EL5202IY

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EL5202IY is one of the most powerful amplifiers available on the market today. Its ability to position and control signal levels makes it an ideal choice for instrumentation and open loop system applications. Moreover, its very low noise output makes it an appealing choice for precision filtering and audio applications.

The EL5202IY is a monolithic, high-performance, dual op-amp featuring low distortion and very low noise. It is a single-supply amplifier that operates over a wide range of voltage supply from ±2V to ±18V. It offers low power operation when running from a single power supply, yet provides high output current capability without loading the output of the amplifier.

The EL5202IY is designed to work as an instrumentation amplifier, combining the performance of low noise with the stability of low distortion. It has a fixed gain of 1, with a gain-setting resistor in the feedback. The input impedances of the EL5202IY are adjustable using the on-chip trimming resistors, allowing for a variety of input configurations. The output of the amplifier is a high-impedance current output, which is ideal for driving filter networks and other analog circuits requiring a low output impedance.

The EL5202IY also offers a very low input bias current, which makes it an ideal buffer amplifier. It is also suitable for use in high-impedance circuits, such as those comprised of magnetic sensors and capacitive touch panels. The amplifier has a maximum slew rate of 400 V/μs and a bandwidth of 1.3 MHz at a gain of 10.

The EL5202IY has a low quiescent power of 3.6 mA per amplifier when operating on a single +5V supply. This makes it attractive for power sensitive applications. The amplifier is capable of producing output currents up to ±50 mA per amplifier, and also features a 250 mA current limiting feature to protect against any overloads.

In summary, the EL5202IY is a highly versatile dual op-amp that is well suited for a wide range of linear amplifier applications. Its low noise, high current output, and adjustable inputs and outputs make it a great choice for instrumentation and other open-loop systems. Its low quiescent power and current limiting features make it an ideal choice for applications requiring higher current drive and robust stability.

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