has a wide range of resistive values and the ability to handle high levels of heat that make it ideal for this purpose. For example, its use is very common in the industrial setting, where it is used to allow high power machines to be operated safely. It is also popular in electronic designs that involve high voltage applications, such as in the production of various types of electronic equipment.

A significant advantage of FMP200FBF52-113K is that it functions as a variable resistor, which means that it can be adjusted to allow a user to control the amount of electrical current travelling through it. This is achieved using its maximum power rating of 200W, which allows the user to control the power output of the system. This same feature also makes FMP200FBF52-113K a useful component when it comes to controlling the speed of large motors, as it is able to resist the large currents required to drive larger motors.

FMP200FBF52-113K also has the ability to resist excessive vibrations and to block electrical noise, thus helping its user to ensure the electrical current travelling through the system is clean and consistent. It is also designed to be a reliable component, as the built-in thermistor helps protect it from overheating, and the durable ceramic coating helps to protect it from potential damages.

In terms of its working principle, FMP200FBF52-113K works by producing resistance to the electrical current. This resistance is governed by the resistor\'s resistance rating, which is typically measured in ohms. The resistor helps to limit the current flowing through the system, by limiting the voltage applied across its terminals. This resistance limits the amount of power that can be applied to the components connected to it, thus helping to prevent damage that could otherwise be caused by excessive current.

Overall, FMP200FBF52-113K is an ideal resistor for those applications that involve high electrical current and high power inputs. By combining high power and resistance ratings, it is able to play an important role in ensuring the safety of the system in which it is installed. It is also a robust component, as the thermistor and ceramic coating help to protect it from damage, while its variable resistor capacity also allows it to be used in a wide range of applications.

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