CBT25J150K

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Through hole resistors, also known as leaded resistors, are essential passive elements in electrical and electronic circuits. The CBT25J150K is an example of this, a resistor made up of two terminals. It is a power resistor with a junction-to-air design and integrated mounting bracket for easy assembly.

The CBT25J150K is an axial leaded resistor, so it needs to be placed into position by inserting its terminals into the Circuit Board (PCB) holes. This allows a reliable electrical connection with the PCB, withstanding vibrations and providing more mechanical stability. This type of resistor can handle higher current ratings than other similar components, so it is suitable for many applications.

This type of resistor is capable of dissipating up to 25 watts of power with a voltage rating of up to 150V. This makes it ideal for high-power circuits that require a high level of mechanical stability such as welding, high voltage isolation, and power electronics applications. It is also suitable for professional audio equipment, computers and television control systems.

The CBT25J150K through-hole resistor has a working principle of dissipating power. As electrical current passes through it, some of the energy is converted to heat, which is then dissipated through the body and leads. This keeps the electricity from overloading the circuit and damaging any of the components.

Although through-hole resistors are typically large, the CBT25J150K relatively small in size, measuring just 28 mm long and 5 mm in diameter. It also features an anodized aluminum oxide body and integral mounting bracket, providing a greater level of heat dissipation, with resistance values from 0.1 up to 100 ohms.

In summary, the CBT25J150K through-hole resistor is a high-powered resistor with advanced design features, allowing for a reliable and mechanical resistant connection between the circuit board and other components. Its ability to handle up to 25 watts of power and dissipative components makes it ideal for a variety of professional applications.

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