2SC5087R(TE85L,F)

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The 2SC5087R(TE85L,F) are high-frequency transistors manufactured by NEC. These power transistors are designed for RF applications from extremely low frequency to 4GHz High Frequency (HF) range. The 2SC5087R(TE85L,F) are able to work at relatively higher collector current rating. The package available is pack of 2 which is designated by T-E case.

The 2SC5087R(TE85L,F) is also called a NPN Small-Signal RF power transistor. Its base-collector voltage is typically 18V, and its collector-emitter voltage is typically 10V. Its collector current is typically 9mA and its power dissipation is 18W. The maximum frequency at which it can be used is 4GHz, and the maximum collector current is typically 7A. The power gain at 4GHz is typically 5dB.

The working principle of a 2SC5087R(TE85L,F) unit is fairly simple. It acts as an amplifier, where input signals in the form of current are received at the base, amplified within the unit and then output at the collector. When current is passed through the base, it creates a current-controlled voltage at the collector. This current controlled voltage is the amplified version of the input current. Thus, when a signal is passed through the transistor, it acts as an amplifier and increases the power of the signal.

The 2SC5087R(TE85L,F) can be used in a number of RF applications. It can be used as a VHF amplifier, an LNA, a mixer, and a power amplifier. It is also used in the radio receiver and in the PLL Frequency Cell. It can also be used in a variety of television and satellite receiver systems, as well as other HF and VHF applications. Additionally, these transistors can be used as power amplifiers for FM/AM and satellite broadcast.

Due to its capacity to operate at high frequencies and handle a large current rating, the 2SC5087R(TE85L,F) is ideal for use in RF applications. Its versatility makes it the perfect choice for a wide variety of applications, including VHF, LNA, and mixer operations. Its high-frequency capabilities and strong power gain make it a great choice for power amplifier applications.

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