2SC6144

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2SC6144 bipolar junction transistors (BJT) are discrete semiconductor components designed for use in various types of electrical circuits. These components are commonly used in a variety of commercial and consumer applications, including radio frequency (RF) amplifiers, analog and digital signal processing (DSP) circuits, power management applications, and switching circuits. They can also be used to control the speed of motors and motors in industrial automation applications.

The 2SC6144 is a single BJT component, which is a kind of three-terminal electronic component that amplifies, switches, or applies voltage to circuit loads. It is comprised of three terminals: the emitter, base and collector. The collector is made up of one layer of lightly doped n-type semiconductor and is directly connected to the emitter, while the base is made up of one layer of lightly doped p-type semiconductor. The base-collector junction is diode-connected, and its reverse bias will not appear. The base region is also reverse-biased by a voltage that is applied from an external bias source, such as a DC power supply.

The key features of the 2SC6144 BJT include a maximum forward current rating of 1.6A and a maximum reverse voltage of 40V. It also has a high-voltage gain with a power dissipation of 3W. Its breakdown voltage is rated at 75V, while the maximum junction temperature is rated at 125°C. The device comes in a TO-3 package, which is a widely used hermetically sealed metal case. Its dimensions are 34.9mm (1.37”) length by 18.7mm (0.74”) width.

The 2SC6144’s common-emitter configuration is used for many application areas, including audio frequency (AF) amplifiers, video circuits, computer control, remote control, communication control, power control, as well as switched mode power supplies. The operating principle of this BJT is similar to that of a voltage amplifier. It takes a small input voltage, amplifies it and produces an output voltage that is much larger than the input voltage. The current gain is controlled by the width of the base and the length of the collector. The wider the base, the higher the current gain, and vice versa. Conversely, if the collector is made longer, the base current will be more restricted, resulting in a lower current gain.

The 2SC6144 is a general purpose active device, allowing it to be used in many applications. It is used mainly in RF and other RF amplifiers as well as in analog and digital signal processing circuits. It can also be used in a wide range of switching and power supply applications, such as remote control and computer control circuits. It is capable of providing high speed switching at high frequencies, and it provides the user with excellent stability and reliability. In addition, it can also be used in a range of industrial automation applications. The 2SC6144 is a reliable, cost-effective active device for various applications.

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