NJU7092AF-TE1 Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

NJU7092AF-TE1 is a linear amplifier that is part of a family of instrumentation amplifiers and operational amplifiers (op amps). It is widely used in various industrial and commercial field applications. The NJU7092AF-TE1 is an integrated circuit (IC) amplifier that is designed for high newton range, precision metering, and buffered transfer differential measurements.

The NJU7092AF-TE1 features low noise (0.7nV/√Hz), high input impedance (2MΩ), low bias current of 0.5nA and a wide gain-bandwidth of 1MHz. These features make it well suited for use in precision circuits that require high resolution and fast response time. It is also well suited for use in system integration, where it can perform various functions such as signal conditioning, filtering, and providing a convenient way to interface different components.

In terms of working principle, the NJU7092AF-TE1 achieves linear amplification through the use of two transistors connected in series. By connecting the transistors in series, the gain of each transistor is increased by the same voltage, allowing for a larger overall gain. Because of this, the NJU7092AF-TE1 can achieve a very high gain with low distortion. Additionally, to ensure stability the NJU7092AF-TE1 includes two feedback resistors. These two resistors passively adjust the voltage that is applied to the entire circuit, allowing for a stable gain without the need for additional active components.

Additionally, the NJU7092AF-TE1 features an adjustable output voltage range. This is due to the input offset voltage adjustment, which allows for changing the output voltage range. By adjusting the input offset voltage, it is possible to adjust the output voltage range to any desired value.

Overall, the NJU7092AF-TE1 is a versatile amplifier that is commonly used in a wide range of industrial and commercial applications. It features low noise, high input impedance, low bias current, wide gain-bandwidth, and adjustable output voltage range. Additionally, it utilizes a two-transistor design to achieve linear amplification and uses two feedback resistors for stability.

The specific data is subject to PDF, and the above content is for reference