SBL4R015J

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Through Hole Resistors are components used to control the current flow in a circuit. The SBL4R015J is a high-precision Through Hole Resistor used in a variety of applications. The SBL4R015J has high precision and stability, making it ideal for high-accuracy applications such as power rectification, controlling voltage or current in a circuit, etc. This makes it ideal for use in a variety of industries, such as medical, industrial, automotive, telecommunications, instrumentation, and more.

Application Field

The SBL4R015J is most often used in power rectification, surge protection, and voltage limitation or control. With its high accuracy, it is also ideal for controlling voltage or current in a circuit, for example in motor control circuits, or for inrush current limiting, etc. It is also ideal for current sensing applications, such as motor current monitoring, battery charge/discharge indications, etc.

The SBL4R015J also has various other uses in different industries – it is used in medical applications, such as EMI shielding in probes, and is also used in the automation and control industry, in applications such as pulse control, VFDs, etc. In the automotive industry, the SBL4R015J is used for ripple suppression, EMI control, and current sensing. It is also used in telecommunications systems, as well as in instrumentation and motion control applications.

Working Principle

The SBL4R015J uses a Through Hole Resistor design to provide stable performance with minimum tolerance requirements. These resistors are electrostatic monoliths, produced with a scheme of very thin resistive layers which are used to finely control the resistor\'s resistance value. These layers are die-cuted in order to obtain the desired value. As a result of this design, the resistor can provide very high accuracy and stability.

In order to reduce circuitboard or component damage and provide stability against temperature changes, a special design feature of the resistor is that it has a low thermal coefficient. This allows the resistor to remain within +/-1.0% tolerance even with large temperature changes. Also, due to the low thermal coefficient, the resistor does not require a heatsink in order to maintain its accuracy.

The Through Hole resistor is also designed with a high-power capacity, allowing it to withstand high overload currents, and providing high pulse stability and robustness. This makes the SBL4R015J an ideal component for use in a variety of high-precision, high-power applications.

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