EL5175IS-T7

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The EL5175IS-T7 is a single-channel, low-noise, high-speed instrumentation amplifier commonly used in high-sensitivity measurement applications. It offers high-risetime amplification and low-bias current drift. The device also has high input impedance and low-input bias current. The EL5175IS-T7 is ideal for applications such as precision medical instrumentation and vibration analysis.

The device has a high-gain amplifier with a low power dissipation to allow for low temperature drift, low bias current, and high common mode rejection. It features a low-profile package design and a wide supply voltage range that allows it to operate from a single power supply. It also has a low-noise input stage and a high overload output voltage range. The EL5175IS-T7 is capable of driving loads up to 2500 pF.

The EL5175IS-T7 is an Instrumentation, OP Amps, and Buffer Amps type of amplifier. It has a two-stage architecture consisting of a differential gain stage and a unity-gain output stage. The device has an adjustable gain of 1 to 1000. The input stage consists of two differential amplifiers with separate common-mode feedback, which allows the EL5175IS-T7 to provide high-accuracy gain as well as high common-mode rejection. The output stage is a unity-gain follower designed to provide high output current and high drive capability.

The EL5175IS-T7’s performance is specified over a wide range of temperature, gain, and supply conditions. The device has a guaranteed common-mode rejection of 90 dB, an input voltage noise density of 2.9 nV/√Hz, and a gain accuracy tolerance of 0.1%. Its input bias current is specified at an extremely low 6 pA, and its power supply rejection is 90 dB. It also features up to 1000V/μs slew rate and a maximum output voltage swing of 2.4V.

In sum, the EL5175IS-T7 is a high-speed, high-gain, and low-noise instrumentation amplifier designed for high-sensitivity measurement applications. It offers excellent performance specifications and is suitable for applications such as precision medical instrumentation, vibration analysis, robotic control, and power supply design.

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