OL2005E-R52

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Through Hole Resistors are electrical components that offer resistance to an electrical current. The amount of resistance offered by the resistor will depend on the device being used and the circuit it is part of. OL2005E-R52 is a type of through hole resistor that is specifically designed to provide higher levels of resistance.

The OL2005E-R52 is a resistive device used to protect circuits from over-voltage, excess current, overtemperature, and other conditions that can cause system abnormalities or damage. It is constructed of a metal base and conductive materials such as titanium or ceramic, which have higher resistances than cost-effective metals such as copper or aluminum. This allows the OL2005E-R52 to offer greater levels of resistance than standard through hole resistors.

OL2005E-R52 resistors are developed for applications in switching power supplies and other electronic systems that require higher levels of resistance. They are designed with resistance, thermal stability, and long operating life in mind. The device also features excellent electrical performance at a wide range of temperatures (from -30°C to 150°C). In addition, the resistors are RoHS compliant, making them suitable for lead-free applications.

OL2005E-R52 resistors are able to operate in high-temperature applications, such as engines, as well as in low-temperature applications, such as medical and aerospace systems. It offers a variety of features that are useful in these applications, such as a small size and low-profile profile, low thermal stability, and excellent cost performance. The through hole device also has a high insulation resistance, low contact noise, and higher corrosion resistance.

The working principle of the OL2005E-R52 is simple. When an electric current passes through the resistor, a certain amount of heat energy is released. This heat energy reduces the resistance value of the resistor. This reduction of resistance increases the flow of current through the resistor. As the current increases, the amount of heat energy released increases, thus causing the resistor to heat up. The heat energy released from the resistor is dissipated by convection or radiation, depending on the environment in which it is used.

OL2005E-R52 is an excellent choice for numerous applications due to its high resistance levels and stability. It can be used in automotive electronics, medical imaging systems, telecommunications systems, aerospace applications, and military equipment. In addition, it can be used in switching power supplies, electromechanical devices, and industrial equipment. Its ability to perform reliably and accurately in extreme operating conditions makes it a popular choice for professional and hobbyist engineers.

The OL2005E-R52 is an excellent choice for many applications due to its reliable performance, accuracy, and high resistance levels. Its ability to withstand extreme temperatures and other conditions make it ideal for numerous applications, from automotive electronics and telecommunications to medical and aerospace systems. Its small size, low profile, and superior cost performance make it an ideal choice for a wide range of applications.

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