FMP200JR-52-5R6 Resistors

Series:	FMP
Packaging:	Tape & Reel (TR)
Part Status:	Active
Resistance:	5.6 Ohms
Tolerance:	±5%
Power (Watts):	2W
Composition:	Metal Film
Features:	Flame Proof, Safety
Temperature Coefficient:	--
Operating Temperature:	-55°C ~ 155°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.154" Dia x 0.354" L (3.90mm x 9.00mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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Through Hole Resistors – Application Field and Working Principle of FMP200JR-52-5R6

Through hole resistors, those simple and indispensable components of electrical appliances and equipment, permit the flow of electricity in a controlled manner. The FMP200JR-52-5R6, a resistor with fixed wire geometry, is one of the most popular, resistive devices in the global market. By understanding its working principle and application field, engineers can better appreciate its operational value.Resistors, a generic term for passive components meant for limiting the flow of electricity, are of two types, those with fixed-geometry (fixed-resistance) and those with an adjustable-geometry (variable-resistance). The FMP200JR-52-5R6 is a fixed-geometry or the so-called “fixed-wire” resistor and it has a standardized resistance value of five ohms. It is generally used for controlling the current flow in AC/DC circuits.The FMP200JR-52-5R6 is a widely available, through hole, fixed-value resistor that complies with the EIA-9349 standard. It has a power rating of 200 watts, at full temperature rating of +125°C. It has a tolerable variation between the minimum-value electrodes and the target resistance value of between +/-5%. It also has a pulse power requirement of 1,800 watts.The FMP200JR-52-5R6 is mounted on printed circuit boards (PCBs) and its mounting type is surface-mount (SMD). It has an inrush current surge of 0.2A. It also operates within a desired range of temperature that begins at -40°C and ends at +125°C and mostly typical of other fixed-wire devices. It is also highly reliable, as it is moulded in resin.From the electrical point of view, the FMP200JR-52-5R6 is significant because it is primarily employed to limit the amount of current passing through the component. In the presence of a voltage drop, it resists the flow of current through the periphery, thus reducing the potential of a short circuit from occurring. Such a device thus serves as the limiting and protective device in the circuit.Another core function of a resistor, such as the FMP200JR-52-5R6, is that of controlling the flow of current in the circuit. This is usually achieved by increasing the resistance of the device. This results in resistance of the electrical flow through the device and therefore, decreases the current travelling through it.The FMP200JR-52-5R6 is also used to create voltage dividers. This is done by pairing one of these fixed-value resistors with a variable-value resistor in a circuit. When a voltage appears across them, the current will split into two parts, based on the relative resistance values. This is usually done to prevent the circuit from being exposed to the full tension of the input voltage, thus protecting the highly sensitive components.The FMP200JR-52-5R6 is primarily used in a variety of applications such as in AC/DC power circuits that require a continuous current at a fixed value for a known resistance. This device is also used in any circuitry that requires current limiting or protection, and in circuits that are in need of measurement or parameter adjustment. These applications include automobiles, office equipment, industrial machines, household appliances, electronic machinery, medical equipment, communication equipment, and more.In conclusion, the FMP200JR-52-5R6 is a through hole resistor that is capable of limiting the current in a controlled manner. With its various applications, it serves as a reliable and efficient device that offers both convenience and safety. Since it is both moulded in resin and highly reliable in its operations, engineers can be assured of its cost-efficiency in the long run. Through understanding of the device’s operational value, engineers can maximize this product’s potential to their best advantage.

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