H82K8BCA

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The H82K8BCA Through Hole Resistors is an energy or heat and radiation resistant device. It is used in a wide variety of applications in both industrial and consumer products. It has the capacity to handle temperature extremes as high as 300 F and can be used in applications with exposure to direct sunlight. This resistor also has excellent insulation characteristics and can be used for high reliability designs where electrical noise and temperature variation must be kept under control.

The H82K8BCA Through Hole Resistor consists of two equal metal plates separated by an insulation material. The design of the resistor is such that when a voltage is applied across the plates a certain amount of resistance is produced. The resistance value can be adjusted by manipulating the size of the plates or the type of insulation material used. This design also allows for the use of a range of temperatures in the manufacture of the resistor.

The Through Hole Resistor structure comprises of a base plate, a dielectric material, surface treatment and a top plate; all of which are shielded from the outside environment. This allows for very stable performance under varying conditions of temperature, humidity and vibration. The dielectric material provides insulation between the plates, thus preventing energy to pass through them. The dielectric material also provides the resistor with a high degree of mechanical strength.

The H82K8BCA Through Hole Resistor also features a unique design that makes it suited for use in both industrial and consumer products. It is designed to be compatible with a wide variety of devices and is manufactured to meet a variety of customer requirements. It can be used in industrial applications where environmental factors such as temperature, vibrational, radiation and electrical noise must be kept under control. The low maintenance and low noise operation make this resistor ideal for other applications where tight control over performance is demanded.

The H82K8BCA Through Hole Resistor working principle is based on the transfer of electrical energy. When a voltage is applied across the plates, they begin to draw a certain amount of current, which is proportional to the resistance of the resistor. As the current increases, the resistance will also increase and limit the amount of current that can flow through the resistor. This is the basis for the design of the resistor and how the resistance can be adjusted.

The H82K8BCA Through Hole Resistor is highly reliable and robust. It is capable of temperatures up to 300 degrees F and can be used in a variety of applications. As such, it is suitable for applications where insulation and heat resistance are critical. The resistance and dielectric material used in the design of the resistor also ensures a high degree of environmental protection and allows for the use in high reliability designs.

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