EL5375IU-T7

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The EL5375IU-T7 is a linear amplifier designed for high-precision instrumentation applications. It combines modern analog and digital design concepts with construction and component selection to meet the challenging requirements of advanced instrumentation applications. A wide variety of applications such as combining multiple process signals, powering high-speed motor controllers, creating low-noise differential outputs or providing inputs for multi-step data acquisition systems can be solved with this linear amplifier.

This instrument amplifier combines an ultra-low-noise, wide-bandwidth, and high-current gain block with a very high slew rate, and a low-power low-noise charge amplifier/buffer.The EL5375IU-T7 provides high-density performance with increased flexibility and accuracy due to its intelligent design. The EL5375IU-T7 offers superior performance for instrumentation, providing a must for high-precision applications in advanced high-speed process control and advanced data acquisition systems.

The EL5375IU-T7 is designed to bring superior results in instrumentation applications when compared to competing products. It has a high open-loop gain, which enables ultra-low noise and high-precision to be delivered, and high power output, providing high-current drive with low distortion. The high slew rate and high-power-supply rejection (PSR) allows fast transition times and minimal noise. High input impedance, lowoutput impedance, low offset voltage, and low bias current keep errors to a minimum.

The EL5375IU-T7 is a very efficient instrumentation amplifier. It operates with up to 5 different gain blocks, including gain, frequency response, power supply rejection, and a number of control and status functions. The EL5375IU-T7 is optimized to provide maximum utilization of all of its gain blocks and integrates multiple high-quality components to minimize space and improve performance. Moreover, it is optimized to operate at various supply voltages, current levels, and rise times, with minimal distortion.

The EL5375IU-T7 utilizes an input offset circuit that minimizes internal offset voltage, thus providing differential and common mode offsets with low temperature coefficient. Additionally, its pulse-capturing feature allows precise tracking of transient signals. The EL5375IU-T7 also incorporates a watchdog timer to prevent output drift due to changing environmental conditions.

The EL5375IU-T7 combines the advanced control circuitry to provide precise output signals with high linearity and accuracy. Its output is precise, fast and low-noise, and has low offset, frequency response and distortion, suitable for use in digital filter applications. This helps reduce noise, improve dynamic range and sampling time. The EL5375IU-T7 is capable of supplying high current and voltage, providing efficient and stable operation.

The EL5375IU-T7 also incorporates output protection to protect against shorts and transients, thermal protection and power-up sequencing, to ensure proper operation in any environment. It is designed with a range of power supply voltages, with operation from 0V to 80V.

The EL5375IU-T7 is designed for a wide range of applications, from high- Accuracy measurement to high-Bandwidth control. It features onboard diagnosis and dynamic stress test systems that allow for personalized tuning and customisation. This instrumentation amplifier is the perfect companion to any application requiring high precision, wide bandwidth and low noise performance.

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