EPC8002 Discrete Semiconductor Products

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The EPC8002 is a single E-mode GaN or GaAs FET that offers some of the highest efficiency and power density available for a broad range of power management and consumer applications. That’s because this device, which is designed to operate at frequencies up to 17 GHz, offers significant advantages to high-density power supplies and applications that require switching frequencies above 10 GHz. To top it all off, the EPC8002 offers the highest junction temperature of any similar device.

Since its introduction, the EPC8002 has become the go-to device of choice for many types of power management, consumer and industrial applications. Its combination of high performance, low on-resistance and high switching frequency makes it a good fit for radio frequency (RF) designs, mobile power systems and solid-state lighting applications. Additionally, its innovative structure ensures low gate-drain charge and industry-low reverse leakage current.

To understand the EPC8002, it’s important to have a basic understanding of how the FET works. FETs, or Field-Effect Transistors, are a type of transistor that operates based on the flow of electrons through a channel between the source and drain. The channel is controlled by the gate, which acts as an electric field to direct the flow of electrons. By controlling the amount of current flowing through the channel, the FET can be used to switch between high and low current levels.

The EPC8002 is a type of FET known as an E-mode GaN or GaAs FET, which stands for electro-molecular field effect transistor. This type of FET utilizes a thin film of semiconductor material that consists of ionized molecules between the source and drain. The molecules form an electric field, which when passed through the thin film, creates voltage drops that control the flow of current. The thin film also serves to amplify the electric field and reduce the on-resistance of the device.

The EPC8002’s unique design allows it to operate at frequencies up to 17 GHz, making it ideal for applications that require high switching speeds. Additionally, its high efficiency and low on-resistance make it an ideal choice for power management applications. The device’s low reverse leakage current helps keep the total power supplied to a system low, while its rugged construction means it can operate in a wide temperature range.

The EPC8002 is an ideal choice for applications that require high performance, robust design and high switching frequencies. Its combination of features make it suited for a broad range of applications, including radio frequency (RF) designs, mobile power systems and solid-state lighting applications. It also offers a high junction temperature, making it a good fit for designs that require reliable operation in extreme temperatures.

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