SQMR715KJ

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A through hole resistor is a resistor which is soldered to a printed circuit board (PCB) by a lead that passes through a hole in the board, hence the name. One type of through hole resistor is the SMR715KJ, which is a precision, low-power, high-stability resistor. It is designed in order to minimize the temperature coefficient of resistance (TCR) and long-term stability.

The SMR715KJ is used in a wide variety of applications, ranging from control systems to medical electronics. Typical applications for the SMR715KJ include the voltage regulation of power supplies, precision metering, and bridge circuits. In these applications, the SMR715KJ can provide a stable resistance in the face of temperature variations, ensuring accurate and consistent readings.

The SMR715KJ is a 2-terminal resistor, which means it has two leads that go through a hole in the PCB. The pins, which are insulated coated wires, are connected to either side of the resistor to provide connection points to the circuit. The SMR715KJ also has a withstand voltage of 2500 volts, which means it is suitable for use in high voltage applications.

The SMR715KJ is a precision resistor, meaning it has a small temperature coefficient of resistance (TCR). This is important in keeping the resistance of the resistor accurately adjusted over a wide range of temperatures. The SMR715KJ also has an ultra-low temperature coefficient of resistance (TCR) of <0.05 ppm/K, which makes it ideal for temperature and voltage sensitive applications.

The performance of the SMR715KJ is also enhanced by its long-term stability. The SMR715KJ can maintain excellent performance over a long period of time, ensuring accurate and stable readings. This makes it ideal for applications where accuracy and precision are essential.

The SMR715KJ is a versatile, high-performance resistor that is suitable for a wide range of applications. Its precision, low-power, and high-stability make it ideal for use in control systems, medical electronics, power supplies, precision metering, and bridge circuits.

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