Introduction

The TS952IDT is a differential input instrumentation amplifier with a variety of useful features for use in many different applications. It offers high gain accuracy and low offset voltage. It is an important tool for many applications in Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps, as well as many other disciplines.

Features

The TS952IDT has a number of features that make it highly attractive for use in its intended applications. These include high gain accuracy, wide band gap, wide operating temperature range, low offset voltage, low power consumption, and wide common mode rejection ratio.

The amplifier is fully specified for use in a variety of situations. It is especially well suited for applications with high noise levels or low-level signals. The amplifier is capable of providing up to 200V/V of gain accuracy at up to 500mA source and load currents. Additionally, it can achieve wide band gap operation when supplied with a wide temperature range and wide common mode rejection ratio.

Application Field

The TS952IDT is ideal for use in a multitude of applications in the Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps fields. In particular, it is well-suited for applications where high voltage, low noise, high accuracy, and/or wide common mode rejection ratio are required. Examples of applications include precision instrumentation amplifiers, actuation amplifiers, oscilloscope preamplifiers, analog-to-digital converters, and motion control.

This amplifier is also suitable for use in medical device applications. It is designed to work with a variety of biopotential electrodes, such as those found in ECG, EEG, EMG, and Sleep monitors, as well as in defibrillators, neurostimulators, and physiologic monitors. The low noise, wide common mode rejection ratio, and high gain accuracy of the amplifier make it ideal for use in these applications.

Working Principle

The TS952IDT employs a differential input amplifier stage, which means that the device is able to amplify signals between two input terminals. The amplifying stage consists of a differential pair of transistors, which are arranged to amplify the difference between the two input voltages. The output voltage is then produced by passing the amplified difference through a feedback network, which then introduces gain and linearity to the output signal.

The TS952IDT also features an adjustable input offset voltage, which allows users to adjust the amplifier’s output for use in applications where precise voltage levels are required. The adjustable input offset voltage can be varied over a range of 200mV to 500mV.

The TS952IDT also features a wide gain control range, which allows the user to access higher and lower gains, as well as the ability to control the response of the amplifier to noise and overloading. This makes the amplifier ideal for use in precision instrumentation applications.

Conclusion

The TS952IDT is a highly versatile instrumentation amplifier that is suitable for use in many Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps applications. It offers high gain accuracy and low offset voltage, as well as a wide common mode rejection ratio, making it highly suitable for use in precision instrumentation and medical device applications. The device also features adjustable input offset voltage, wide gain control range, and excellent response characteristics, making it suitable for many demanding applications.