FMP300FTF73-16R

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Through Hole Resistors or commonly known as discrete resistors are types of resistors that are wired into electrical circuits and they can be used to reduce and control the flow of current through the circuit. The resistor can be used to lower and control the level of voltage in the circuit which prevents the circuit from exceeding its maximum safe voltage. The FMP300FTF73-16R is an example of a Through Hole Resistor and it is made from a range of different metals and materials, such as manganese, nickel and chromium. Its application field and working principle is described below.

Application Field

The FMP300FTF73-16R Through Hole Resistor can be used in a wide range of applications such as telecommunications, computer networks, or power systems, fabrication of electronic components, electrical and mechanical wiring, as well as in industry automation equipment. It is particularly well-suited for those requiring high precision or absolute accuracy. This type of resistor can be used in high accuracy and low-temperature applications due to its high stability over a wide temperature range. Its small size means it is easy to integrate with other electronic components.

Working Principle

Through Hole Resistors or oxide resistors use a mixture of metal or ceramic oxides as its resistive material in order to operate. The electric current runs through this conducting element as long as it goes through the resistor, and this causes a decrease in the size of electric current available due to a slight drop of potential energy. This reduction is determined by the value of the resistor itself, and, therefore, by manipulating the amount of the oxide mixture, different values of electric resistance can be obtained.

The FMP300FTF73-16R Through Hole Resistor is generally rated in terms of its resistance in ohms (Ω). The amount of current that will flow in a circuit with this type of resistor depends on the value of resistance that it offers. The higher the resistance, the lower the current flow. This type of resistor also has a non-linear or non-constant resistance. This means that the amount of current that passes through it is related to the voltage at which it operates. The relationship between current, voltage, and power is given by Ohm\'s law.

The FMP300FTF73-16R Through Hole Resistor also has several other features that make it versatile and reliable. These include its accuracy of ±0.5%, its low temperature coefficient of tolerance, its ability to operate up to 4.000 Watts and to have a maximum operating temperature of +300°C without lubrication, and a maximum power derating measure of +77°C at 1/2 Watt.

The FMP300FTF73-16R Through Hole Resistor thus exhibits several qualities which make it a valuable tool in different applications. From its robust construction, to its resistance and accuracy, it is highly beneficial in any circuit which requires the control or management of current or voltage.

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