MAX4378HAUD

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX4378HAUD is a high-precision, low-noise, and low-voltage analog amplifier designed for applications that require high accuracy and low power consumption, such as medical instruments, measuring instruments and industrial applications. Its unsurpassed performance, wide operating range and versatile design make the MAX4378HAUD ideal for use in industrial and medical instrumentation, automotive, defense, aerospace and telecommunications systems.

The MAX4378HAUD is a high-precision instrumentation amplifier with very low input noise, wide bandwidth, and low drift. It features a low operating voltage range of 2.7V to 16V, has a maximum output voltage swing of ±20V, and has a maximum input common-mode voltage of ±24V. It is highly stable, providing an output-voltage accuracy of 0.02% when used with 20V supply. The MAX4378HAUD is also designed for low power consumption, allowing for extended battery life in portable instruments.

The MAX4378HAUD is built on a low power, low noise CMOS process, and features low static current consumption. It also features a low input bias current of 2nA, making it ideal for applications requiring high accuracy and low input bias current. The device is also fully protected against overvoltages, ESD and reverse polarity.

The MAX4378HAUD is a great choice for instrumentation and process control applications, providing excellent reliability, high accuracy and precision. It features a single-ended or differential input, as well as analog or digital outputs. It also features a high gain of up to 5000x, allowing for a wide dynamic range. The gain can be adjusted by an external resistor.

The MAX4378HAUD is the ideal choice for any linear amplifier, instrumentation, OP Amp, or buffer Amp applications. With its superior performance and low power consumption, the MAX4378HAUD is a great choice for any application requiring high accuracy, precision and low noise.

The specific data is subject to PDF, and the above content is for reference