CBT50J2M2

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Through Hole Resistors

Through-hole resistors, also known as leaded resistors, are a type of resistor with two terminals that connect to the component’s body with a hole or pedestal. The holes are usually surrounded by a collar or grommet in order to dielectrically isolate them from each other, and to reduce the risk of short-circuits in case of capacitive coupling.

CBT50J2M2 is among the most commonly used through-hole resistors on the market due to its high accuracy, temperature coefficient, as well as its low costs. It is typically used in industrial, automotive, and domestic applications. Although its most common application is in the design of electrical circuits, it is also applicable to other areas as well, such as in the design of resistors for radio-frequency components used in mobile phones and electronic apparatus.

The CBT50J2M2 is an NPN transistor made from silicon and capable of withstanding 260°C working temperatures without any risk of deformation or becoming damaged. This allows it to be used in high-heat applications with very low power dissipation losses. It has a drain-source voltage of up to 50V and a peak forward current rating of 2A. Additionally, the transistor provides excellent heat dissipation, and its highly accurate characteristics make it ideal for applications needs with tight tolerances.

The working principle of the CBT50J2M2 is simple to understand. When electricity passes through the terminals, the resistive element of the transistor modifies its resistance based on the value of the voltage applied. This causes a current to flow, providing the necessary power to whatever component it is connected to.

The CBT50J2M2 is an excellent choice for through-hole resistors because of its low profile design, affordability, and energy efficiency. It is perfect for applications in which precision and longevity are crucial factors for success. In addition, its robust design also ensures that the component functions correctly under extreme temperature conditions.

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