CBT25J47K

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Through Hole Resistors are electrical components used in a wide variety of application fields, typically used in circuits to reduce voltage and current levels, as well as modify signal characteristics. The CBT25J47K Through Hole Resistor is an innovative new resistor that offers advantages over traditional resistors, such as greater reliability and precision. This article will discuss the application field and working principle of the CBT25J47K and how it can be used in various industries.

The CBT25J47K Through Hole Resistor is a recent development in the field of electronics materials. It has a high resistance measurement accuracy, with a minimum resistance of 0.1 ohms and a maximum resistance of 2.0M ohms. This allows it to be used in circuits requiring precision measurements in a variety of situations. It also features combined errors lower than 0.2% and a thermal time constant below 5 msec, making it more reliable than traditional resistors.

The CBT25J47K is also known for its higher power rating and improved thermal management. Its resistance performance is stable in a wide range of temperatures, from -40°C to +150°C, and can handle power of up to 5 watts. Its surface mount technology enables the component to handle transfer of heat more effectively. This makes it ideal for use in situations where power monitoring and thermal management is a concern.

The CBT25J47K Through Hole Resistor is a highly reliable component that is suitable for high-precision and power-intensive circuitry. It can be used in industries that are in need of precise circuit control such as electrical systems, medical equipment, military applications, and automotive electronics. It is also used in the telecommunications industry, with its high-precision resistors providing reliable data transfers for voice and data networks. Additionally, its power rating makes it a viable option for industrial automation.

The CBT25J47K is a thermistor-type resistor. A thermistor is a resistive component whose resistance value changes with the temperature of its environment. The CBT25J47K thermistor is composed of two parts, namely an active element and an insulating system. The active element is a resistance element, typically made of different metals or semiconductor materials. The insulating system is composed of a ceramic body, a header, and a heat sink.

The properties of the active element and the heat sink determine the behavior of the CBT25J47K. The active element changes its resistance as more electricity is passed through it, thus providing a steady current flow and voltage regulation. The thermal management component is designed to handle the heat of the active element, dissipating the excess energy into the atmosphere. This allows for more efficient transfer of heat, resulting in increased stability of resistance over time.

In summary, the CBT25J47K Through Hole Resistor is a highly reliable component with various advantages over conventional resistors. It is suitable for precision and power-intensive circuitry in a variety of industries, from telecommunications to automotive. Its thermistor-type design also allows for effective thermal management, making it the ideal choice for any application field requiring precision and quality.

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