EL5175ISZ-T13

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The EL5175ISZ-T13 is a linear amplifier from Exar Corp’s portfolio that offers users improved performance, high-precision and reliable operation for a range of instrumentation applications. This product is designed as an amplifying circuit for precision current and voltage signals and is capable of providing extremely low distortion, low noise and low power consumption, making it an ideal choice for instrumentation or industrial monitoring.

EL5175ISZ-T13 Feature Set

The EL5175ISZ-T13 is built on a monolithic integrated circuit and is designed with a single gain stage having a Gain Bandwidth product of 1.6 MHz. It also provides a generous supply voltage range from ±2.25 V to ±18 V and is optimized for precision current and voltage means. The device offers adjustable low-burden current and voltage gain and allows for above unity gain range, making it a very suitable choice for engineer looking for pre-amp and buffer circuit performance. Moreover, the product is offered with a fixed 5 V offset voltage. The device is RoHS-compliant and can operate from -40 °C to +125 °C and hence could be used in harsh environment applications.

Extended Performance EL5175ISZ-T13

The EL5175ISZ-T13 is the extended performance version of Exar’s EL5175ISZ precision current and voltage amplifier amplifying circuit. Apart from featuring high power throughput and low power consumption, it also offers users ultra-low distortion and noise. This amplifier provides very high precision with a typical offset voltage of 60 μV and a typical supply current of 0.1mA. The device is also protected against transients and has a slew rate of 10 V/μs. This amplifier is designed particularly for precision current and voltage signal applications, making it an ideal choice for high-precision instrumentation.

In addition, the EL5175ISZ provides an adjustable low-burden high-gain current and voltage amplifying circuit which allows its users to gain control over how the device works from a single control signal. The device provides two sets of gain and is also capable of working with Frequency Offset Adjustment via an external resistor that can be adjusted to vary the frequency of the signal being amplified.

EL5175ISZ-T13 Application Field and Working Principle

The EL5175ISZ-T13 is a monolithic linear amplifier specifically designed for precision current and voltage signal applications. It is optimized to provide extremely low distortion, low noise and low power consumption while working with very high precision. This amplifier includes an adjustable low-burden high-gain current and voltage amplifier with an above unity gain range and has proven itself as an excellent choice for pre-amp and buffers in instrumentation applications. This device is perfect for applications such as measurement, data acquisition, test and instrumentation, calibration, medical equipment, industrial monitoring, and more.

The working principle of the EL5175ISZ-T13 works by converting a current source signal into a voltage signal depending on the gain and the frequency of the signal. The amplifier then amplifies this signal with the help of a differential amplifier that works to increase the output signal strength. The device is also protected against transient effects, as it has its own protection circuitry. Lastly, the device is designed with a single gain stage that has a Gain Bandwidth Product of 1.6 MHz, allowing for very high precision and accuracy.

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