CE3520K3-C1 Discrete Semiconductor Products

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CE3520K3-C1 is a type of Field Effect Transistor (FET), more specifically a Metal Oxide Semiconductor FET (MOSFET), that is designed to perform at radio-frequency (RF) applications. In RF applications, FETs are typically operated as amplifiers, switches or oscillators, and offer superior performance when compared to other electronic components such as bipolar junction transistors or vacuum tubes.

The CE3520K3-C1 MOSFET is specifically designed for use in RF applications. It has a rated frequency of 2 GHz, and is capable of producing up to 8 Watts of output power. In addition, the device has a low on-state resistance, meaning it has a low voltage drop when operating. This allows for high efficiency in power conversion, which is important in RF applications.

The CE3520K3-C1 is constructed using a phenomenon known as “field effect”. In FETs, the electric field established between the body and the gate terminals controls the current flow through the device. The CE3520K3-C1 has an N-type body and a P-type gate, meaning that when a positive voltage is applied to the gate terminal, a “depletion region” forms between the two terminals, allowing current to flow through the device.

The depletion region is created by holes at the interface between the gate and body terminals. These holes are referred to as “dopants”. The dopants are placed in a very precise manner in order to create the desired electric field distribution and enable the FET to accurately control current flow.

The CE3520K3-C1 also features gate protection, which guards the FET against voltage or current overloads. This is important for RF applications, as a voltage or current overload can easily damage the FET and reduce its performance.

Overall, the CE3520K3-C1 is an excellent choice for RF applications. Its low on-state resistance, precise doping, and gate protection make it well suited for use in a range of high frequency applications. This makes it an ideal choice for applications that require precise control of current and voltage, or those that require high power efficiency.

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