5962-8771901EA

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The 5960-8771901EA is a linear amplifier intended for use in a variety of instrumentation and control processes. It is a general-purpose amplifier with a wide voltage supply range, high gain, and high linearity. It is suitable for both AC and DC signals. It is used in a variety of applications, such as controlling actuators, measuring signals, and performing audio crossover filtering.

The 5960-8771901EA amplifier is a two-stage, low-pass filter configuration. The first stage is a differential operational amplifier, or Op Amp, which provides a high input impedance and a low output impedance. This allows the amplifier to effectively isolate the signal from any external noise sources. The second stage is a buffer amplifier, which provides additional gain and prevents signal saturation. This combination of an Op Amp and a buffer amplifier gives the amplifier a very high overall gain. The amplifier can also be configured for differential inputs for even higher gain.

The 5960-8771901EA amplifier is designed to be a reliable, low-cost solution for instrumentation and control processes. It offers high accuracy and stability over a wide range of supply voltages, temperatures, and environmental conditions. It has a very low noise figure, making it suitable for a wide variety of signal sources. The amplifier has an overvoltage protection circuit to protect the device from being damaged due to transient voltage spikes. Additionally, it incorporates Class A protection against short-circuits, making it suitable for use in hazardous environments.

The 5960-8771901EA amplifier is a versatile and reliable instrument suitable for a wide range of applications. Its wide voltage supply range, high gain, and low noise make it suitable for a variety of instrumentation and control processes. Its high linearity makes it a good choice for controlling actuators, measuring signals, and performing audio crossover filtering. The combination of the differential Op Amp and buffer amplifier also makes it an ideal choice for high-precision signal processing.

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