RNC50H2153FSR36

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Resistors are the common component inside electronic circuits. They allow a certain amount of current to pass through them, while the rest is dissipated as heat. The type of resistor used for this purpose is known as a Through-Hole Resistor, and the RNC50H2153FSR36 is an example of such a resistor.

The RNC50H2153FSR36 is a high-grade precision resistor. It has a tight tolerance (±0.1%) and low noise (0.2 mΩ Max). It is also composed of a non-inductively wound MELF (Metal-Encapsulated Lead Frame) element made from high-grade tantalum nitrate, which gives it excellent resistance to shock, vibration, and temperature.

The RNC50H2153FSR36 is typically employed in precision signal conditioning and signal filtering. It is typically capable of handling currents of up to symmetrical peaks of 500 mA, withstanding an overload current of up to 600mA. Its ability to offer low noise and high precision makes it ideal for applications such as noise filtering in high-end audio equipment, high-precision measuring systems, and electrical energy management.

The RNC50H2153FSR36 works on the same basic principle as other resistors. The resistor is composed of a wire or other conductive material with a reference voltage or current applied to it. The resistor then reduces the current of the circuit it is attached to, by providing resistance to the current. This resistance is determined by the resistance value of the resistor, which is measured in ohms (Ω).

The RNC50H2153FSR36 has a wide range of application fields, due to its high precision and resistance to shock, vibration, and temperature. It is primarily used in audio equipment, such as amplifiers and mixers. It is also used in medical devices, robotics, industrial applications, communications, and power/energy management.

In summary, the RNC50H2153FSR36 is a highly precise Through-Hole Resistor with a tight tolerance and low noise. It is typically employed in precision signal conditioning and signal filtering. It is used in a wide range of applications, due to its high precision and resistance to shock, vibration, and temperature. This resistor works on the principle of applying a reference voltage or current across the resistor, which then reduces the current of the circuit by providing resistance to the current.

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