RWR81S1R70FRBSL

The RWR81S1R70FRBSL through hole resistor is a type of passive component used in electronic designs for various functions, such as setting current level, allowing current to flow only in one direction, providing voltage divisions, and others. This type of resistor has a high tolerance which means that the actual value of resistance can be within a range of 5%. It is designed to be mounted in a hole drilled in a printed circuit board (PCB) and has an external body which is usually constructed from a thermally conductive material.

The RWR81S1R70FRBSL through hole resistor is an example of the common resistor type which is known by its cylindrical shape. The size of this type of resistor increases with its power rating, as higher voltage and power capabilities are needed, as is determined by its size and power rating. Its main characteristics are its tolerance, power rating, and its temperature coefficient. The RWR81S1R70FRBSL is a low tolerance, high power rating resistor with a temperature coefficient of 0.35%/°C.

The application field of the RWR81S1R70FRBSL through hole resistor is quite vast. It is a general-purpose type of resistor used in various kinds of devices, from automotive electronics to telecommunications, and applications requiring suppressing electrical noise. It can also be used with other components such as transistors and integrated circuits, providing the necessary voltage, current and resistance to complete the circuit.

The working principle of the RWR81S1R70FRBSL through hole resistor is very simple. Due to the internal makeup of the resistor, the resistance offered by the component remains constant regardless of the applied voltage or current. This functionality is commonly used to control and limit the amount of current flowing through the system, and in some cases even for voltage division.

Overall, the RWR81S1R70FRBSL through hole resistor is a cost effective and compact solution for most applications. With its low tolerance, high power rating and good temperature coefficient, it is a versatile component and an ideal choice for many electronic designs. The fact that it can be mounted in holes in PCBs makes it even more advantageous, as it increases the stability and reliability of completed circuits.