LT6203XS8#TRPBF

Introduction

LT6203XS8#TRPBF is a high-performance, low-voltage differential amplifier with high slew rate, wide bandwidth and low noise. This device is primarily designed for applications such as trade-offs, speed measurements, and signal processes. The integrated device consists of two impedance matched amplifiers and FET input stages, with a rail-to-rail output stage,an internal voltage reference and a shutdown/unipolar input option.

Application Field

The LT6203XS8#TRPBF can be used in a wide range of applications, especially those requiring low-noise amplification and a wide bandwidth and dynamic range. Examples of such applications include signal conditioning, instrumentation, and ADC/DAC input/output buffers, as well as optical receivers. This differential amplifier is designed to operate in single-supply or plus/minus supply modes, and is extremely suitable for use in multiplexed signal processing systems.

Working Principle

The operating principle of the LT6203XS8#TRPBF is based on two internal amplifier stages. The first is an input stage that buffers the signal from the outside world and provides the primary gain. Second, the signal is split into two branches, with each branch connected to a respective signal output stage. This signal diffuses throughout the amplifier and is amplified by the output stage for each branch, creating the desired differential output.

The differential output from the LT6203XS8#TRPBF is internally power-scalable, allowing the user to program the device to operate within certain voltage ranges to maximize performance. Additionally, the device provides excellent common-mode rejection and has a fixed gain. The wide bandwidth and low noise performance of this device makes it perfect for high-speed applications and instrumentation.