2N5484_D74Z

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The 2N5484_D74Z is a Silicon P-Channel MOS Field Effect Transistor (FET) commonly used for RF applications. Primarily, it is a voltage controlled device which utilizes transistor functions to control current flow. This device is composed of an insulated gate field effect element which is P type conductivity or P-channel. It is composed of one source, one drain, and one gate.
When 2N5484_D74Z is used in an electronic circuit, it works by providing a controlled path between the collector and the emitter of the device. The flow of current is selectively controlled through the gate terminal, which is connected to a positive voltage potential. Applying positive voltage potential across the gate will cause a current to flow through the device and allow the current to pass through the device’s drain-source path as well as the gate-source path. When this occurs, the source and drain terminals act as an open circuit allowing current to flow around the circuit.
The main purpose for using the 2N5484_D74Z device is for controlling high frequency signals such as VHF, UHF, and FM radio frequencies. Additionally, this device can also be used for switching high-speed devices such as DSPs, digital processor boards, and other data processing applications due to its low-capacitance, near-zero gate delay, high-speed switching time and low-threshold voltage.
When it comes to the working principles of the 2N5484_D74Z device, it works as a variable-resistance element that can be adjusted or regulated by applying a gate-voltage to the gate or gate pin. To be more specific, a negative voltage across the gate will cause the device to attenuate the current flow, while a positive voltage across the gate will cause the current flow to be enabled. Other than that, the gain of the FET can also be adjusted by changing the voltage level to the gate.
In summary, the 2N5484_D74Z is a silicon P-channel MOS field-effect transistor (FET) commonly used in RF applications. It is composed of one source, one drain, and one gate, and works by providing a controlled path between drain and source by applying a positive voltege potential to the gate. This device can be used for high-frequency signal applications such as VHF, UHF, and FM radios, as well as for switching high-speed devices such as DSPs and digital processor boards. Furthermore, its working principles involve a variable-resistance element that can be adjusted or regulated by applying a gate voltage to the gate.

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