TS952IYDT

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The TS952IYDT is part of the Linear Amplifier family of products, which are used to amplify a signal through the use of an operating signal. Instrumentation amplifiers, Operational amplifiers (op-amps), and buffer amplifiers are all components of the Linear Amplifier family.

The device TS952IYDT is a quad rail-to-rail input and output instrumentation amplifier designed for use in instrumentation and precision signal conditioning applications. It is designed to meet the demands of high-accuracy instrumentation and data acquisition systems, providing both low-noise, high gain and wide dynamic range. The design is optimized for DC operation in the input and output stages, offering the ultimate in DC accuracy and repeatability.

The TS952IYDT’s performance metrics demonstrate the high level of precision and efficiency this device offers. It’s input offset voltage and input bias current are both as low as 0.2µV and 0.1µA, respectively. It has an exceptionally high-input impedance of 2MΩ in parallel with 2pF and a supply noise rejection of 102dB. The device’s low supply voltage range (5V-15V) makes it suitable for battery operated systems. It also has a wide temperature range (-40°C to +125°C) which is ideal for measuring temperatures in industrial or medical applications.

The TS952IYDT’s working principle is based on two stages of differential input amplifiers which integrate the input signals. This is followed by a programmable gain amplifier (PGA) followed by an output buffer stage. The PGA is partitioned into four identical, independent, channels and can be programmed to any of the integrated gain settings. The output buffer is designed to provide low output impedance and low power consumption.

Instrumentation amplifiers, such as the TS952IYDT, are usually used to achieve high accuracy measurements. They are often used in applications involving bioelectrical measurements, such as those found in medical devices, heart bypass monitors, and neural measurement systems. The TS952IYDT is also well suited for data acquisition and other industrial instrumentation applications.

Op-amps are more commonly used in audio applications and can be found in equalizers, filters, and oscillators. The TS952IYDT is also suitable for low-power op-amp applications where precision of the output signal and low input offset voltage is important. Buffer amplifiers are often used for applications in which an input signal needs to be duplicated across multiple loads, such as LED drivers and LED matrices.

The TS952IYDT is part of the Linear Amplifier family and brings great accuracy, low power consumption, and a wide temperature range to a variety of applications. Its unique two stage design allows for a combination of high accuracy measurement and the flexibility to program the gain of individual channels. This makes this instrumentation amplifier a highly versatile component to have in any precision signal conditioning system.

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