95J3K5E

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Through Hole Resistors are a common component in electronic circuits. One variety of resistor, the 95J3K5E, is used primarily for power applications. This article will detail the specifications and working principles of the 95J3K5E resistor.

The 95J3K5E resistor is an axial-leaded resistor with most of the power dissipated in a ceramic power element and has a voltage rating of 700 volts. It is a through-hole resistor, meaning that it is built in a package with leads that pass through circular openings in the circuit board. In this way, it can be mounted on both the top and bottom of a printed circuit board, allowing for easy access to the resistor from the bottom side.

The 95J3K5E resistor is designed to handle a wide range of power. It is a general-purpose resistor, offering high capacitance and low dielectric absorption into a series of components. It is a versatile component, since it can be used in a variety of applications, including power distribution, distortion control, and power rectification. The 95J3K5E is also capable of handling currents up to 50 amps and is suitable for use with microcontrollers, as well as high-power circuits.

The 95J3K5E resistor is a non-inductive resistor, meaning that it does not produce an inductive reactance when current flows through it. Non-inductive resistors do not contain any inductive elements such as coils or ferromagnetic materials, which makes them ideal for low-noise applications. The 95J3K5E is available with a wide range of tolerance options, including E-12, E-24, and E-48.

The working principle behind the 95J3K5E resistor is based on Ohm\'s law. Ohm\'s law states that the current through a conductor is directly proportional to the voltage applied across it. The 95J3K5E resistor is built with a series of elements, each of which has a specific resistance. When a voltage is applied across the resistor, a current is passed through the elements and a voltage drop is created across each element. This voltage drop across each element is equal to the product of the applied voltage and the resistance of that particular element. Therefore, the sum of the voltage drops across all elements determines the total voltage drop across the resistor.

The 95J3K5E resistor is designed to dissipate power efficiently. When a current passes through the resistor, the power dissipated is equal to the product of the applied voltage and current. This means that the power dissipated is equal to the square of the current that passes through the resistor. Therefore, the 95J3K5E is designed to handle a wide range of power and is suitable for high-power applications.

The 95J3K5E resistor is an extremely versatile component and is ideal for use in a wide range of applications. It is available in a variety of tolerances and has a wide range of power handling capabilities. It is also a non-inductive resistor, meaning that it does not produce an inductive reactance when current passes through it. In addition, the 95J3K5E resistor is built with a series of elements, each of which has a specific resistance. Therefore, the total voltage drop across the resistor is determined by the sum of the individual voltage drops across each element.

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