EL8100IS-T13

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EL8100IS-T13 is a high-performance instrumentation amplifier with an isolated input circuit. It consists of two isolated amplifier stages, an adjustable resistive feedback network, and a transient protection circuit. The instrumentation amplifier\'s high-precision feedback resistors provide variable gain control up to 100 dB with very low distortion. The input impedance is 100MΩ, the input overvoltage protection is ensured by the JEDEC-standard ESD protection diode configuration, and the low-impedance output is designed for high-speed operation.

The main application fields of the EL8100IS-T13 include strain measurement, magnetic field sensing, accelerometer sensing, thermocouples, resistance measurements and medical instrumentation. The instrumentation amplifier inherently eliminates common-mode interference signals due to its high common-mode rejection (CMRR). This feature allows it to be used in noisy environments with good results. This feature also allows the EL8100IS-T13 to be used in applications requiring high-frequency response such as spectroscopy and radio-frequency measurement.

The EL8100IS-T13 instrumentation amplifier is designed with a low noise floor and low distortion, enabling it to deliver high-precision output. The wide gain range and higher input impedances allows it to be used with high impedance sources, such as thermocouples and strain gauges. The amplifier is also capable of driving complex high-performance circuits with low-noise and minimum electrical noise. Additionally, the EL8100IS-T13 has voltage transients protection that prevents damage to the components in the event of an unexpected voltage spike.

The working principle of the EL8100IS-T13 instrumentation amplifier is as follows: Two differential voltage inputs are applied to the amplifier, which are isolated from each other. The differential signal is amplified by the first stage and then applied to a feedback network. The feedback network contains resistors in the form of a Wheatstone bridge which are connected at the two input terminals. The feedback network then amplifies the differential voltage across the two terminals according to the gain set by the resistance of the two resistors. The output of the amplifier is taken from the sum of the two input signals.

The output of the EL8100IS-T13 instrumentation amplifier is very stable and low-noise. This is due to the high-precision resistors in the feedback network that provide excellent gain control and precision tuning of the amplifier\'s gain. Additionally, the amplifier\'s low-impedance output design enables it to drive complex high-performance circuits without inducing electrical noise.

The EL8100IS-T13 instrumentation amplifier is a versatile and effective amplifier that is perfect for applications requiring high-precision and low-noise performance. Its wide gain range and high common-mode rejection, along with its voltage transients protection and low-impedance output make it an ideal choice for applications such as measuring strain, magnetic fields, and accelerations. Its high precision resistors also ensure accurate gain control and the ability to tune the amplifier for different precision applications.

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