25J16KE

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Through Hole Resistors are generally used in various electrical components in a wide range of areas, including power electronics, individual electronic components, annunciatorial systems, and control systems. They are possibly the most popular type of resistors, and are usually manufactured of metals, resistive materials, and other potentially hazardous substances.

The 25J16KE resistors are one type of Through Hole Resistors that are especially popular due to their unique properties. This type of resistor is manufactured using tantalum wires and other metal or ceramic materials for the resistive portion; the ceramic substrate with the through-plating technology adds a hard and durable protective coating for the resistor. It allows the resistor to withstand temperature up to 125°C and resistance ranges up to 5 MΩ. This makes the 25J16KE resistor suitable for applications demanding decent performance, high reliability, and high temperature stability.

The 25J16KE resistor is mainly used in DC/DC converters, brush-less motors, telecommunication equipment, automobiles, and other various commercial and industrial electronic products. Due to its high reliability performance, it can be used in applications in which the environment is harsh and requires the resistor to work stably while providing stability and durability. It further exhibits excellent performance in a high humidity atmosphere.

The working principle of 25J16KE is based on the fact that electricity flows more quickly through a path of lesser resistance, and more slowly through a path of greater resistance. This can be demonstrated quite simply by connecting a battery to two resistors in parallel, R1 and R2, whose resistance values are known. Assuming there is no voltage drop in the wiring connecting the resistors to the battery, the voltages at the two ends of each resistor will be equal. The voltage across R1 and R2 would then be V1 and V2 respectively. A current will flow in the direction of least resistance, in which case it will travel through R1 and R2 simultaneously.

So the voltage across each resistor will depend upon the value of their resistance, with the voltage across the resistor with the less resistance (R1 in this case) being higher, and the voltage across the resistor with more resistance (R2) being lower. This is how the 25J16KE resistor works - it is connected between two exposed points on the circuit, and supplies resistance to the current so that the voltage in the circuit remains the same. By manipulating the resistance, the current and voltage in the circuit can be controlled.

Through Hole Resistors like the 25J16KE play a significant role in a variety of applications such as consumer electronics, power, automotive, motor control, telecommunication, and medical instrumentation. They help to maintain a constant voltage in the circuits, and operate reliably in environments that may be extremely harsh. Their design ensures that they dissipate heat well (which is essential for high temperature applications) and deliver a consistent and reliable performance.

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