SFR16S0001541FR500

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Through Hole Resistors is a type of resistor constructed with a fixed amount of metal of segmented core wrapped in a ceramic encasing. The SFR16S0001541FR500 is a particular type of Through Hole Resistor with a resistance value of 16 ohms, a maximum power rating of 1/2 watt and a tolerance of +-1%.

The SFR16S0001541FR500 is mainly intended for the purpose of voltage and current limiting, and it is typically found in commercial electronic systems. In electronics, these resistors are used for many applications including waveform generation, precision timing, power management, signal isolation, current sensing, voltage regulation, filtering, pulse shaping, and attenuation in RF and audio applications. It has many advantages such as a wide range of resistance values, small size, high power rating, low cost, and long service life.

The SFR16S0001541FR500 Through Hole Resistor works by providing a physical resistance to the flow of electrical current. This is achieved by taking the two ends of the resistor and wrapping them around a segmented core. The greater the resistance of the core, the larger the current flow, and therefore the greater the amount of voltage each piece of wire can take before breaking down. The ceramic encasing provides a uniform insulation against high voltages and eliminates undesired humidity.

The SFR16S0001541FR500 Through Hole Resistor is also designed to dissipate heat caused by the current flow. It works by creating heat when the current flowing through the resistor is opposed by the resistance of the core material itself. The ceramic encasing works to dissipate the heat by providing a path of thermal conduction away from the heated wire. This helps to regulate the temperature of the resistor.

In summary, the SFR16S0001541FR500 Through Hole Resistor can be used for many applications, from voltage and current limiting to waveform generation and attenuation in RF and audio applications. Its structure and shape makes it ideal for any application due to its small size, good tolerance, high power rating, and low cost. Its ceramic encasing and segmented core work together to provide effective resistance and thermal conduction, which helps to ensure the resistor works properly.

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