EL5167IWZ-T7A

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EL5167IWZ-T7A is a precision CMOS differential amplifier designed for instrumentation applications. It is designed to replace the commonly used analog differential amplifiers in applications such as process control, laboratory equipment, and RC servos. This device offers high performance, wide bandwidth and outstanding precision, which make it a great choice for applications requiring a reliable differential amplifier.

The EL5167IWZ-T7A has a single-ended input, a differential output and an adjustable gain. The differential output allows it to be used in instrumentation applications such as strain gauges, pressure sensors, strain transducers and pressure transmitters. The single-ended input enables the EL5167IWZ-T7A to be used in applications where the differential input is not required. The adjustable gain allows the amplifier to be adjusted to the required amplification level.

The EL5167IWZ-T7A has a wide bandwidth, high accuracy and low noise performance, making it an ideal choice for instrumentation applications. It features a low input offset voltage and high CMRR, which make it suitable for use in high-precision applications. The amplifier has high slew rate and low distortion, making it suitable for use in wide range of applications.

The working principle of the EL5167IWZ-T7A is based on an open-loop differential amplifier configuration. The device produces a differential (AC coupled) signal at its output that is proportional to the difference between the two differential inputs. The differential output signal is amplified by a differential amplifier circuit and then converted to a single-ended signal by a differential to single-ended converter. The signal is then amplified further by an adjustable gain stage. The adjustable gain stage allows the user to adjust the gain of the amplifier to the required level.

The EL5167IWZ-T7A is a versatile differential amplifier, perfect for application in instrumentation, process control and laboratory equipment. It provides a wide bandwidth and high accuracy and is suitable for use in precision applications. The adjustable gain allows the user to tailor the amplifier’s performance to the requirements of the application, thus making it a great choice for instrumentation applications.

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