BC847BPN,125

The BC847BPN,125 is a NPN, two array, bipolar transistor planar epitaxial package that has been designed to be used with major applications such as general purpose switching, amplifier and low frequency oscillators. This device has a DC collector current of 150mA and a DC collector-base voltage of 100V. It also has a DC emitter base voltage of 6V, a base current of 30mA, and a collector-emitter voltage of 80V. The physical size of this device is a flat 11mm x 3.3mm and it is made of an 11-pin Quadruple-in-line package.

The array structure of a bipolar transistor provides enhanced system performance and excellent signal integrity through the amplifier. This is accomplished by providing low output impedance, excellent signal isolation, and robust performance over many operational conditions. The BC847BPN,125 has an array temperature range of -55C to +150C and is protected against electrostatic discharge. It also comes with an extensive ESD protection of up to 750V.

The working principle of the BC847BPN,125 is a NPN bipolar transistor. This active component features two P-type semiconductor materials between two N-type semiconductor materials in a planar package. While the N-type materials function as a collector and emitter, the P-type material functions as a base. When the base receives a current, then the two N-type materials are opened, allowing a small current to pass between the collector and emitter, thus amplifying the input signal.

The typical applications of the BC847BPN,125 include low frequency oscillators, small signal amplifiers, general purpose switching, and off-line switching supplies. In general, it can be used for a wide range of applications where high gain, high density, and low power consumption are important. Additionally, it is suitable for use in circuits that require low collector-emitter voltage and low collector-base saturation voltage as well as precise switching times.

In conclusion, the BC847BPN,125 is a planar NPN, two array, bipolar transistor package that is suitable for both general purpose switching and amplifier applications. It offers enhanced system performance and excellent signal isolation, along with extensive ESD protection. It works based on a NPN bipolar transistor structure and is capable of achieving high gain and low power consumption. The typical applications of this device include general purpose switching, high frequency oscillators, and off-line switching supplies.