MFP200BRD52-200R

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Through Hole Resistors are electrical components that are designed with a cylindrical body in order to provide insulation between two conductive materials on either side. The MFP200BRD52-200R through hole resistor is a power resistor constructed with the same cylindrical body and two conductive pins. It is designed to perform a variety of tasks and functions in applications that require a higher level of power dissipation than a traditional electrical resistor.

The MFP200BRD52-200R has a wide range of applications, including basic and advanced power supplies, circuit protection, motor control, and communication hardware applications. In some applications, it can also be used as a temperature control device. The wide range of applications makes it suitable for a variety of applications in automotive, industrial, telecommunication, and scientific sectors.

The MFP200BRD52-200R features an all-metal construction for superior temperature and power dissipation characteristics. It is designed with a unique radial construction for high temperature dissipation. The design of the resistor also includes blocking rings and capacitors to reduce or limit the transfer of heat, thus avoiding damage to sensitive components nearby the resistor. This helps to ensure that the equipment is always properly protected from unexpected current changes.

The MFP200BRD52-200R is designed with an internal split-channel structure that helps to reduce the overall size of the resistor. This allows it to occupy a much smaller space than regular resistors and provides superior current sharing characteristics for high power applications. Additionally, the split-channel setup allows the resistor to be used in applications that require faster heat dissipation.

The working principle of the MFP200BRD52-200R through hole resistor is based on the resistance of an electrical conductor to the flow of electrons. The resistance of the material used differs based on its structure and composition and, in the case of the MFP200BRD52-200R, consists of a high resistance titanium/tantalum composite film. The electrical current passing through the resistor causes the electrons to flow through the material, which, in turn, produces heat.

By controlling the electrical current flow through the resistor, the temperature of the material can be regulated, which helps to achieve an optimum operating temperature for the equipment it is connected to. The MFP200BRD52-200R also has an internal series of windings that helps to reduce its overall size and allows for a more efficient distribution of the heat.

Finally, the MFP200BRD52-200R also features a wide range of current ratings, including 5A to 200A or more, depending on the application. This allows the resistor to be used in a variety of applications and help to provide reliable and stable performance even in the most extreme conditions.

In conclusion, the MFP200BRD52-200R through hole resistor is an efficient and reliable electrical resistor designed with a unique radial construction for superior heat dissipation characteristics. It is suitable for a wide range of applications including basic and advanced power supplies, circuit protection, motor control, and communication hardware and is designed with an internal split-channel structure to reduce overall size. Additionally, the resistor is capable of current ratings from 5A to 200A or more, depending on the application, and is designed with blocking rings and capacitors to reduce the transfer of heat and prevent damage to sensitive components.

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