H4P4K42DCA

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Through-hole resistors, usually referred to as THRs, use a leaded component which is secured by soldering to a PCB or other device. The construction of a THR is similar to that of many passive electronic components, but they are generally much larger in size. A typical THR consists of a cylindrical metal body covered in an insulating substance and a cylindrical lead with a resistance wire wound around it.

The H4P4K42DCA is a THR resistor designed for use in a wide range of applications. It has a maximum resistance of 200 Ohms and possesses a tolerance of 1%. The resistor is designed for use in audio, high voltage, and automotive applications and is suitable for industry standard mounting. It features a fast reaction time, low power consumption, and extreme operating temperature range. The resistor is capable of dissipating 1 watt of power at a maximum temperature of 70°C.

In order to work, a THR resistor must pass a current through a resistance material, forming a resistance element. The resistance of the element is determined by its design, which includes the material used and the size of the resistor body. When the resistor is connected to a circuit, it increases the total resistance of the circuit by a certain amount. This resistance is proportional to the voltage applied to the resistor, and the resistor’s value can be calculated by measuring the voltage drop across the resistor.

The properties of a THR are largely determined by the material used. Resistors made from carbon film are noted for their stability and vibration resistance, while wire wound resistors are capable of handling high power and temperature conditions. While the convenience of the solid state technology is great, it should be noted that THRs are still quite popular in some applications due to their robustness and long life.

THRs are an important component in many electronic circuits, as they are responsible for controlling the amount of current flowing through the circuit. They also act as a protection mechanism in some cases, as they can prevent a circuit from short-circuiting or overloading. Furthermore, the use of THR resistors has made it possible to implement elaborate and complex electronic designs with precise control and power distribution.

The H4P4K42DCA THR is a versatile, reliable, and resilient circuitry component designed for quite a few industrial applications. Its resistance to vibration and extreme temperatures makes it suitable for automotive work, while its low-power consumption capability makes it desirable for high voltage and audio applications. The device offers dependability and long life, making it an attractive choice for those in need of reliable resistors for their projects.

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