EL8102IWZ-T7

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The EL8102IWZ-T7 is a high- power instrumentation amplifier that is used for a wide variety of applications. This amplifier is part of a larger family of instrumentation amplifiers, known as linear amplifiers, op amps, buffer amplifiers, and voltage amplifiers, that are used to measure and convert signals from low-level voltage signals to a higher-voltage output. As such, EL8102IWZ-T7 is used in applications such as strain-gauge and thermocouple signals, as well as audio signals, precision power measurements, low-noise signal and measurement, and high-voltage protection circuits.

The EL8102IWZ-T7 is designed as a single-supply, low-voltage, rail-to-rail instrumentation amplifier It also offers high output drive, high gain accuracy, and low noise at power supply voltages of 3V to 15V and is capable of amplifying signals to its maximum gain of +110V/V. It is ideal for high efficiency operations and applications that require high gain accuracy. This amplifier provides a very accurate gain response, even in the presence of high power supply voltage variations, making it an ideal solution for applications that require a low-power and low-noise signal amplification device. The EL8102IWZ-T7 amplifier also provides a high level of light immunity and a high signal-to-noise ratio (SNR).

The working principle of the EL8102IWZ-T7 is based on a combination of differential input stages and an internal high-voltage gain stage. The input is first amplified by a differential amplifier, which produces a signal with the same polarity and amplitude as the input. This signal is then amplified by the internally-provided high-voltage gain stage to generate the required output voltage. This amplifier also offers a wide range of gain control settings and a wide range of design parameters that can be adjusted to tailor the output of the amplifier to the specific application. This ensures that the output of the amplifier is best suited to the requirements of the particular application.

The EL8102IWZ-T7 is designed to meet stringent requirements for linearity and power consumption, making it ideal for demanding applications. Its high gain accuracy, wide operating range, and high output drive ensure that it is the ideal solution for a variety of applications, including strain-gauge and thermocouple signal conditioning, audio signal processing and amplification, precision power measurement, low-noise signal and measurement, and high-voltage protection circuits. Additionally, the EL8102IWZ-T7 can be used for switching, current sensing, and power supply testing in high-reliability applications.

The EL8102IWZ-T7 is designed to provide high-precision performance in a wide range of applications. This amplifier makes use of two type-matched pFETs that provide a wide common-mode range and excellent linearity. The output stage offers high-speed and low distortion operation. The device also offers a wide range of gain control settings and a wide operating range, making it suitable for numerous applications.

In summary, the EL8102IWZ-T7 is a high-power instrumentation amplifier that is used for a wide variety of applications. It is part of the larger family of linear amplifiers, op amps, buffer amplifiers, and voltage amplifiers, which are used to measure and convert signals from low-level voltage signals to a higher-voltage output. It offers a wide range of gain control settings and a wide operating range and is capable of amplifying signals to its maximum gain of +110V/V. The EL8102IWZ-T7 is designed to meet stringent requirements for linearity and power consumption and is ideal for applications that require a low-power and low-noise signal amplification device. It is the ideal solution for a variety of applications, including strain-gauge and thermocouple signal conditioning, audio signal processing and amplification, precision power measurement, and high-voltage protection circuits.

The specific data is subject to PDF, and the above content is for reference