EL5172IY-T13

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The EL5172IY-T13 is a high-performance, low-cost dual precision instrumentation amplifier (IA) ideal for many applications that require unipolar, bipolar and current-driven gain stages. Inexpensive and easy-to-use, the EL5172IY-T13 can be used in a variety of applications, such as process control, instrumentation, and biomedical measurements.

The EL5172IY-T13 works by combining two input stages and an output transimpedance amplifier. Each input stage contains an internal buffer, which is designed to amplify small signals without saturating the amplifier, and an input offset voltage adjustment circuit. The EL5172IY-T13 is designed with an extremely accurate and stable temperature-compensated, low voltage operation. The EL5172IY-T13 also provides internal thermal shutdown protection, making it suitable for high-temperature applications.

The EL5172IY-T13 has a wide application field due to its wide gain-bandwidth product of 1MHz and high input impedance of 1.8 megohm. It is suitable for wide range of instrumentation and control applications such as strain gages, pressure transducers, isolators and 4-20mA current loops. It is also suitable for any other application where high-precision gain and gain-bandwidth performance is required. The EL5172IY-T13 is also suitable for a wide range of temperature-compensated feedback applications.

Instrumentation amplifiers are typically used in applications that require accuracy and stability. The EL5172IY-T13 is well suited for ac and dc bridge measurements, as well as ac and dc current measurements. Other applications include data acquisition and signal conditioning. The wide input offset voltage range and low noise make it ideal for low-level signal acquisition applications.

Working Principle

The working principle of the EL5172IY-T13 is to amplify small signals without saturating the amplifier. The input stage of the IA consists of differential amplifiers, with one connected to the input pair and the other to the output. The output is connected to the transimpedance amplifier, which is used to convert the input voltage to a current. The current output is then converted back to a voltage by a differential amplifier, with one connected to the output and the other to the output ground. This allows the amplifier to achieve very high gain and linearity.

The EL5172IY-T13 also has an extremely low noise, as well as low input offset voltage, which help improve the performance of the device. It is designed with very accurate and stable temperature-compensated operation, and its wide gain-bandwidth product of 1MHz allows for high-precision gain and gain-bandwidth performance. Also, the EL5172IY-T13 has internal thermal shutdown protection, making it suitable for high-temperature applications.

In conclusion, the EL5172IY-T13 is an excellent dual instrumentation amplifier ideal for various applications such as process control, instrumentation, and biomedical measurements. The EL5172IY-T13 is equipped with a wide frequency response and high input impedance, making it suitable for a wide range of applications. Furthermore, the EL5172IY-T13 is designed with very accurate and stable temperature-compensated operation, as well as very low noise and input offset voltage. This makes it the ideal choice for low-level signal acquisition applications.

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