EL5175IY-T7

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    EL5175IY-T7 is a highly integrated precision instrumentation amplifier designed for a wide range of high-performance applications in fields such as sensing, test instrumentation and industrial control. It has an input voltage range up to ±20 V, considerable gain accuracy, and a low current draw of only 15 μA. By combining a high common-mode rejection ratio (CMRR) with an accurate gain and speed, this amplifier is the ideal choice for systems that require high resolution and accuracy over a wide dynamic range.

    The EL5175IY-T7 is a precision instrumentation amplifier with a very low input offset voltage of only 0.4 μV. This makes it suitable for a wide range of applications where accurate data acquisition or signal conditioning is required, from biomedical and industrial instrumentation, to audio, video and power systems. Because of its low current draw of only 15 μA, it can also be used in portable devices such as cell phones and PDA\'s.

    The EL5175IY-T7 includes a differential amplifier and an inverting amplifier, both of which use high-voltage field effect transistors (FETs) as active devices. The differential amplifier has a differential voltage gain of up to 50 V/V, while the inverting amplifier has a voltage gain of -50 V/V. This allows the amplifier to accurately amplify signals with a very low noise level, while also providing a very high common-mode rejection ratio (CMRR).

    In order to minimize its power consumption, the EL5175IY-T7 uses an adaptive biasing circuit that adjusts the bias of the active devices according to the signal level. This ensures low power consumption at low signal levels, while still maintaining a high signal-to-noise ratio at high signal levels.

    In addition, the EL5175IY-T7 has a wide supply range of ±3 V to ±20 V and can be operated from either a single or dual power supply. This makes it well-suited for a variety of applications in different power supply conditions.

    The EL5175IY-T7 is an integrated precision instrumentation amplifier designed for a wide range of high-performance applications. It has an input voltage range up to ±20 V and offers a very low input offset voltage of only 0.4 μV. Additionally, it includes an adaptive biasing circuit that minimizes power consumption and a wide supply range of ±3V to ±20 V. This allows it to be used in a variety of applications in different power supply conditions.

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