95J2K5E

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Through Hole Resistors are electrical components used to limit or control the flow of current in a circuit. They are manufactured to precise specifications to ensure predictable and consistent performance. The 95J2K5E is an example of a through hole resistor and its application and working principle is discussed in this article.

The 95J2K5E through hole resistor is a radial leaded axial-leaded product. It is a general-purpose, general-use, fixed-value, non-inductively wound resistor for applications requiring radial leaded non-inductive construction. It is constructed using a thick-film resistive element comprised of electro-ceramic materials. The resistor element is printed directly onto the resistor element substrate and covered with an epoxy body. The epoxy body is then enveloped in a paper coating to prevent against shorting between the leads and the surrounding environment.

The 95J2K5E is a low-cost resistor and is suitable for applications where reliability is not a primary concern. Its resistance range is 0.2 to 10k ohms. It has a resistance tolerance of +/- 5%. Its maximum working voltage is 250 volts and its maximum power rating is 1/2 watt. On the other hand, the resistor has a maximum operating temperature range of -55°C to +155°C, with a thermal time constant of 60 seconds.

As far as its application field is concerned, the 95J2K5E is mainly used in the audio industry. Its low power and moderate operating temperature make it ideal for audio circuits involving amplifiers, signal processing, and speakers. It is also used in digital circuits, where it can be used to filter unwanted signal components. It is also commonly used on printed circuit boards where high voltages or high temperatures are not expected.

Regarding the working principle of the 95J2K5E, its construction involves two electrodes connected by a resistive element. When a voltage is applied to the component, current flows through the resistive element and generates heat energy. This heat is dissipated to the environment by the movement of air molecules around the component. The resistor element\'s resistance is determined by its material composition. This will determine the amount of current that can be allowed to pass through the element.

In conclusion, the 95J2K5E is a through hole resistor ideal for applications requiring radial leaded non-inductive construction. It is a low-cost resistor and is suitable for applications where reliability is not the primary concern. Its main application field is the audio industry, but digital circuits and printed circuit boards can also benefit from its use. Its working principle involves two electrodes connected by a resistive element which will determine the amount of current able to pass through it.

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