FPR2B-0R015F1

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Resistors are essential components in electronic circuits, regulation and control of current and voltage. Through hole resistors have two layers ofresistance material, a negative layer and a positive layer. One side of the resistor is in contact with the surface of the board, while the other side is connected below the surface of the board. FPR2B-0R015F1 is one of the Through Hole Resistors which are designed to meet the wide range of industrial requirements.

FPR2B-0R015F1 is classified as a Through Hole Resistor as it offers maximum flexibility and reliability. It is designed to meet harsh industrial environments with its low-profile, maximum power dissipation and low thermal resistance. Additionally, FPR2B-0R015F1 has a wide range of operating temperatures, high voltage capabilities, and various connection configurations.

FPR2B-0R015F1 is mainly used for industrial applications, such as welding machines, cutting machines, and laser marking as well as robotics, consumer electronics and electrical equipment. It is also used in automotive and aerospace applications due to its high accuracy, reliability, and durability. FPR2B-0R015F1 is ideal for AC power circuits and offers standard features like wide temperature range and high power ratings. It also offers features such as vibration resistant, lead-free terminations and RoHS compliance.

The working principle of FPR2B-0R015F1 is pretty straightforward. It consists of two resistance layers, one on each side of the resistor. The resistance layer is made of a conducting material that varies in thickness and electrical properties. This variation in materials controls the current and voltage values which allow the user to regulate the amount of current flowing through the circuit. As the current and voltage increase, the resistance value of the resistor increases, which decreases the amount of current flowing through the circuit.

In order to ensure a stable, accurate performance, FPR2B-0R015F1 is designed to provide a low temperature coefficient (TCR). The temperature coefficient (TCR) is a measure of the temperature-dependent value of the resistance. The low TCR allows the resistor to maintain an accurate High and low resistance value over a wide temperature range. This stable performance makes it suitable for applications that require high temperature and torque tolerance.

FPR2B-0R015F1 is designed to offer low thermal resistance, high power dissipation, and blister packed option. Its high power capability results in stable performance and efficiency even under harsh conditions. The low thermal resistance also ensures the reliable operation of the component, and it is highly recommended for applications requiring high temperature tolerance. The blister packed option pre-crimped leads offer convenient connection for users.

Overall, FPR2B-0R015F1 is a reliable and precise Through Hole Resistor with various features and advantages. It is suitable for applications that require high temperature tolerance and stable performance. It also offers features like high power capability, low temperature coefficient, and infrared or laser marking. This makes it a good choice for industrial, automotive, aerospace, and consumer electronic applications.

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