RR02J12RTB

Through Hole Resistors

Through hole resistors are very useful components in electrical engineering projects. They are widely used for their low cost, availability, and wide range of applications. The RR02J12RTB is a through-hole resistor designed for use in high voltage applications. It is constructed of a general-purpose nichrome element, housed in a glass-metal case that is corrosion-resistant and highly durable. The resistor is rated to handle up to 600 VDC, and is available in resistance values from 0.1 ohm to 1.2 k ohm.

Application Field

The RR02J12RTB is a wide-range resistor, suitable for a variety of high voltage applications. It is designed for use in AC and DC heavy equipment, such as industrial machines, welding machines, and X-Ray or Magnetic Resonance Imaging equipment. It is designed with high strength insulation for additional safety and stability. It is also suitable for use in communications and control systems, as well as in consumer electronics. The RR02J12RTB can also be used in high-frequency radio transmission circuits, as it has a high power rating and an excellent heat dissipation rating.

Working Principle

RR02J12RTB utilizes Ohm\'s law to determine the resistance of the resistor. The Ohm\'s law states that the current is directly proportional to the voltage and inversely proportional to the resistance. The resistance of the resistor can be calculated by calculating the voltage over the resistor and then dividing it by the current. The resistance of the RR02J12RTB is printed on the bottom of the resistor, which is a clear indication of its low resistance value. The resistor works by dissipating heat generated by the current flowing through it by using a general-purpose nichrome element.

Conclusion

The RR02J12RTB is a through-hole resistor designed for high voltage applications. It is composed of a general-purpose nichrome element housed in a glass-metal case and is rated to handle up to 600 VDC. It is suitable for use in heavy-duty industrial machines and consumer electronics, as well as in communications and control systems. It works by utilizing Ohm\'s law to determine its resistance and by dissipating heat with its general-purpose nichrome element.