OF51GJE

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The OF51GJE, classified as a through-hole resistor, is an electronic component used to limit current flow in electrical and electronic circuits. It is a miniature, non-inductive, two-terminal axial resistor with a rated power rating of 0.25W. This resistor also comes with standard tolerances and temperature coefficients.

In terms of application field, the OF51GJE is predominantly used in general-purpose electronic projects, such as the construction of electronic circuit boards. It is also widely used in RF circuit designs, as well as in musical instruments, lighting control systems, medical electronic devices, data acquisition systems and various other applications.

The main advantage of the OF51GJE is that it has a wide range of operating temperatures as compared to other through-hole resistors. It has an operating temperature range of -55°C to +125°C, which makes it suitable for use in a variety of extreme environmental conditions.

In terms of working principle, the OF51GJE works by dissipating electrical energy into heat energy when there is a current flow through it. The amount of power dissipated is proportional to the resistance, current and voltage applied to the resistor. This electrical conversion to heat energy helps to limit the amount of current flowing through the circuit, thus preventing it from being overloaded.

In addition, the design of the OF51GJE also ensures high stability and reliability in operation. The axial geometry ensures that it will not suffer from mechanical stress, and the tolerance and temperature coefficient are optimized to ensure accuracy. It also features a high-temperature “breakdown” rating that makes it resistant to damage from sudden spikes in voltage.

Overall, the OF51GJE is an ideal choice for industrial and commercial applications where high reliability and stability are essential. Its operational temperature range and robust design make it a great choice for high-reliability applications in extreme conditions. Its miniature size also allows it to be easily incorporated into a variety of electronic circuit designs.

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