MRS16000C2400FCT00

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Through Hole Resistors are a type resistor that is mounted to the printed circuit board (PCB) using a through-hole technology (THT). The MRS16000C2400FCT00 is one of the many Through Hole Resistors available on the market today. This article will discuss the application fields and working principle of the MRS16000C2400FCT00 to provide a better understanding of this device.

The MRS16000C2400FCT00 is a mobile resistance series 16000 from Stackpole. It has a resistance range of 0.0056 to 2.0 Ohms. It is designed for high power tolerances up to 1.2% and features a thermally efficient construction for improved durability. The device has a cylindrical case made from a high strength alloy and is resistant to oxidation, moisture and corrosion. It is available in a variety of ratings, including 2 and 3 watt, 0.5 watt, and 1.2 watt.

The MRS16000C2400FCT00 is typically used in high power and voltage applications, such as in automotive and industrial control systems. It can be used to provide protection against surges, over-voltage and over-current conditions, as well as protecting sensitive components from power surge damage. In addition, the device can be used in energy intensive motors, to help reduce electrical losses and prevent possible damage. It can also be used in surge protection equipment, such as those typically found in data centers, as a power supply for computers and other equipment.

The working principle of the MRS16000C2400FCT00 is quite straightforward. When current flows across the resistor, a voltage is created due to the resistive element, thus producing an electrical power dissipation. This power is then dissipated in the form of heat, which in turn is dissipated through the resistor’s metal case. The device is designed for high power tolerances and thermally efficient construction for improved durability.

In summary, the MRS16000C2400FCT00 is a Through Hole Resistor designed for high power tolerances and thermally efficient construction. It is typically used for high power and voltage applications, such as in automotive and industrial control systems, as well as surge protection equipment. Its working principle is quite simple, as it produces an electrical power dissipation when a current flows across the resistor, with the power then being dissipated in the form of heat through the metal case.

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