BC847PNQ-7-F

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The BC847PNQ-7-F is a member of a family of small signal transistors known as bipolar junction transistors (BJT) arrays. This type of transistor is often used in small electronic circuitry to control or manage signals in the form of electricity or current. It is made up of four small signal NPN transistors which have a common collector and can present a low output impedance.

The BC847PNQ-7-F is categorized as a dual small signal NPN transistor into one tiny package. It is well-suited for use in small-current operation and because of this, it can easily fit into a variety of small-current device designs. According to the characteristics of the product, the maximum collector current of this device is 80mA while its maximum collector-emitter voltage is 30V.

The primary application field of the BC847PNQ-7-F is in high-frequency general electronic signal processing. It is also suitable for a wide range of general purpose applications such as signal amplification and switching. This transistor is also suitable for use in any circuit with up to around 15MHz. In fact, it is one of the most popular and widely used transistors by circuit engineers.

A dual small signal NPN transistor such as the BC847PNQ-7-F operates on the same principle of operation as a single NPN transistor. In this transistor array, the two transistors are connected in a common-collector configuration and are connected to a single biasing or base current, known as the common emitter. When a base current is passed through the transistor, it amplifies this electric current and produces an output across the collector and emitter contacts. This output is then used to control a variety of circuits.

The BC847PNQ-7-F is a versatile and reliable transistor array which is well-suited for a wide range of applications in high frequency signal processing and switching. It is a popular choice for circuit engineers because of its low cost, excellent electrical characteristics, and reliable operation. In addition, it can be easily incorporated into modern day circuits due to its small size and wide array of applications.

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