2SC4061KT146N

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Bipolar junction transistors, or BJTs, are three-terminal devices that can be used either as amplifying and switching elements. These transistors are made up of two typical regions, one P-type and one N-type. This basic design offers several advantages such as high gain, low power consumption, wide supply voltage range, low cost, and high stability. The 2SC4061KT146N BJT is a high gain and high speed transistor designed for converting high frequency and high voltage AC signals. This device is designed in a TO-236AB package, making it suitable for surface mount technologies. It features a forward current transfer ratio (h21e) of 0.043 A/A (min) and a maximum collector-emitter voltage of 100 V. Other features include high gain and high speed switching characteristics, low collector-base capacitance, and a high-temperature operating range. This transistor can be used in a variety of applications, including amplifier circuits, switching circuits, voltage regulators, and digital circuits. The 2SC4061KT146N is a NPN transistor with a current gain of 1000 (min) and a collector-base impedance of 400000 ohms. This transistor operates over a voltage range from -50 V to 100 V. It has a maximum collector current of 0.1 A (max). This device also has an operating temperature range from -55°C to +150°C. It is an extremely reliable and stable part, offering excellent performance in all applications. The working principle of any BJT is based on the base-emitter junction. When a forward-biased voltage is applied to the base-emitter junction, electrons and holes are attracted to the junction and enter the base region, where they recombine and create a current flow. This current flows from the emitter to the base, and the collector-base junction must also be forward-biased to create a current flow from the collector to the base. This creates a current amplification, or gain. The gain is determined by the ratio of the collector current to the emitter current, or the h21e parameter. The 2SC4061KT146N is an extremely reliable and robust part, offering excellent performance in most applications. It is rated for a collector-emitter voltage of 100V, a forward current transfer ratio of 0.043 A/A, and a high gain and speed switching rating. It can be used in a variety of applications, including amplifier circuits, switching circuits, voltage regulators, and digital circuits. It is also cost-effective, reliable, and stable. The working principle of this device is based on the base-emitter junction, where current gain is determined by the ratio of collector current to emitter current.

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