RN60D5760FRSL

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Through hole resistors or through-hole resistors are resistors that feature one or more leads extending from either end with the majority of the component passing through a hole drilled into the printed circuit board (PCB) to which it is attached. The major advantage of through-hole resistors is that they have a very low risk of vibration or shock damage due to their large surface contact pads. They are also very reliable and are considered the most suitable choice when servicing high voltage or power circuits.

RN60D5760FRSL is a high-power thin film resistor. This product utilizes a threaded leaded through hole design and utilizes a square chip design with two opposite sides. The device has a resistance value of 576 ohms and is rated for current of up to 1.5A. The resistor package includes two lead-out wires on each end that press-fit into the PCB through holes. With a maximum operating temperature of +150 °C, this device is suitable for applications such as measuring instruments, power supplies, and high temperature and voltage applications.

The main applications for RN60D5760FRSL are in the field of medical imaging, communication systems, power supplies, and LED lighting. In medical imaging, this item can be used to accurately control the current in each of the imaging cells without any significant losses due to the device\'s high current-carrying capability. For communications, it can be used to ensure high signal purity and integrity for data transmission. In addition, due to its wide working temperature range and high power-handling capability, this resistor is well suited for applications in power supplies and LED lighting.

The main working principle of the RN60D5760FRSL is the same as that of a regular resistor. This device uses a resistive material in the form of an insulated metal film, between two conducting layers, to restrict current through it. This resistive material presents a specified amount of resistance to the current flow. This resistance of the resistor is created by varying the thickness of the metal film which can be adjusted by varying the temperature. This adjustable temperature, then, creates a stable resistance value for the resistor.

In conclusion, the RN60D5760FRSL is a high-power thin film resistor that is suitable for high temperature and voltage applications such as medical imaging, communication systems, power supplies, and LED lighting. This resistor features two lead-out wires on each end and a maximum operating temperature of +150 °C. The working principle of this device is based on a resistive material, usually a metal film, between two conducting layers, creating a stable resistance value for the resistor.

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