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Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps

EL5324IRE is an integrated circuit designed for a wide range of instrumentation applications. It features a differential input amplifier with integrated reference voltage and a high dynamic range for the output signal. It is used for transmission of analog signals over Ethernet and for many other signal conditioning applications. The EL5324IRE provides a solution to amplifier requirements in many systems such as compact in-circuit test equipment and real time signal processing applications.

Features

• Wide differential input voltage range
• 78dB CMRR at gain of 10
• Low offset voltage range
• High common-mode rejection ratio
• Low noise

Applications

• Data acquisition systems
• Precision instrumentation amplifiers and transceivers
• Sensor signal conditioning
• HVAC systems
• Medical instrumentation

Working Principle

The EL5324IRE is basically a differential input amplifier with integrated reference voltage. It has a wide input voltage range of up to 1.2V and low output noise. The amplifier uses the output voltage reference voltage for the differential inputs to maintain optimal linearity and high CMRR. The amplifier features a common-mode rejection ratio (CMRR) of 78dB and a low offset voltage noise. The amplifier has a low gain error of 0.2% over its entire gain range.

The amplifier is also capable of supplying current to external components, as it is able to drive up to 30mA from the output. This makes it ideal for applications such as high power, low current applications. The amplifier also features a self-adjusting output stage that ensures stability of the system and reduces ringing. The integrated temperature compensating feature ensures that the amplifier maintains its linearity even in temperature fluctuations.

The EL5324IRE is a high performance amplifier ideal for applications that require precision and accuracy. It is highly suitable for data acquisition systems and instrumentation amplifiers where the demand for wide dynamic range of the differential input signal is required. Additionally, its low offset voltage, low noise and wide common-mode rejection ratio make them suitable for a wide range of applications such as medical instrumentation, HVAC systems and sensor signal conditioning.

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