BD17810STU

The BD17810STU is a bipolar, single transistor device manufactured by NEC Corp. It is a medium power, medium frequency, and medium voltage transistor designed to provide a minimum of 10W of power. It is ideal for applications requiring moderate power levels, such as automotive and consumer equipment.

The BD17810STU has many useful features, which include: a minimum breakdown voltage of 25V; high power capacity of 10W; low capacitance; high operating temperature range of up to 150°C; low resistor noise; and low base-emitter voltage.

The BD17810STU are used primarily in applications that require low-level voltage and current and moderate power. Automotive and consumer applications benefit from the low resistance and low thermal noise enabled by this device. They are also suitable for high voltage, high current, and high-temperature applications.

The working principle behind the BD17810STU is the same as any other single transistor device: a small amount of base current is used to control a larger amount of collector current. This arrangement allows the output current to be varied by controlling the base current. The device is designed to provide a low-level voltage and a low-level current with a minimum of 10W of power.

The BD17810STU features a “second-convergence” circuit that maintains a high gain at extreme temperatures with minimal distortion. This improved circuit is especially useful in applications requiring reliable operation over a wide temperature range.

The BD17810STU is a popular transistor device because of its modest cost, low power consumption, and reliable performance. It is one of the most widely available devices from NEC Corporation, so it can easily be found in the market. Additionally, NEC offers a wide range of other products such as SCR, rectifier, and FET transistors for various applications.

Overall, the BD17810STU is a medium power, medium frequency, and medium voltage device that is ideal for a variety of automotive and consumer applications. It features a low-level voltage, low-level current operation, a minimum of 10W of power, and a “second-convergence” circuit. The device is reliable, modestly priced, and widely available.