BCV63B,215 Discrete Semiconductor Products

BCV63B,215 is a high voltage array NPN transistor consisting of two independent transistors combined in one package. It is typically used in automotive applications such as emissions control systems, air bags, lighting and motor drives.

BCV63B,215 is especially useful in automotive applications with limited space. This array NPN transistor offers excellent noise immunity, good linearity and low saturation voltage. The device features reverse breakdown voltage of 250V, open base voltage of 7V, collector current of 10A, and collector current of 5A. It has a power dissipation of 2.1W and a total power dissipation of 25mW.

The BCV63B,215 is designed to provide a high level of performance and reliability. It has a wide operating temperature range from -40°C to 150°C. It provides excellent noise immunity by using high-speed switching techniques and has a low saturation voltage for low power consumption. The two transistors provide a high-efficiency switcher operation and are combined in one package for energy efficiency.

The BCV63B,215 is suitable for use in a wide variety of applications including power amplifiers, motor controllers, automotive control systems, air bags, motor drives and amplifiers. Its high voltage array transistors feature reverse breakdown voltage of 250V, open base voltage of 7V, collector current of 10A, and collector current of 5A. Its power dissipation is 2.1W with a total power dissipation of 25mW. The BCV63B,215 has excellent noise immunity and low saturation voltage, making it ideal for high-efficiency power amplifiers and car control systems.

The working principle of the BCV63B,215 is simple. Two independent transistors in the device are usually connected in a common-emitter or common-base configuration. An input control signal is supplied to the base of one of the transistors and the other transistor is connected to a reference voltage or ground. The transistors operate together to provide a desired output voltage. The output voltage is regulated by adjusting the base-to-emitter voltage of the transistors which is controlled by the input control signal. This allows the output voltage to be controlled in a linear fashion.

In conclusion, the BCV63B,215 is a high voltage array NPN transistor consisting of two independent transistors combined in one package. It is suitable for use in a wide variety of automotive applications, including emissions control systems, air bags, lighting and motor drives. This high voltage array transistors features reverse breakdown voltage of 250V, open base voltage of 7V, collector current of 10A, and collector current of 5A. Its power dissipation is 2.1W with a total power dissipation of 25mW. The working principle of the BCV63B,215 is simple. The two independent transistors are usually connected in a common-emitter or common-base configuration, and an input control signal is supplied to one of the transistors, allowing it to control the output voltage in a linear fashion.