CLF1G0035-100PU

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CLF1G0035-100PU is a high power N-channel Enhancement Mode laterally diffused metal oxide semiconductor field-effect transistor (MOSFET) used in many RF (Radio Frequency) applications. It is designed to handle high power while keeping the operations free from external components.

The transistor isothermal capability – to operate at the same temperature while dissipating high power – is why it is widely used in RF circuits, such as in power amplifiers and RF oscillators. In addition, its EMI (Electromagnetic Interference) compliance and low gate capacitance make it a compelling choice for RF designs.

The CLF1G0035-100PU is constructed with a silicon foot and a polyimide isolator, which helps keep it stable over temperature and supply voltage. The package includes an integrated heatsink to draw excess heat away from the transistor. The wide operating range and high efficiency also make it a suitable for many power applications.

The device works using the principle of enhancement-mode laterally diffused MOSFETs, which is the same technology used in modern VLSI (Very Large Scale Integration) chips. The circuit works by controlling the current flowing through the transistors to achieve the desired voltage level and power level. This principle allows the transistor to be operated at very high frequencies, as the current is controlled directly by the gate voltage.

CLF1G0035-100PU is a source of power in microwave communications and enabling amplifier designs with improved linearity, stability, and wide bandwidth. The transistor is used in power amplifiers, RF oscillators, voltage-controlled oscillators, and other applications where low noise, high performance, and long term reliability are needed.

The CLF1G0035-100PU is a good choice for power transistors applications, such as in power amplifiers and RF oscillators, because it has low gate capacitance, isothermal heat dissipation, and EMI/RFI compliant. In addition, the wide operating range and high efficiency allow it to be used in high power applications.

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