ANALOG Manuals

The AMP04 is a single supply instrumentation amplifier from Analog Devices that is designed to operate over a +5V to ±15V supply range. It offers an excellent combination of accuracy, low power consumption, wide input voltage range, and excellent gain performance. Gain is set by a single external resistor and can be from 1 to 1000. Input common-mode voltage range allows the AMP04 to handle signals with full accuracy from ground to within 1 volt of the positive supply. And the output can swing to within 1 volt of the positive supply. Gain bandwidth is over 700 kHz. In addition to being easy to use, the AMP04 draws only 700µA of current.

AD622 is a low-cost instrumentation amplifier with features such as easy to use, higher performance, and wide power supply range. It provides unity gain or optional gain with one external resistor, suitable for applications such as transducer interface, low-cost thermocouple amplifier, and industrial process.

AD623 is a single-supply, rail-to-rail, low-cost instrumentation amplifier from Analog Devices, with features such as easy to use, higher performance than discrete design, single-supply and dual-supply operation, rail-to-rail output swing, input voltage range extends 150 mV below ground (single supply)

AD627 is a micropower, single/dual supply, rail-to-rail instrumentation amplifier produced by Analog Devices.

AD8221 is a precision instrumentation amplifier with features such as easy to use, wide power supply range, excellent AC and DC performance, low noise, etc. It is suitable for applications such as weigh scales, industrial process controls, bridge amplifiers, precision data acquisition systems, medical instrumentation, strain gages, and transducer interfaces.

AD8221 is a low power, high precision, high CMRR single-ended differential converter for high precision sensor applications.

AD8230 is a low-drift, differential sampling, high-precision instrumentation amplifier. The auto-zero feature reduces offset voltage drift to less than 50 nV/°C. The AD8230 is well-suited for thermocouple and bridge transducer applications. The AD8230's high CMR of 110 dB (minimum) rejects line noise.

The AD8556 is a digitally programmable sensor signal amplifier with EMI filters that provides a single-wire serial interface and stable performance for automotive sensors, pressure and position sensors, precision current sensing and strain gages

The document describes the AD8220 JFET Input Instrumentation Amplifier with Rail-to-Rail Output. It features low input currents, high CMRR, excellent ac specifications, and low power consumption.

The AD8250 is an instrumentation amplifier with digitally programmable gains that has GΩ input impedance, low output noise, and high CMRR. It is suitable for applications such as data acquisition, biomedical analysis, and test and measurement.

AD8224 is a precision, dual-channel, JFET input, rail-to-rail instrumentation amplifier. It features low input currents, high CMRR, excellent ac specifications, and low power consumption.

The AD8251 is a 10-bit digitally programmable gain instrumentation amplifier with GΩ input impedance, low output noise, high CMRR and high slew rate.

The AD8231 is a precision, single-supply, low-noise, low-power, low input-offset drift instrumentation amplifier. Its input bias current is 500pA, input offset voltage is 15µV, input offset drift is 50nV/°C, maximum output bandwidth is 2.7MHz and gain range is 1~128, which can be programmed by a single pin.

The AD8557 is a zero drift, sensor signal amplifier with digitally programmable gain and output offset. Designed to ease the design of sensor signal conditioning and amplification applications, the AD8557 features very low offset voltage, input offset voltage drift, and CMRR. The AD8557 is ideal for sensor applications such as automotive sensors, pressure and position sensors, precision current sensing, thermocouple amplifiers, industrial weigh scales, and strain gages.

The AD8290 is a CMOS sensor amplifier with current excitation. It is suitable for bridge and sensor drives as well as portable electronics. The amplifier features low power consumption, low input bias current, high common mode rejection ratio, etc.