Y0075502R500B9L

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Through Hole Resistors are used to introduce a precise amount of electrical resistance into an electrical circuit. The Y0075502R500B9L is a fixed, through hole mounting, leaded resistor that is used primarily in high voltage applications for switching, braking, and other similar functions.

The Y0075502R500B9L is composed of a high temperature ceramic substrate, thin film resistive material, a ceramic cover, and gold plated terminals. The resistor is constructed with a high voltage dielectric coating, which provides superior dielectric strength in high temperature applications. The resistor has a wide power range of 0.1 to 4W and a resistance range of 0.05 to 8MΩ. It is rated for use up to 50V and its maximum operating temperature is +125°C (+257°F). In addition, the resistor has a voltage coefficient of ±0.3%/V and ohmic tolerance of ±5%.

The Y0075502R500B9L resistor is used in a variety of electrical and electronic applications including power supplies, telecomms, audio equipment, and household appliances. Additionally, this resistor can be used in motor control circuits, power converters, and linear power supplies. Its wide resistance range and high voltage rating make it a popular choice for many high voltage applications.

The working principle of the Y0075502R500B9L resistor is simple. When current passes through the resistor, a voltage drop occurs across the resistor, and that voltage drop causes the resistor to lose energy. This energy is dissipated away in the form of heat, and the amount of energy lost is proportional to the amount of current passing through the resistor. This electric current is converted to thermal energy, which then dissipates from the resistor.

The Y0075502R500B9L is a versatile, through-hole resistor designed for use in a variety of high voltage applications. Its wide resistance range and high voltage rating make it an ideal choice for many applications. Furthermore, its ceramic construction provides superior dielectric strength in high temperature applications. Finally, its working principle is simple and it functions to regulate electrical current by converting electrical energy to thermal energy, which is then dissipated from the resistor.

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