KSC2787OTA

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The KSC2787OTA is the latest offering from semiconductor manufacturer Gayle Inc. It is a bipolar type general-purpose NPN transistor manufactured with a silicon base and collector that can be used for many applications. This type of transistor has been used for decades in a variety of commercial, industrial and military applications, providing reliable performance at relatively low cost. The KSC2787OTA is also designed to be fast switching, which makes it well-suited for a range of applications, including power amplifier circuits, high-speed switching circuits, and oscillator circuits.

The KSC2787OTA is rated to operate over a wide temperature range, from -55 to 150 °C. It has an excellent current gain hA:C rate of 50 to 250 on the current collector side and 110 to 360 on the emitter side. Its maximum power dissipation is 1.0W and the breakdown voltage is 59V. It has a maximum collector-to-base voltage of 40V and a maximum collector-to-emitter voltage of 40V.

The KSC2787OTA is typically used in high-frequency Class A and B audio amplifiers, radio-frequency power switching applications, power switching circuits and switching regulated power supplies. Its advantage lies in its fast switching speed, allowing for high-speed operation at high frequencies. Furthermore, due to its high current gain and breakdown voltage, it is suitable for use in applications involving high-load currents. Additionally, the KSC2787OTA is able to withstand high temperatures, providing high reliability and increased life expectancy.

The KSC2787OTA offers optimal performance when paired with a PNP transistor. The two transistors work together to provide linear voltage transfer and relay functionality. The PNP transistor is used as an output in the form of a collector-emitter, while the NPN transistor is used as an input in the form of a base-emitter. This allows for voltage gain, in which the input signal is amplified by the differential voltage between the two transistors. Additionally, the two transistors can be used together to provide current gain, in which the input signal is amplified by the current gain between the two transistors.

The KSC2787OTA is an economical, reliable and high-performance general-purpose NPN transistor for many applications. It can be used for high-frequency audio amplifiers, radio-frequency power switching applications, power switching circuits and switching regulated power supplies. Its fast switching speed and high current gain, as well as its ability to withstand high temperatures, make it a suitable choice for almost any application.

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