ANALOG Manuals

AD9058 is a dual 8-bit 50 MSPS A/D converter produced by Analog Devices

The AD558 is a low cost 8-bit DAC from Analog Devices. It features a full microprocessor interface, single supply operation, fast settling time, low power consumption, internal precision bandgap reference and guaranteed monotonicity over temperature.

AD561 is a 10-bit monolithic D/A converter from Analog Devices that combines a high-stability voltage reference on a single monolithic chip. Using ten precision high-speed current-steering switches, a control amplifier, voltage reference, and laser-trimmed thin-film SiCr resistor network, the device produces a fast, accurate analog output current.

AD568 is a precision, monolithic, 12-bit, ultrahigh-speed D/A converter (DAC) with high output current stability and low harmonic distortion, which is suitable for video processing, measurement instruments, medical electronics and other applications

This document is the AD7524 datasheet, which introduces the features and characteristics of the product.

This document describes the features and characteristics of Analog Devices' AD7541A CMOS 12-Bit Monolithic Multiplying DAC. The product features an improved version of the AD7541 with full four-quadrant multiplication, 12-bit linearity, and compatibility with DTL/TTL/CMOS logic inputs.

The AD7243 is a complete 12-bit, voltage output, digital-to-analog converter with output amplifier and Zener voltage reference. It features three selectable output ranges, a serial interface, and a 300 kHz DAC update rate. The product is suitable for applications such as process control, industrial automation, and digital signal processing systems.

The document introduces a LC2MOS octal 8-bit DAC chip called AD7228A. The chip features eight DACs and amplifiers, which allows for a reduction in board space requirements and increased reliability in systems using multiple converters. It can be operated with a single supply or dual supplies, and is compatible with microprocessors. The chip has a versatile control architecture and is designed for high performance and reliability.

AD7226 is an 8-bit digital-to-analog converter produced by Analog Devices with 4 independent output buffer amplifiers and interface logic

This document introduces the features and characteristics of AD667 digital-to-analog converter, including complete 12-bit D/A function, double-buffered latch, high stability buried Zener reference, single-chip construction, guaranteed monotonicity and linearity over temperature range, guaranteed 3µs maximum conversion time and 0.01% maximum accuracy, support for -12V or -15V power supply, low power and TTL/5V CMOS compatible logic inputs

The AD664 is a four-channel 12-bit analog-to-digital converter that can simultaneously convert four data sets to voltage signals and output four voltage signals. The product uses a double-buffered input latch structure and a data readback function, and can read and write through a single microprocessor-compatible I/O port. The I/O port supports 4-bit, 8-bit or 12-bit parallel bytes for simple interfacing with a variety of microprocessors. The product also provides a reset to zero control pin to allow the user to simultaneously reset all DAC outputs to zero, regardless of the contents of the input latch. Any one or all DACs can be placed in a transparent mode to allow the user to read DAC outputs during read operations.

The AD660 is a high-performance, 16-bit serial/byte D/A converter with an integrated output amplifier, an on-chip buried Zener voltage reference, a 15-bit monotonic temperature characteristic, high precision, ultra-low output noise, and low power consumption.

The AD570 is a complete 8-bit A/D converter with reference and clock. It features fast successive approximation conversion with no missing codes over temperature. It also has digital multiplexing with three-state outputs. The AD570 is a low-cost monolithic construction.