RLR20C4300GMB14

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Through Hole Resistors

RLR20C4300GMB14 resistors are through-hole or leaded resistors, which are discrete electronic components with a body made of metal and ceramic and leads made of metal or other conducting material. These resistors are typically configured as a metal sphere or cylinder with one or two leads, and are available in a wide range of resistance values. The power rating of the resistor is typically limited, usually under one watt. Through-hole resistors are most commonly used for power applications, such as in applications which require higher wattage or greater operating temperature ranges.

Application Field and Working Principle of RLR20C4300GMB14

The RLR20C4300GMB14 is an axial type resistor, meaning the leads are perpendicularly mounted on the body of the device. The RLR20C4300GMB14 is designed specifically for use in demanding industrial and military applications which require high-performance, high-reliability resistors. It has a power rating of 4 watts, a resistance range of 0.1-110K Ohms, and a temperature range of -55 to +125C. The resistor body is made of a ceramic fill compound (CFC) and is coated with silver-nickel-based elements to provide dielectric properties, durability, and corrosion protection.

The working principle of the RLR20C4300GMB14 is based on the resistance created when electrons pass through a resistive material. The resistor works by providing a barrier to the flow of current. The barrier is created by the resistor\'s surface area and geometry. The electrons that pass through the body of the resistor experience a higher resistance than those which bypass the resistor. This produces a voltage drop which is proportional to the current passing through the resistor. The higher the resistance, the greater the voltage drop.

The most common application field of the RLR20C4300GMB14 is for high-current power applications, such as in motor control circuits, home appliances, computers, industrial equipment, and consumer electronics. It is also widely used in military applications, such as missile guidance or propulsion systems, due to its ruggedness and high-reliability properties. In addition, it can be used for thermoelectric applications, where it acts as an interface between two devices operating at different temperatures.

In conclusion, the RLR20C4300GMB14 is a highly reliable, robust resistor for use in demanding power applications. Its resistance range, temperature range, and power rating make it ideal for use in a variety of applications. Its durability and corrosion protection make it well-suited for military and industrial environments.

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