RNC50H1180FSB14

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Through Hole Resistors is one of the most common and commonly used components used in electronics systems. The RNC50H1180FSB14 is a high-performance, thru-hole resistor designed to provide optimum performance, reliability, and robustness in both applications and workstations. It is a type of resistor that is mounted into a hole in the circuit board or other substrate instead of being surface-mounted, much like many other resistors.

The RNC50H1180FSB14 is a Compact Through-Hole Resistor (CTHR) designed for low thermal conductivity and volume formulas. It is a 2-Watt, zero-field thru-hole resistor. It is an accurate, insulated ceramic substrate mounted resistor, which delivers faster reactance and peak impedance than does a compliant surface-mount resistor. The size of the Through-Hole Resistor makes it easier to use in tight spaces.

The RNC50H1180FSB14’s application field primarily include general signal conditioning, power stability, signal routing, noise cancellation and drive circuitry applications, such as in medical and military systems, portable computers, audio/video components, and measuring and testing equipment. It also is commonly used in production line test fixtures, grounding circuits, and automotive power conditioning.

The working principle of the RNC50H1180FSB14 is based on the resistance of a material when an electric current is passed through it. Resistance is typically measured in Ohms and is the inverse of conductance. The resistor will limit the amount of electricity that can pass through it, or the amount of voltage. By changing the resistors value, an electrical circuit will enable more or less power to be gained.

A current will flow through the RNC50H1180FSB14 when the voltage across its ends reaches a certain threshold, called the threshold voltage. Once the current flow reaches its maximum, the voltage across its ends will go down to a certain level, called the knee voltage, which is greater than the threshold voltage. The difference in these two voltages is called the breakdown voltage of the resistor.

A significant characteristic of the RNC50H1180FSB14 is that it has low power loss and high stability when used at highly sensitive settings. It is also notable for its high voltage and high power capability. The resistor is of high accuracy and its leakage current is also very low. Its uniform format also allows for ease of insertion into any circuit board or equipment.

Overall, the RNC50H1180FSB14 is an ideal, thru-hole resistor for many applications and workstations. It is designed to provide optimum power fidelity, stability, and accuracy in addition to reliable performance, robustness, and high reliability. Its low power loss, high stability, and high voltage and power capability make it a worthwhile investment for many circuit board applications.

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