OL3625E-R52

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Through Hole Resistors play a vital role in electrical engineering, providing electrical resistance and preventing the flow of electricity through a circuit. One of the most popular resistors used for this purpose is the OL3625E-R52. This article will describe the application field and working principle of the OL3625E-R52, which is one of the most widely used through hole resistors on the market.

The OL3625E-R52 is a power resistor manufactured by Ohmite. It is an axial-leaded resistor manufacturer in leadless / space-saving surface-mount resistor devices. It is designed to offer low inductance and low thermal resistance, making it ideal for high-power applications. The OL3625E-R52 is available in a range of values from 25 ohms to 5.1 megohms and is rated for operation up to 250 VDC and 150 watts.

The OL3625E-R52 has a wide range of applications, but its most popular applications are in power supplies, motor controllers, and power conversion systems. It is also used in telecommunications and audio applications to provide precise voltage regulation, and offers the ability to deliver fixed current or power for a wide range of applications. Additionally, it is used in medical devices to prevent shock and to provide isolation resistance.

The working principle of the OL3625E-R52 is based on the fact that wire carries an electrical current, and this current can be modulated by the application of an external voltage source. The OL3625E-R52 is a resistor connected in series with a power component, so when a voltage is applied to the resistor it creates an electrical field that opposes the current and causes a voltage drop across the resistor. This voltage drop across the resistor is known as the resistor’s “resistance” and the amount of voltage that is dropped is determined by the value of the resistor.

The OL3625E-R52 is designed to dissipate heat efficiently, and it features a wide range of temperature coefficients that range from very low to very high. This makes it ideal for temperature-critical applications such as high power or telecommunications applications. The resistor also has a very low self-heating rate, which makes it suitable for applications where precise current or power regulation is needed.

The OL3625E-R52 is a very popular and widely used resistor, and it has many applications in the electrical engineering field. Its low inductance, low thermal resistance, and wide range of temperature coefficients make it a great choice for high power applications, and its ability to deliver precise voltage regulation makes it a powerful tool for many electrical applications. It is a reliable and robust resistor, making it a great choice for any application that requires an exact solution.

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