RN55C49R9BB14

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Through Hole resistors are electronic components made of semiconductor materials which can be used to reduce or regulate the flow of electrical current in a circuit. They are typically used in a variety of applications, including temperature control, impedance matching, as well as signal conditioning.

The RN55C49R9BB14 through hole resistor is an axial resistive device designed for use in a variety of applications, particularly those that require precision and accuracy. This device is composed of a ceramic body which is filled with a solid alloy such as manganese and nickel for higher temperature stability and corrosion resistance. It also features a gold-plated contact that provides good contact surface and better conductivity. The low TCR (ΔR) ensures consistent accuracy over a wide temperature range.

The RN55C49R9BB14 has a wide range of application fields. It can be used in the automotive industry as a temperature sensor for sensors that measure temperature and infrared radiation. It can be used in LED lighting systems as a current limiting resistor. It can also be used as a timing resistor in electronic circuits and as a stabilization resistor in voltage regulators.

The working principle of this device is based on Ohm\'s Law, which states that current flow depends upon the proportion between voltage and resistance. This practicality is observed in the RN55C49R9BB14 when it is placed in a circuit. When an electric current passes through it, it restricts the current flow in proportion to the voltage applied across it. The resistance of the resistor depends on the type of resistor and the material used in its construction, allowing for precise adjustment of current flow and regulation of voltage.

The RN55C49R9BB14 through hole resistor is a precision device designed for use in a variety of electronics applications. Its ceramic body is filled with a solid alloy for higher temperature stability and corrosion resistance, and its gold-plated contact provides good contact surface and better conductivity. It works based on Ohm\'s Law, allowing for precise adjustment of current flow and regulation of voltage.

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