RLR07C3902GSB14

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Through Hole Resistors are widely used in many different applications, ranging from industrial to commercial. RLR07C3902GSB14 Resistors are a type of Through Hole Resistor that is used mainly for precision measurements and signal conditioning. It is a device that limits or regulates the flow of electrical current, usually in inverse proportion to the voltage.

Application Field

RLR07C3902GSB14 Resistors are mainly used in aircraft and military systems, where extremely reliable and accurate measurements are critical. It can also be used for high stability and low temperature measurements in medical equipment. With the low temperature coefficient and good consistency over a wide range of temperatures, the RLR07C3902GSB14 Resistors can measure extremely precise voltage or current changes over time in a wide variety of applications.

RLR07C3902GSB14 Resistors are also widely used in industrial environments, such as high precision equipment, robotics, automation systems, and other specialized applications. Its ability to measure small signals accurately and its excellent drift characteristics make it suitable for use in a variety of challenging applications. It is also suitable for use in filters, circuits with variable resistance, transducer circuits, pressure sensing, and actuation in industrial control systems.

Working Principle

RLR07C3902GSB14 Resistors work by employing a resistor element that has a higher resistance value than the rest of the circuit. This resistor element forms a part of the current path from the power source to the load and is capable of controlling the amount of current that passes through the circuit. The resistor is connected directly across the power source and the load.

When the current that passes through the resistor exceeds the specified value, the voltage across the resistor increases. This increase in voltage causes the resistor to transform part of the current into heat energy, reducing the amount of current that passes through the circuit. This process is known as Ohmic Loss. The amount of current that is transformed into heat energy is determined by the resistance value of the resistor itself.

The resistance value of the RLR07C3902GSB14 Resistors provides accurate and reliable measurement values. The low drift of the resistor allows for long-term measurements without recalibration, and the low temperature coefficient ensures accuracy over a wide temperature range. The resistor can also be used in temperature compensation applications.

The accuracy of the range of resistors is also very high, with a maximum error rate of only 0.05%. This accuracy, combined with its low temperature coefficient and low drift, make the RLR07C3902GSB14 Resistors ideal for use in sensitive applications.

In conclusion, the RLR07C3902GSB14 Resistor provides high accuracy and stability, making it a reliable option for many different types of electronics applications. Its wide range of uses and excellent performance make it a great choice for industrial and commercial applications.

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