MRS16000C6202FRP00

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Through Hole Resistors are passive components that are manufactured to offer electrical resistance to a circuit. In general, they are produced in wirewound or thick film style with four-terminal (dual in-line configuration) for leaded surface-mount devices and wirewound varieties. MRS16000C6202FRP00 is a Through Hole Resistor with the aim of providing resistance to a circuit in a convenient, cost-effective manner.

MRS16000C6202FRP00 presents a fairly standard package with a 4-pin dual-in-line configuration, which includes two pins for the power input, an optional pin for the ground reference and a last pin for the output voltage. Due to its compact size, it fits into a standard 0.6" dual-in-line package.

The MRS16000C6202FRP00 has a wide range of applications, including automotive, industrial and computing. For automotive applications, it’s optimal for use in autostart systems, anti-lock braking systems and drives. In industrial applications, it’s ideal for circuit overvoltage protection, power supply regulation and temperature sensing. It’s also great for regulating voltage for microprocessors in computing devices.

MRS16000C6202FRP00’s working principle is based on Ohm’s law, which states that the total voltage applied across a resistor is equal to the current passing through multiplied by its resistance. It has a rated power of 160 mW, maximum tolerable voltage of 16V and a maximum tolerance of ±5% and ±2%. Thanks to its high accuracy, it can be used for highly precise applications.

In addition, MRS16000C6202FRP00 features excellent temperature stability, excellent long-term stability and superior surge protection. With its high-quality insulation material, it also provides excellent resistance to corona corrosion.

In conclusion, MRS16000C6202FRP00 is a cost-effective Through Hole Resistor that is capable of providing resistance to a circuit in a convenient manner. It has a wide range of applications, including automotive, industrial and computing, and its working principle is based on Ohm’s law. Thanks to its excellent temperature stability, excellent long-term stability and superior surge protection, it is ideal for highly precise applications.

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