RR03J22KTB

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Through Hole Resistors provide a simple and reliable way to regulate electric current for various applications. One of the most widely used types of Through Hole Resistors is the RR03J22KTB, which is designed for standard applications such as controlling current flow in LED displays or industrial machinery, and for wireless communications. In this article we will discuss the RR03J22KTB resistor’s application field and working principle.

The RR03J22KTB resistor is a through-hole resistor, which means that it is installed directly onto the surface of the board or component to which it is connected. It has a compact size and is designed for standardized applications such as controlling current flow in LED displays or other industrial machinery and for wireless communications. The device is extremely cost effective, making it popular with many manufacturers.

The RR03J22KTB’s application field includes controlling current flow in LED displays and other industrial machinery. The device is also used for automated systems and for wireless communication systems. It is also used in high power applications, as it can handle up to 15A continuous current, with a peak dissipation of 25W. In addition, the device is available in various resistance values ranging from 100K to 1 megohms, offering versatility for different applications.

The working principle of the RR03J22KTB is based on the use of a resistive element. The resistive element can be a semiconductor diode or MOSFET. The device works by applying a voltage to the resistor, which causes the voltage across the resistor to increase. As the voltage rises, the current through the resistor begins to fall, and the resistor effectively controls the current. The higher the resistance value, the lower the current. A key feature of the RR03J22KTB is its low thermal budget, as it can operate at temperatures up to 150°C.

In conclusion, the RR03J22KTB is an excellent choice for a wide range of applications, including controlling current flow in LED displays and other industrial machinery, automated systems, and wireless communication systems. It has a low thermal budget and is available in resistance values ranging from 100K to 1 megohm, offering versatility for different applications. The device\'s working principle is based on the use of a resistive element which allows it to effectively regulate current flow.

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