MMBT5087LT1G Discrete Semiconductor Products

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MMBT5087LT1G is a kind of bipolar junction transistors (BJT) with high power and high speed switching characteristics, which makes them ideal for applications in products such as mobile phones and notebooks. It is the first product of the company which combines a high-power, high-speed transistor with a low-voltage feature for improved system flexibility. The MMBT5087LT1G transistors are also suitable for RF switching and signal amplification.

MMBT5087LT1G is a PNP transistor with an applications field ranging from a variety of switching circuits to light emitting diode (LED) drivers and general digital amplification. Its main features are its high speed switching, high power handling and low on-resistance. It is also used for applications that require low power consumption, such as battery powered devices. The device can be used both as a switch and amplifier. Furthermore, the device is designed to work over wide operating temperature range and is also low noise and radiation tolerant.

The working principle of the MMBT5087LT1G is as follows. It is a type of conventional four-layer PNP power transistor, with an emitter-base junction, a collector-base junction and two base control connections. The collector current passes through the collector-base junction, which is reverse-biased, thus controlling the collector current. When the base-emitter junction is forward biased, the base collector current is increased, destabilizing the collector current and ultimately allowing the transistor to switch its collector current. The transistor can be switched from its conducting "on" state to its non-conducting "off" state through the process of base current control.

The MMBT5087LT1G is a great choice for both high power applications and low power applications in electronic products. Its properties such as high power and speed, low on-resistance, wide operating temperature range and low power consumption make it a versatile device for various applications. This device is also highly suitable for RF switching and signal amplification, LED drivers, and more.

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