OK1535E-R52

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Through Hole Resistors

OK1535E-R52, like the majority of through hole resistors, works as an electrical resistance element meant to reduce or limit the flow of electrical current. It is composed of a coil of metal wire that is theoretically considered to create zero resistance when no voltage is present. When a voltage is applied, it creates an electric current flow, mainly in the form of heat. This heat can be dissipated, providing a utility to devices like circuit breakers, rheostats, and voltage regulators.

Its application field covers the majority of electrical and electronic equipment that uses electric current, such as home appliances, industry-specific machines, and various electronics systems. Common areas that use this component include computers, power supplies, telecommunications, automotive and industrial radio detection, and remote control systems. Its utilization in these areas is due to its versatility which allows it to resist high voltage and high current.

The working principle of OK1535E-R52 lies upon a change in resistance when a current is introduced. A direct current sent to the element causes it to be heated up, which is the basis of its resistance. It is designed in order to achieve a level of resistance by limiting the amount of electrical current that can flow through it. This occurs because as the temperature rises, the resistance will also increase, and as the current is reduced by the resistor, its temperature will also drop.

OK1535E-R52, like other through hole resistors, also works as a shift resistor, which is a device that reduces voltage spikes which may occur when it is first turned on. This is a usual occurrence when more than one device is connected in a circuit. The resistor can then reduce the voltage to a safe level for all of the devices, thus avoiding any damage or malfunction.

Due to its design, the OK1535E-R52 is used in high frequency applications where limitations in flux and resistance noise are factors. This is done by tailoring its inductance and resistance values together with its temperature and power rating. It is also suitable for use when operating temperatures are above 70°C since its adhesive coating and epoxy coating allow it to withstand those temperatures.

All in all, due to its various properties and applications, the OK1535E-R52 is a reliable component for any electronic device. Its dynamic resistance level and ability to withstand high temperatures allow its use in a range of residential, industrial, and telecommunications applications. It is also suitable when looking for efficiency and noise reduction, and thanks to its design, it can achieve higher frequencies.

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