LT6013ACDD#TRPBF

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LT6013ACDD#TRPBF is a type of instrumentation amplifier that provides high-precision, low-drift, low input offset-voltage, and high-side common-mode rejection. It is composed of 3 amplifying stages and 2 adjustable gain references, making it suitable for a wide variety of applications. The LT6013ACDD#TRPBF also offers superior noise immunity and EMI/RFI shielding.

Working Principle

The LT6013ACDD#TRPBF is a three-stage instrumentation amplifier that works via the differential and common-mode inputs. The differential input consists of two identical signals that are input to the two inputs of the amplifier, while the common-mode input consists of a single signal that is input to both inputs of the amplifier. The differential input is then amplified by the first amplifier stage and buffered by the second stage, resulting in an amplified and buffered differential signal. The common-mode input is then differentiated by the third amplifier stage and combined with the buffered differential signal to produce an output that reflects the difference between the two inputs.

Gain References

The LT6013ACDD#TRPBF has two adjustable gain references, labeled "VREF1" and "VREF2". VREF1 is used to adjust the gain of the first amplifier stage, while VREF2 is used to adjust the gain of the second amplifier stage. This enables the user to adjust the overall gain of the amplifier, as well as adjust the offset of the differential input signals, which is useful for applications such as bridge measurements, strain gauges, and bridge-type sensors.

Application Field

The LT6013ACDD#TRPBF is most commonly used in medical, industrial, and scientific applications. The wide range of possible gains and low offset make it ideal for measuring small signals from sensors in medical and industrial applications, such as strain gauges and bridge-type sensors. It is also used in scientific applications such as metrology, and for measuring electrical signals generated by communications equipment. Additionally, its low-noise, high-immunity, and low-drift characteristics make it ideal for noise-sensitive applications.

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