NJU7096M#

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NJU7096M# is an operational amplifier, it is used in a wide range of applications, particularly in instrumentation, linear amplification and buffer amplifier. This dual channel amplifier makes it possible to take advantage of both the inputs and outputs to produce the desired result.

This operational amplifier has a slew rate of 1MHz and a gain of 100dB with a GBWP of ~20kHz. It is also designed with a wide common-mode input voltage range, making it able to handle input voltages from -40V to +40V. Furthermore, NJU7096M# features Rail-to-Rail input and output for excellent linearity and accuracy.

NJU7096M# is a high-performance and main-stream op-amp. It offers low offset and low noise, making it the perfect choice for applications requiring constant accurate gain. It is ideal for use in medical and other scientific equipment, wireless communication systems, motor control, and analogue-to-digital conversion. Furthermore, this device is also resistant to standard leakage currents of ±1µA, allowing it to maintain accuracy even in low power consumption applications.

In terms of working principle, NJU7096M# is a voltage-controlled amplifier. This means that the voltage differential between its two inputs determines the gain of the amplifier. This voltage can be controlled by adjusting the reference voltage, allowing the amplifier to work with linearity and accuracy. Additionally, the input voltages of the op-amp can be inverted to match the desired direction of the output.

In addition, NJU7096M# is designed with an integrated thermal overload protection which helps protect the op-amp from damage that may be caused by large voltage or temperature changes. This thermal overload protection can operate between -400C and +8000C, thus helping to ensure a much greater level of safety.

NJU7096M# is an extremely versatile and dependable operational amplifier that can be used for a wide variety of applications. Its wide input voltage range, low offset, low noise and rail-to-rail capability makes it ideal for both analogue and digital systems. Additionally, its thermal overload protection makes it a perfect choice for applications that require extra safety precautions.

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