NJU7032D

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NJU7032D is a dual high-voltage CMOS operational amplifier with high accuracy and low operating voltage range. It is suitable for a variety of applications for signal conditioning, audio, and power areal measurement, and is particularly well suited for instrumentation amplifiers.
NJU7032D is a low power, high precision operational amplifier. Its supply voltage range is between 2.7V and 10.5V, and its output voltage range is between -21.8V and +21.8V. Its output current is up to 100mA. It can work with a wide range of supply voltage and output voltage.

NJU7032D has a high input impedance, a low noise level and an almost linear output range. It can be used to generate either positive or negative current signals. The maximum input offset voltage is only 2mV. It has a wide frequency range of 3kHz to 1GHz and a high slew rate of 16V/μs.

NJU7032D is mainly used as a precision amplifier in instrumentation systems, such as in medical, industrial, automotive and consumer electronics. It is a preferred component for measuring, controlling and monitoring applications due to its low-power operation, wide bandwidth and settled accuracies. The typical applications of NJU7032D include audio amplifier, power amplifier, high voltage instrumentation, differential voltage amplifier, and current-to-voltage converter.

The working principle of NJU7032D is based on the concept of negative feedback. It uses an input signal, internal operational amplifiers and feedback circuitry to control and modify the output signal. The input signal is applied to the input of the operational amplifier, which then amplifies it. The output is then fed back by the feedback circuit to the input of the operational amplifier.

The negative feedback works by controlling the input signal to ensure that the output signal is always in phase with the input signal. If the output signal deviates from the input signal, the feedback circuit works to bring the output signal back in line with the input signal. This ensures that the gain of the overall system is stable and remains within a specified range.

NJU7032D also provides protection against transients and over-voltage situations, making it reliable and suitable for a wide range of applications. The on-chip precision and accuracy of the NJU7032D makes it a preferred component for instrumentation and industrial systems.

NJU7032D is a highly integrated low power CMOS operational amplifier with wide supply voltage range and precision accuracy suitable for instrumentation, industrial and consumer applications. With a high input impedance and almost linear output range, NJU7032D provides reliable and accurate signal conditioning. In addition, it is designed to provide superior protection against transients and over-voltage situations. The NJU7032D is therefore an ideal component for precision amplifier and instrumentation systems.

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