C3A47RJT

Through hole resistors were first introduced in the 1950s and have been a staple part of any engineer\'s toolkit ever since. Through hole resistors are widely used in many applications and are available in various shapes and sizes. The C3A47RJT is an example of a type of through hole resistor that is most commonly used in industrial and automotive applications.

The C3A47RJT is a medium power, through hole resistor that is rated for a maximum power dissipation of six watts. This type of resistor is constructed using metal oxide resistance film and is capable of withstanding high temperatures, up to 150°C. The C3A47RJT is available in various resistance values ranging from 0.1 ohms to 18 ohms, with a tolerance of ±20%.

The most common application of C3A47RJT through hole resistors is in power supply circuits. These resistors are used to regulate current, balance the power levels, and reduce potential resonant frequencies. They also find applications in motor control, audio devices, and circuit switching. The C3A47RJT is highly reliable and can be easily installed in printed circuit boards.

The working principle of C3A47RJT through hole resistors follows the same principle as all other types of resistors. The resistor consists of two main components; a resistive element and an electrically conductive element. The resistive element is typically composed of metal oxides that form an electrically resistive path between the two terminals of the resistor. When an electrical current is passed through this resistive path, the voltage drop across the terminals will be inversely proportional to the electrical current. This is known as Ohm\'s law, which states that the voltage drop (V) is equal to the product of the resistance (R) and the electrical current (I). In other words, V=I*R.

C3A47RJT through hole resistors are reliable and cost effective components used in a variety of electrical and electronic designs. They are easy to install and can handle temperatures up to 150°C. The wide range of resistance values and tolerances available make them a suitable choice for most power and audio applications.