OL6825E-R52

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Through Hole Resistors, such as the OL6825E-R52, are electrical components used in a wide variety of industrial and consumer applications. Their job is to restrict the current flow in a circuit by introducing resistance. This is a critical function in controlling and maintaining the integrity of electrical circuits. Without resistance, electricity would run to the end of the circuit without ever diminishing in strength. Over-current situations would be more frequent, with the electrical system at risk of damage or even burning out.

The comfortable working range of the OL6825E-R52 includes temperature variations from -10°C to +60°C. This versatile device offers a wide variety of resistive values from 0.5Ω to 10MΩ. It has a maximum power dissipation of 0.8 watts and a minimum insulation resistance of 500 MV@25°C.

A reliable resistor for such a wide range of applications, the OL6825E-R52 can be used in anything from printed circuit boards to audio amplifiers and motor control, to power supplies and even in household appliances. It has an operating temperature range of -55°C to +125°C, so it can cope with extreme conditions. Its low-profile and side-position leads make it easy to install, while its silicone coating protects against moisture. The OL6825E-R52 is also flame retardant and meets the UL 94V-0 specification.

The working principle behind the OL6825E-R52 is straightforward and essential to all electrical systems. Whenever a resistor is connected to an AC or DC circuit, it provides a certain amount of resistance that affects the magnitude and direction of the current. The amount of current through the resistor depends on the amount of resistance, the voltage of the source, and the amount of energy-storing capacity of the resistor. As the voltage and current increase, the amount of power dissipated in the resistor also increases, causing the temperature of the resistor to rise.

The OL6825E-R52, or any other through-hole resistor, handles this heat differently than a surface-mount resistor. Instead of relying on small pads on the resistor component to absorb the heat, the OL6825E-R52 has a larger footprint that contains more of the heat, dissipating it more effectively across a larger area. This makes the OL6825E-R52 particularly useful in larger, heavier-duty systems where a larger resistor component would be better able to dissipate the heat.

In general, the OL6825E-R52 is a high-quality, reliable resistor. Its larger footprint is capable of dissipating heat more effectively in larger, heavier-duty systems, and its superior insulation, moisture protection, and flame retardant properties make it suitable for a wide range of applications. As such, it can be used with confidence in any number of projects, from amplifiers to motors and power supplies.

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