EL5162ISZ

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EL5162ISZ is a high-performance, low-power instrumentation amplifier capable of providing precision and repeatable results, even in the most demanding situations. As a high-precision linear amplifier, the EL5162ISZ is designed to facilitate accurate performance measurements in a wide variety of instrumentation applications, including data logging, photo-thermometry, and current/voltage transducers. Further, its low-power performance makes it ideal for today’s high-dynamic ranges and demanding workloads, allowing it to reliably operate in even the most challenging environments.

The EL5162ISZ can be used to help design more accurate instruments and calibrate existing instruments, with its precision performance, wide differential-input dynamic range and excellent common-mode rejection (CMRR). It is a single-ended device, which means that it amplifies only one signal at a time and does not amplify common-mode signals. Its single-ended input design enables it to be used with a wide range of sensor types, including thermocouples and pressure transducers. Additionally, it provides excellent common-mode rejection, which ensures that any changes in the common voltage level of the sensor will not impact the output signal.

The EL5162ISZ is especially well suited for a range of low-frequency instrumentation applications, including bridge transducers, current transducers, and precision photosensors. It is able to drive up to 20mA of current (depending on the supply voltage used), and its low offset voltage and low voltage noise makes it ideal for these types of applications. Additionally, its wide supply voltage range and its ability to adequately handle ESD makes it ideal for use in industrial applications.

In addition to offering a wide range of instrumentation applications, the EL5162ISZ also features a low-power working principle, which can be useful in a number of applications. Its working principle is based on its two main ingredients: an amplifier and a current source. The amplifier ratio is adjusted with the input voltage and a current source is then used to adjust the gain. The combination of input voltage and current source results in an amplification factor (or gain) corresponding to the ratio between these two inputs. This low-power working principle is well suited for low-power instrumentation designs, as it provides sufficient energy savings for low-frequency applications, without sacrificing performance.

Overall, the EL5162ISZ is an ideal choice for a range of industrial and instrumentation applications, with its wide differential-input dynamic range, excellent CMRR, low offset voltage and low voltage noise, ability to drive up to 20mA of current, wide supply voltage range, and its low-power working principle. For these applications, the EL5162ISZ is the perfect choice, offering a reliable and cost-effective solution that will help to ensure accurate and repeatable measurement results.

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