SFR16S0002700FA500

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Through-hole resistors are widely used in industrial and commercial electrical circuits to reduce or limit current flow, divide voltages or provide biasing. The SFR16S0002700FA500 application field and working principle is particularly suited for these applications.

The SFR16S0002700FA500 is a high-power, through-hole resistive device designed for use in both AC and DC circuits. It features a complete low-loss, low-inductance construction with 4 metal layers to minimize EMI radiation. The resistor consists of an insulated terminal, an electrolytic solid brass body, and a dielectric coating. The body provides mechanical strength and is soldered to the PCB. The dielectric coating shields the resistor from any damages from heat or electrical surges.

The SFR16S0002700FA500 has a maximum operating voltage of 1kV, and a resistance range of 10ohm to 1Gohm. This resistor also features high-power dissipation coefficients and a maximum dissipation of 0.5W. With its low self-inductance and excellent thermal stability, the SFR16S0002700FA500 can provide consistent performance even in high temperatures.

The SFR16S0002700FA500 patent-pending chip-scale mounting technology makes installation quick and easy in limited space. In addition, the design can be stacked on top of other resistor models for multiple applications. The compact terminal layout makes the SFR16S0002700FA500 ideal for thick-film or hybrid PCBs where space-saving is necessary.

The main application fields of the SFR16S0002700FA500 are high-power applications, such as robotics and motor controllers, that require stable and reliable operation. This through-hole resistor is also suitable for use in high-density, SMT-compatible circuits, as its thermal stability makes it ideal for high-power and high-temperature applications.

The working principle of SFR16S0002700FA500 is quite simple. It works by limiting the current passing through a circuit in order to protect sensitive components from being damaged by the current. The resistor works by introducing resistance in the circuit, thus bringing down the voltage across the components. This resistance is known as Ohmic resistance.

The SFR16S0002700FA500 is designed for accurate and reliable resistance tolerances and temperature coefficient of resistivity (TCR). The resistor has a high resistance tolerance of ±5%, as well as excellent temperature stability and repeatability. Its precision and reliability means that the SFR16S0002700FA500 is ideal for use in precision measurement and control systems.

In conclusion, the SFR16S0002700FA500 is a highly reliable and efficient through-hole resistor suitable for high-power and high-temperature applications. With its chip-scale mounting technology and excellent thermal stability, the SFR16S0002700FA500 can provide consistent performance even in extreme conditions. This resistor is also suitable for use in various circuit applications where precision and high resistance tolerances are required.

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