FDS6982

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The FDS6982 is a type of array transconductance amplifier. This type of device is a three-terminal MOSFET array structured as a dual amplifier topology and is most commonly used in operational amplifier applications, with each stage being supplemented with a corresponding set of drive and load resistors for improved performance characteristics. This type of amplifier is capable of operating a wide range of frequencies and is suitable for use in signal processing systems, dynamic gain-controls, phase-locked loops, current sources, variable gain amplifiers, and various other applications involving both linear and nonlinear signal processing.

The most important components of the FDS6982 are its two separate input terminals. These two inputs allow the device to perform its dual-amplification role, with one input being a current input and the other a voltage input. Additionally, the device features an arsenal of special features designed to optimize its operation. This device has a slew rate of up to 20 volts per microsecond, a low-input bias current of just 2.5 µA at a maximum, and a low-input impedance of 2.5 kOhms to minimize noise distortion.

These integrated transconductance amplifiers contain two n-channel MOSFET transistors, one for each input. When the device is activated, a voltage is applied between the gate of the transistor and its corresponding source, creating an input that can then be passed through the amplifier. As current passes through the device, it is amplified before being output from the drain. The output from the drain is then amplified further by the second MOSFET before finally being output in the form of a voltage.

FDS6982 devices find their primary application in audio amplifiers, power supplies, modems, switch-mode power supplies, and other electronic circuits where undesired frequencies must be reduced. This type of amplifier is designed to provide high-speed performance over a wide range of frequencies, while at the same time eliminating noise distortion. In addition, the low-level noise distortion caused by the circuitry of the amplifier is kept in check by the low-input impedance of the device. Overall, the FDS6982 is an ideal audio-amplifier for eliminating undesired frequencies and for providing an ultra-low-noise signal.

The FDS6982\'s robust construction and ability to perform under a wide range of frequencies makes it an ideal choice for low-noise audio amplifiers in many modern audio systems. Its low-input bias current ensures minimal signal distortion, while its long-term linearity allows for excellent sound quality. Additionally, the unique amplifier topology featured in the device allows for enhanced signal fidelity and reduced output noise. As such, the FDS6982 is an ideal choice for audio systems where a high-quality, low-noise signal is needed.

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