EL5374IU-T7

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EL5374IU-T7 is a high-performance, low-noise instrumentation amplifier, especially suitable for high-precision and low-noise signal condition conditioning applications. Its wide differential range makes it suitable for all types of signal conditioning, including audio, precision data acquisition, and high-frequency signal conditioning. Its wide gain range, low output offset voltage and low input bias current make it ideal for controlling low-level signals and eliminating noise, as well as amplifying signals with small dynamic ranges.

The EL5374IU-T7 belongs to the family of linear amplifiers, instrumentation, operational amplifiers (Op-amps), and buffered amplifiers.It is a dual high-performance instrumentation amplifier with the highest performance in its class. It has two identical, independent amplifier channels with a noise-free dynamic range of up to 70 dB. Each channel has a gain selectable from -4 to +4, providing flexibility for different applications.

The performance specifications of EL5374IU-T7 include low-impedance inputs and outputs, high input impedance, high common-mode rejection and a wide bandwidth, low input offset voltage and low input bias current. Its features enable high gain accuracy and excellent thermal stability, and make it suitable for applications in the field of precision measurement, audio systems, data acquisition systems and signal conditioning.

The EL5374IU-T7 is exceptionally versatile and suitable for various applications. It can operate with a voltage range of ±3V to ±15V, and can also be used with a single power supply up to 18Vdc. It is designed with a low offset voltage and adjustable gain, allowing for precision measurement and signal control. Furthermore, its low total harmonic distortion provides high-quality audio reproduction.

The EL5374IU-T7’s working principle is based on the technique of differential amplification. The amplifier has two identical inputs, one inverting and the other one non-inverting, and two outputs. The differential input voltage is amplified and applied to the common-mode feedback (CMFB). This is used to adjust the gain and cancel out the common-mode voltage of the input signal, thus reducing the input offset voltage. The gain of the amplifier is also adjusted depending on the CMFB level. The amplified differential input is then sent to the balanced output, providing the desired gain.

To sum up, the EL5374IU-T7 is a high-performance, low-noise instrumentation amplifier which is suitable for various applications in the field of precision measurement, audio systems, data acquisition systems, and signal conditioning. Its impressive features, including a wide gain range and low input bias current, low output offset voltage and low total harmonic distortion, make it an ideal choice for amplifying and controlling low-level signals. Furthermore, its working principle of differential amplification is responsible for providing precise gain control and excellent thermal stability.

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