95J1R5E

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Through Hole Resistors

A variety of resistor types can be manufactured to provide resistance in electrical circuits. One of the most common varieties is the 95J1R5E, also commonly referred to as a through-hole resistor. Through-hole resistors are mounted and soldered directly to the pcb by hand instead of being inserted into small slots on the board, as SMD resistors are.

Application Field

95J1R5E resistors are widely used in various applications, including automotive, aviation, electrical, electronics, robotics, and other fields. They are often used to regulate voltage/current, limit current, and increase signal strength. In addition, they are also used to divide circuits, protect components from overload, and enhance circuit operation.

95J1R5E resistors are commonly used in medical devices, for example, to connect equipment to a power system, switch circuits, or control circuits for automation applications. They are reliable and versatile, making them ideal for applications such as power supplies, audio, RF, and other domains.

Working Principle

A 95J1R5E resistor works by decreasing the total current flow of a circuit by creating a path of resistance. This is accomplished by increasing the amount of energy dissipated as heat. For example, if a circuit has an input voltage of 10V and an output voltage of 5V then the resulting current will be 2A. However, if a 95J1R5E resistor is connected to the circuit with a resistance of 1 ohm, then the current flow will be reduced to 1A as the resistor will dissipate 5V as heat.

The working principle of the resistor can also be explained in terms of its electrical properties. The resistor comprises two terminals connected by a winding of resistive material that can be made from various materials such as metal, carbon, and synthetic materials. The winding has a property of electrical resistance, meaning that it can resist the flow of electrical current. As current passes through a resistor, some of the energy is dissipated as heat which reduces the total amount of electricity being supplied to the circuit.

Another property of resistors is their tolerance, which is the limit of its current-resistance ratio (known as the Ohm\'s Law). This is important when a resistor is used to control current, as the resistor must be able to meet certain parameters in order to maintain an accurate reading of the current. The tolerance of a resistor can be regulated by changing the type of material used to create it.

Conclusion

95J1R5E resistors are commonly used in many applications to provide a path of resistance, thereby regulating the flow of current and protecting components from overload. Furthermore, their tolerance enables them to regulate current accurately. As such, 95J1R5E resistors remain popular components in many industries due to their reliability and versatility.

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