OJ2215E-R52

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The OJ2215E-R52 is a type of through-hole resistor, designed to provide a fixed resistance in electrical circuits. It is a non-inductive resistor with a flat contact between the resistor and the lead terminal, allowing for low heat dissipation. The OJ2215E-R52 is suitable for most electronic applications, and is available in different resistance ratings.

The primary application of the OJ2215E-R52 is in the injection molding industry, where it is used to provide feedback when determining the molding temperature. The resistor can also be used for current limiting, voltage drops, noise attenuation, and other general electronic purposes.

The OJ2215E-R52 has a low inductance value and low temperature coefficient, making it well suited for analogue applications. Its wide temperature range (from -55°C to +105°C) makes it suitable for even extreme temperature requirements. The resistor also features fast response time, which ensures a stable performance in low-noise operation.

The OJ2215E-R52 is available in a variety of resistance ratings, ranging from 0.1Ω to 10kΩ. It also features low dissipation factors, which makes it well suited for low noise and slow speed applications, such as boost and voltage regulator circuits. The resistor is also approved for UL, CSA, VDE, and other applicable international safety standards.

In terms of its working principle, the OJ2215E-R52 uses the Joule-Thompson effect to control the voltage and current in the circuit. This effect takes into account the resistance of the material used, as well as the temperature of the environment. As the ambient temperature increases, the resistance of the resistor decreases, resulting in a lower voltage and current. Similarly, as the temperature of the environment decreases, the resistance of the resistor increases, resulting in a higher voltage and current.

The OJ2215E-R52 is a robust and reliable through-hole resistor that can handle any application and temperature requirement with ease. Its low inductance value, fast response time, and low temperature coefficient make it a perfect choice for most analogue electronics. Its wide range of resistance ratings makes it suitable for virtually any application, and its UL, CSA, and VDE approval makes it suitable for both domestic and international use. Its working principle relies on the Joule-Thompson effect, allowing for precise control of voltage and current within the circuit.

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