RN55C1473FR36

Through Hole Resistors are electronic components that form an integral part of any electrical circuit. They work by restricting current flow and calibrating voltage levels. This make them especially usefull for power management and circuitry protection, which is why they are often found in almost any kind of electronic device. RN55C1473FR36 is a type of through hole resistor that has applications ranging from basic circuit protection to providing specific functions in complex electronic systems.

The basic working principle of the RN55C1473FR36 is fairly simple. Its two terminals, one positive and one negative, are connected to the circuit it is placed in. The resistor resists current flow by creating an electrical resistance between the two terminals, thus regulating the amount of electrical current that passes through the component. The amount of resistance offered depends on the material used in its construction and its size. This makes tunable resistors like the RN55C1473FR36 perfect for providing a range of resistance in a variety of applications.

The RN55C1473FR36 is particularly popular for its use in power management and signal conditioning applications. Its tolerance of up to 1% and working temperature range from -55°C to +165°C make it ideal for dealing with difficult environmental conditions. Its relatively low cost and durability compared to some other types of through hole resistors further add to its charm.

The RN55C1473FR36 is also widely used in industrial and consumer electronics including circuit boards, switches, transistors, video cards and other components. Its also commonly found in audio boards and guitars. Video card manufacturers, for example, often use the RN55C1473FR36 to provide a range of precise and consistent voltages for signal conditioning and power management.

In conclusion, the RN55C1473FR36 is an incredibly popular through hole resistor with applications in a diverse range of electronic devices. It provides precise and reliable current control and voltage restraint, making it ideal for power management and signal conditioning applications. Its robust construction, cost-effectiveness and environmental tolerance further add to its charm.