LTC2058HMSE#TRPBF

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The LTC2058HMSE#TRPBF is a dual, low noise, differential input amplifier designed for high performance applications. It provides excellent performance with both single and dual supply operation and is highly suitable for instrumentation, high precision, and buffering applications. The amplifier features “true” differential inputs, meaning that a 0V input level will not cause the amplifier to distort, unlike many other differential amplifiers.

The basic operational theory behind the LTC2058HMSE#TRPBF is simple. Differential inputs are applied to the amplifier, which amplifies these signals and passes them on to its outputs. Low and high frequency signals are separated in the amplifier\'s feedback loop, meaning that the low frequency signals are amplified and the high frequency signals are isolated. This ensures that high frequency signals do not overload the amplifier and cause distortion.

The LTC2058HMSE#TRPBF offers several key features that make it well suited for use in instrumentation and other precision applications. The amplifier offers excellent low noise performance, with Noise Voltage Density (VN) of only 0.0038nV/√HzR at 10kHz, allowing for the accurate measurement of minute signals. It also features low distortion, with distortion of only 0.00001% at 1kHz and 0.00005% at 10kHz. Finally, the amplifier offers very low input bias current, with input offset current of only 75pA.

The LTC2058HMSE#TRPBF is also highly suitable for buffering applications thanks to its high slew rate of 7V/μs and high output current (20mA). The amplifier features a fast settling time of 8μs and is incredibly stable with a productive gain-bandwidth product of 20MHz. All these features combine to make the LTC2058HMSE#TRPBF a highly suitable amplifier for buffering applications.

In conclusion, the LTC2058HMSE#TRPBF is an excellent amplifier for use in instrumentation, high precision, and buffering applications thanks to its low noise, low distortion, and high performance features. The amplifier’s true differential inputs also ensure that the amplifier will not distort for 0V inputs, making it a highly attractive option for professionals looking for a reliable instrumentation amplifier.

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