MJ2273FE-R52

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Through Hole Resistors are used in a wide variety of applications and are designed to control electrical currents. One example of a through-hole resistor is the MJ2273FE-R52. This device has a few basic characteristics that allow it to be used in a broad range of applications.The MJ2273FE-R52 is a fixed resistor with a resistance value of 0.5 ohms and a tolerance of 5%. It is rated for an operating temperature range of -25°C to +125°C and a power rating of 1/4W.The main advantage of the MJ2273FE-R52 is its long-term stability. It is designed to retain its original resistance values even under environmental conditions that vary greatly from the original specification. This makes it the ideal choice for applications that have to operate in environments where temperature, humidity, and other conditions may be changing rapidly. It also helps to ensure consistent performance over time, which reduces the amount of calibration and maintenance required.In terms of its application field, the MJ2273FE-R52 is well-suited for use in consumer electronics, automotive, industrial, and communication systems. Examples of devices that could benefit from the use of this device include mobile phones, laptops, tablets, cameras, medical equipment, and measuring devices.The working principle of the MJ2273FE-R52 is fairly simple. It is composed of a metallic film, a ceramic substrate, and a protective cover. The metallic film has a specific resistance value and is connected to the substrate and cover. When current passes through the resistor, it has to overcome the resistance offered by the film. This creates a delay in the flow of current, meaning that the voltage and current can be regulated as desired.In summary, the MJ2273FE-R52 is an effective through hole resistor that is well-suited for a wide range of applications. Its main advantages include its long-term resistance stability and its ability to regulate voltage and current. Its application field includes consumer electronics, automotive, industrial, and communication systems. The working principle of the device involves the use of a metallic film, a ceramic substrate, and a protective cover, with the current having to overcome the resistance of the film in order to flow.

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