EL8101IW-T7A

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The EL8101IW-T7A is a high performance linear instrumentation amplifier that operates on the principle of differential voltage gain. It is a precision instrument that is used for signal analysis, signal conditioning, and feedback analog systems. It is ideal for signal conditioning and amplification in applications such as mobile communications, industrial automation, medical instruments, and signal processing.

Overview

The EL8101IW-T7A is a high-performance linear instrumentation amplifier that employs a wide input common mode range and maintains extremely low offsets over entire temperature range. It comes with a low power operational amplifier, high input voltage range, low noise, and low nonlinear distortion. It also offers excellent noise immunity, low power consumption, and fast settling times. It has two wideband voltage amplifiers and can achieve a gain of up to 101 dB.

Features and Benefits

• Wide input common mode range with low offsets over the full ambient temperature range.
• Low power consumption with excellent noise immunity and fast settling times.
• Two wideband voltage amplifiers with gains up to 101 dB.
• Low power operational amplifier.
• High input voltage range.
• Low noise and low non-linear distortion.

Application Areas

The EL8101IW-T7A provides an excellent choice for instrumentation amplification and signal conditioning applications. It is suitable for mobile communications, industrial automation, medical instrumentation, and signal processing. It is also used in systems requiring feedback control. Some of the possible applications include millivolt sensing, measurment systems, current and voltage sensing, amplifier stages, DACs and ADCs, precision filters, temperature control loops, communication systems and power supplies.

Working Principle

The EL8101IW-T7A operates on the principle of differential voltage gain. Its two voltage gain amplifiers provide a differential gain of up to 101 dB which enables it to operate in a wide range of applications. The two amplifiers are joined together with a resistor network, allowing the device to operate in a high common-mode rejection ratio, low offset and low noise. The operational amplifier buffers the two inputs from the voltage gain amplifiers to provide accurate and precise outputs.

Conclusion

The EL8101IW-T7A is an ideal choice for a variety of linear instrumentation, OP Amp, buffer amp, and other related applications. It is a high performance device with excellent noise immunity and fast settling time, making it highly suitable for feedback analog systems and precision instrumentation. Its wide input common mode range and low offsets over a wide temperature range make it the ideal choice for accurate and reliable signal conditioning and amplification.

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