Analog Devices Manuals

The AD8004 is a quad, low power, high speed amplifier designed to operate on single or dual supplies. It utilizes a current feed- back architecture and features high slew rate of 3000 V/µs making the AD8004 ideal for handling large amplitude pulses. Additionally, the AD8004 provides gain flatness of 0.1 dB to 30 MHz, 0.04% differential gain error and 0.10° differential phase error. The AD8004 provides high output current of 50 mA and is available in a 14-lead plastic DIP and SOIC package.

This document describes the features and characteristics of the AD8002 dual 600 MHz, 50 mW current feedback amplifier. It has excellent video specifications, low power consumption, and high speed. The product is suitable for applications such as A-D drivers, video line drivers, differential line drivers, professional cameras, video switchers, special effects, RF receivers, etc.

This document describes the features and characteristics of Analog Devices' AD8001 800 MHz, 50 mW current feedback amplifier. It has excellent video specifications, low power consumption, high speed and fast settling, low distortion, and other features.

The AD8000 is an ultrahigh speed, high performance, current feedback amplifier. It features a high speed of 1.5 GHz, a full power bandwidth of 650 MHz, and a slew rate of 4100 V/µs.

The AD8000 is a 1.5GHz ultrahigh speed op amp with high speed, high performance, low noise, high output current, etc. It is suitable for professional video, high speed instrumentation, video switching, IF/RF gain stage, CCD imaging and other applications

The AD800/AD802 is Analog Devices' second generation clock recovery and data retiming phase-locked loop, supporting data rates of 20-160 Mbps.

ADR420/ADR421/ADR423/ADR425 are ultraprecision low noise, 2.048 V/2.500 V/ 3.00 V/5.00 V XFET® voltage references from Analog Devices, Inc., with features such as low noise (0.1 Hz to 10 Hz), low temperature coefficient (3 ppm/�C), long-term stability (50 ppm/1000 Hours), load regulation (70 ppm/mA), line regulation (35 ppm/V), low hysteresis (40 ppm Typical).

This document describes the features and characteristics of the ADR390/ADR391/ADR392/ADR395 series micropower, low noise precision voltage references, including compact TSOT-23-5 packages, low temperature coefficient, initial accuracy, ultralow output noise, low dropout, and low supply current.

This document describes the features and characteristics of the ADR380/ADR381 Precision Low-Drift 2.048 V/2.500 V SOT-23 Voltage Reference, including initial accuracy, error, temperature coefficient, load regulation, line regulation, operating range, power consumption, output current, and temperature range.

ADR370 is a 2.048 V SOT-23 precision low power voltage reference produced by Analog Devices

The ADR360/ADR361/ADR363/ADR364/ADR365/ADR366 is a low power, low noise voltage reference with sink/source capability from Analog Devices. It features a TSOT-23-5 package, low temperature coefficient, low initial accuracy, ultralow output noise, low dropout, low supply current, no external capacitor required, output current of +5mA/-1mA, and wide temperature range. It is suitable for battery-powered instrumentations, portable medical instrumentations, data acquisition systems, industrial process controls, and automotive applications.

The ADR318 is a precision 1.8V band gap voltage reference featuring high accuracy, high stability, and low power consumption in a tiny footprint. Patented temperature drift curvature correction techniques minimize temperature drift, making it an ideal solution for applications such as battery powered instrumentation, portable medical instruments, data acquisition systems, industrial process control systems, fault protection systems, and critical systems.

The ADR293 is a low noise, micropower precision voltage reference that utilizes an XFET™ (eXtra implanted junction FET) reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one-fourth the power, ten times the noise performance (15 μV p-p), ten times the linearity (0.01%), 150 times the dynamic range, and 100 times the output current (5 mA).

The ADR290/ADR291/ADR292 are low noise, micro-power precision voltage references that use an XFET reference circuit. The new XFET architecture offers