LT1114ACN#PBF

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Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps

LT1114ACN#PBF is an integrated circuit of a dual, low-power instrumentation amplifier, based on Analog Devices Incorporated’s (ADI) linear technology. The amplifier features an exceptionally low power consumption of 1 mW in typical operation, making it an ideal choice for extended field applications. It operates on a wide range of supply voltages, making it suitable for applications that require buffering of low-voltage signals.

This instrumentation amplifier is a two-stage, differential amplifier configured in the feedback loop with a gain resistor arranged in the feedback path. The inputs are adjustable using the external resistors. The main purpose of the amplifier is to provide a low-noise signal with a high signal-to-noise ratio. The LT1114ACN#PBF has a slewed or ac coupled input, which helps to reduce the amount of noise entering the amplifier from the outside environment.

There are several types of applications in which the LT1114ACN#PBF can be used. It is a ideal choice for the precision measurement of low-level signals in spectrometers, oscilloscopes, data converters, signal analyzers, and other portable instruments. It can also be used for the amplification of low-frequency ac or dc signals in audio systems, process control applications, robotic vision systems, instrumentation, and medical electronics.

The LT1114ACN#PBF works by amplifying a differential input signal. When a differential input signal is applied to the input of the amplifier, the internal operational amplifier produces an amplified voltage output. An external resistor is connected in the feedback path, which sets the gain of the amplifier. The gain is adjustable from unity to 5000, depending on the value of the external resistor.

The LT1114ACN#PBF is a low power instrumentation amplifier that can be used in a variety of applications. Its wide range of supply voltages and adjustable gain resistors make it suitable for a variety of precision measurement applications, while its low power consumption makes it an ideal choice for extended field deployments. Moreover, its slewed or ac coupled input helps to reduce noise entering the amplifier from the outside environment.

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