NJM064D#

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NJM064D is a high performance operational amplifier optimized for audio and video applications and use in complex circuits where stability and high performance are essential. It is a precision linear amplifier which provides a wide range of dynamic and frequency response. The NJM064D features control features such as spike suppression, low noise operation and frequency compensation. It also has protection features such as over-temp protection, latch protection and rail-to-rail output.

The main application field for the NJM064D is audio and video. It provides very low noise and a wide frequency response which is desirable for audio and video applications. For example, the NJM064D can be used in audio and video mixers, sound systems, monitors and audio and video amplifiers. It can also be used in applications such as sensor, automotive and manufacturing.

The working principle of the NJM064D is fundamentally similar to other operational amplifiers. It consists of two inputs and one output stage. The two inputs are the non-inverting input (Vin+) and the inverting input (Vin-). These two inputs take a voltage, current or resistance source and convert this source into an output voltage (Vout).

The working of the NJM064D is based on the gain of the amplifier, which is determined by the ratio between the two inputs. If the ratio between the two inputs is 1:1, then the gain of the amplifier is equal to 1. The gain can be increased or decreased by changing the ratio; for example, if the ratio is 4:1, then the gain will be equal to 4. The NJM064D also has a frequency response which can be manipulated to a certain level by adjusting certain components of the amplifier.

The NJM064D is a high performance operational amplifier which is well suited for a wide range of applications. Its features such as over-temp protection, spike suppression and rail-to-rail output make it suitable for use in audio and video applications, as well as more complex applications such as those in the automotive and manufacturing fields. Furthermore, it provides a wide frequency response and can be manipulated by its frequency compensation control feature.

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