TSV991ILT

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Instrumentation, OP Amps, Buffer Amps

The TSV991ILT is a versatile linear-amplifier that can be used in a variety of different applications. It is a precision current-source/voltage-buffer amplifier with wide input voltage range and high supply current capability. It can be used in applications such as input conditioning, instrumentation amplifiers, photometric amplifiers and audio mixing.

Working Principle

The TSV991ILT is a complimentary, double-ended coupled source amplifier with a voltage tracking control loop. Its inputs are taken from a ground-referenced differential pair and its output is a single-ended output current. This amplifier is well suited for applications which require low distortion and wide bandwidth, as well as excellent voltage tracking performance. It also exhibits a fast settling time and low power consumption.

The TSV991ILT has very low input offset voltage and high gain accuracy, enabling it to provide extremely high accuracy voltage readings even in noisy environments. The design of the amplifier also takes advantage of the built-in temperature compensation feature of the integrated circuit, resulting in excellent temperature stability. The amplifier is also able to accurately track the input voltage over a wide voltage range.

Application Fields

The TSV991ILT is ideal for use in applications including data acquisition, signal conditioning, instrumentation amplifiers, photometric amplifiers and audio mixing. In data acquisition and signal conditioning applications, it is able to provide a very low input offset voltage and a high input impedance, resulting in highly accurate signal measurements. It is also suitable for measuring AC signals, as well as input signal frequencies up to 1MHz.

In instrumentation amplifier applications, the TSV991ILT provides high bandwidth and low distortion signals, while still maintaining temperature stability and excellent accuracy readings. The amplifier is also well suited for photometric amplifier applications, as it provides excellent accuracy and wide bandwidth performance. In audio mixing applications, the low distortion and wide bandwidth features makes it an ideal choice. The amplifier is also able to settle rapidly and its power consumption is low, so it is an ideal choice for portable applications.

Conclusion

The TSV991ILT is a versatile linear-amplifier that can be used in a wide range of applications. Its voltage tracking control loop, low offset voltage, high gain accuracy, temperature stability and low power consumption make it an ideal choice for applications such as data acquisition, signal conditioning, instrumentation amplifiers, photometric amplifiers and audio mixing.

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