MRS16000C2261FC100

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Through Hole Resistors

Through hole resistors (THRs) are a type of resistors that are made by installing a tab, lead, or other connector in a round or rectangular hole, in a printed circuit board (PCB). They are capable of having precision parameters and high power ratings, and their small size allow them to occupy less board space than other large components. They can also perform better in high frequency and high voltage applications.

The MRS16000C2261FC100 is an example of a through hole resistor used in many industrial applications. It has a tolerance of ±2%, e-24 (0.5%), and a resistance of 10 to 16,000 ohms (Ω). This THR also features a body size measuring 8.6 mm x 6.3 mm (0.34 inches x 0.25 inches) with a body length of 4.0 mm (0.16 inches).

The application field of this THR includes use in automotive electronics, in industrial control, and in lighting control. It is also suitable for smoothing and decoupling applications in power conversion and switching circuits. It is popular in consumer electronics, instrumentation equipment, computers, and communication devices.

The working principle of the MRS16000C2261FC100 is simple. A resistor is essentially two pieces of metal separated by a determined distance. The amount of resistance depends on the length and width of the resistor and the material that bridges the gap between the two metal pieces. When an electrical current is passed through the resistor, electric lines of force create a magnetic field that induces a voltage drop. This process is known as Ohm\'s law. The voltage drop across the resistor is then used to create an electric current.

The MRS16000C2261FC100 is a popular choice for many through hole resistors because of its small size, high precision parameters, and high power ratings. It is rated for 600 amperes of load at 25 degrees Celsius and is designed to provide excellent long-term stability over temperature and time. As a result, this THR is one of the most efficient and reliable through hole resistors on the market today.

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