LM13700MX/NOPB

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The LM13700MX/NOPB is an A quad-operational amplifier for use in linear applications. It is part of a family of high-performance monolithic integrated circuits developed for the instrumentation, operational and buffer amplifier market. The main feature of this chip is its low-noise operation, which makes it suitable for use in medical, scientific and industrial instrumentation featuring high-gain, low-noise analog amplifiers.

The LM13700MX/NOPB features four independent, high-gain, high-speed, rail-to-rail input and output operational amplifiers in a single die. Each amplifier has two levels of gain – one fixed and one variable – allowing the designer to tailor the amplifier to a variety of applications. The variable gain can range from 0.1 to 10V/V, depending on the control voltage. The chip also features a unity-gain stable circuit, allowing it to be used in feedback applications without the need for external components.

The input stage of the LM13700MX/NOPB is set up to optimize performance for rail-to-rail operation. It is designed to have a high input impedance and a wide bandwidth. The slew rate of the input stage can be varied with the control voltage, allowing the user to adjust for slower amplifier applications. The output stage is also designed for rail-to-rail operation, with a low output impedance and low output offset voltage to minimize noise.

The LM13700MX/NOPB can be used in a variety of linear applications, from medical diagnostics to automotive instrumentation systems, from motion control systems to audio and video signal processing. It is well suited for use in low-noise applications, as well as in high-speed applications requiring low power consumption and low distortion. The flexibility of the variable gain and wide bandwidth makes it an ideal choice for many applications.

The LM13700MX/NOPB is available in a variety of packages, including the popular SOIC, LCC, and dual-in-line packages. The chip is also available in thermally enhanced plastic packages, allowing it to be used in high-temperature environments. It is manufactured using advanced semiconductor technology and is fully qualified for use in automotive and industrial applications.

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