EL5170IS-T13

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Linear amplifiers are a type of electronic amplifier that operate with a linear range. They encompass a variety of applications including instrumentation, feedback, gain control, signal processing, and communication systems. The EL5170IS-T13 is an example of a linear amplifier that is often used in instrumentation and test equipment.

The EL5170IS-T13 is a dual-channel, twelfth-order low-pass 2.5V CMOS input filter with a wide bandwidth of up to tens of kHz. With its high-input impedance, the amplifier is often used in instrumentation applications as a buffer amplifier to process signals from multiple sensor sources. It is also suitable for use in analog-digital interface for data acquisition systems.

The structure of the EL5170IS-T13 is based on a feedback loop, with a differential input stage, a feedback network, a unity gain buffer amplifier and an external voltage regulated current source. The input stage creates the large input impedance required for high-impedance sensors, while the buffer amplifier provides a low-impedance output. The external current source reduces the amplifier’s power consumption and improves its temperature coefficient, resulting in increased stability.

The EL5170IS-T13 also has a wide range of other features, including frequency response compensation to reduce gain errors, switchable gain and current group delay, power supply rejection to reduce interference, and low noise and offset voltage. The low-pass filter supports 2 V to 5.5 V and a maximum slew rate of 40 V/μs. It is a versatile amplifier, suitable for a wide range of applications including signal conditioning, feedback control, sensing and motion control.

The EL5170IS-T13 is suitable for a wide range of instrumentation and test equipment, including pressure sensors and accelerometers. Its high-input impedance makes it ideal for use in data acquisition systems, while its low noise and offset voltage further enhance its accuracy. Its wide range of features, including frequency response compensation, switchable gain and current group delay, provide the flexibility and stability needed for industrial applications.

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