RN65E4843FRE6

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Through hole resistors are one of the most commonly used components in electrical and electronic circuits. The RN65E4843FRE6 is a two-terminal resistor with a through-hole design, providing a cost-effective solution for a range of resistive applications.

The RN65E4843FRE6 is capable of providing superior performance in a wide range of temperature and voltage ranges. It is a zero-ohm resistor that has a maximum temperature coefficient of 0.02Ω/°C and is rated at 45V, making it suitable for a wide range of power supply applications. It also features a maximum power dissipation of 250 mW and a maximum operating temperature of 105°C. This makes the resistor suitable for a variety of high-power applications.

The RN65E4843FRE6 is commonly used in mixed signal applications, including radio frequency (RF) systems and digital audio systems. It is also used in high voltage or low voltage circuits, as well as for regulating current and voltage levels. Additionally, it is often used to provide impedance matching or to act as a ballast in AC circuits.

The working principle of the RN65E4843FRE6 is fairly straightforward. This resistor works in much the same way as other resistors, in that it restricts the flow of electrons through a circuit in order to regulate the current level or provide impedance matching. Depending on the resistance value that is chosen for the resistor, it can restrict or allow different levels of current. This makes it highly versatile in a wide range of applications.

For applications that require a higher level of accuracy, the RN65E4843FRE6 can be easily replaced with a precision resistor such as the RN65E4843FFS6 or even a metal film resistor. These resistors have a higher tolerance and temperature coefficient than the RN65E4843FRE6, making them more suitable for high-precision applications.

In conclusion, the RN65E4843FRE6 resistor is an ideal solution for a range of resistive applications. It has a low temperature coefficient and is highly reliable, making it suitable for a wide variety of power supply and mixed signal applications. The working principle is fairly straightforward and can be easily replaced with a more precise resistor for applications that require a higher level of accuracy.

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