Analog Devices Manuals

ADuC824 is a high-resolution Sigma-Delta ADCs with embedded FLASH MCU

The document introduces the features and characteristics of the REV. A a ADuC834 MicroConverter® from Dinghao, including inventory, technical information, encyclopedia information, and hot news.

ADuC816 is a high-resolution Sigma-Delta ADCs dual 16-bit independent ADCs with programmable gain front end, 16-bit no missing codes, primary ADC 13-bit p-p resolution @20Hz, 20mV range, 16-bit p-p resolution @20Hz, 2.56 V range, memory 8 Kbytes on-chip Flash/EE program storage

This document introduces the MicroConverter® ADuC814 product from Analog Devices. The product is a small package 12-bit ADC with embedded flash MCU. It features a 6-channel 247 kSPS ADC, 12-bit resolution, high-speed data capture mode, etc. In addition, it also has programmable reference and dual voltage output DACs, as well as 8 kbytes on-chip Flash/EE program memory and 640 bytes on-chip Flash/EE data memory, etc.

ADuC814 MicroConverter® is a small package 12-bit ADC with embedded FLASH MCU

AD9850 is a highly integrated device that uses advanced DDS technology coupled with an internal high speed, high performance, D/A converter and comparator, to form a com- plete digitally programmable frequency synthesizer and clock generator function. When referenced to an accurate clock source, the AD9850 generates a spectrally pure, frequency/ phase-programmable, analog output sine wave. This sine wave can be used directly as a frequency source or converted to a square wave for agile-clock generator applications. The AD9850’s innovative high speed DDS core provides a 32-bit frequency tuning word, which results in an output tuning resolution of 125 MHz.

The AD8240 LED driver/monitor, in combination with an external transistor, supplies a constant 12 V to drive LED lamps. This allows cost-effective LED lamp monitoring and short-circuit protection. The output is regulated at 12 V when the supply voltage is between 12.5 V and 27 V. A CMOS compatible, level-dependent, digital input can be used for PWM control of the LED brightness. VO is turned on when the PWM input is high and turned off when the input is low. The product also provides LED on/off detection and latch-off overcurrent protection.

This document describes the features and characteristics of the AD8240 LED driver/monitor from Analog Devices, including PWM input for LED brightness control, open LED detection, latch-off overcurrent protection, and constant voltage regulated output.

AD824 is a single supply operational amplifier with features of low power and wide range. It is suitable for applications such as photo diode preamplifier, battery powered instrumentation, power supply control and protection, medical instrumentation, remote sensors, low voltage strain gage amplifiers, and DAC output amplifier.

This document describes the features and characteristics of the AD823, a dual channel, 16 MHz, rail-to-rail FET input amplifier. The amplifier operates on a single supply, has rail-to-rail output swing, an input voltage range that extends below ground, and is compatible with single supplies from 3 V to 36 V. It also has high load drive capability, excellent AC performance, good DC performance, low distortion, and low noise.

This document describes the features and characteristics of the Analog Devices AD823 dual, 16 MHz, rail-to-rail FET input amplifier. It features single supply operation, output swings rail to rail, input voltage range extends below ground, and single supply capability from +3V to +36V. Additionally, it has high load drive capacity, low distortion, and low noise. The product can be used in battery-powered precision instrumentation, photodiode preamps, active filters, 12- to 16-bit data acquisition systems, and medical instrumentation.

The AD8235 is the smallest and lowest power instrumentation amplifier in the industry. It is available in a 1.5 mm × 2.2 mm wafer level chip scale package (WLCSP). The AD8235 draws a maximum quiescent current of 40 μA. In addition, it draws a maximum 5...

AD8231 is a digitally programmable instrumentation amplifier from Analog Devices with zero drift, high input impedance, wide bandwidth and high gain accuracy. It is suitable for pressure and strain transducers, thermocouples and RTDs, programmable instrumentation, industrial controls and weighing scales.

This document provides preliminary technical data on the AD8253 CMOS programmable gain instrumentation amplifier with features including small package, programmable gains, wide supply range, excellent DC and AC performance.

AD8231 is a zero-drift, digital programmable instrumentation amplifier with features such as digitally programmable gain, excellent temperature performance, excellent DC performance, and good AC performance.