Analog Devices Manuals

ADE7755 is a power metering IC produced by Analog Devices. It has high accuracy, high dynamic range and multiple output functions. It is widely used in power metering, electric vehicle charging and other fields.

The document describes the features and characteristics of the Octal LNA/VGA/AAF/14-Bit ADC and CW I/Q Demodulator AD9277. It includes 8 channels of LNA, VGA, AAF, ADC, and I/Q demodulator, with features such as low noise preamplifier, programmable gain, dual-mode active input impedance matching, attenuator range, linear-in-dB gain control, programmable antialiasing filter, and 14-bit ADC.

Provides the user guide for the AD7843/AD7873 evaluation board, including product features, usage methods, and precautions

AD7707 is a complete analog front end for low frequency measurement applications. This 3-channel device has 16-bit resolution and high accuracy, and can accept either low level input signals or high level (±10 V) signals. It features a programmable gain front end, supports multiple serial interfaces, and operates with various power supply voltage ranges. This product is suitable for applications that require high precision measurement.

The AD7714 is a complete analog front end for low-frequency measurement applications. The device accepts low level signals directly from a transducer and outputs a serial digital word. It employs a sigma-delta conversion technique to realize up to 24 bits of no missing codes performance. The input signal is applied to a proprietary programmable gain front end based around an analog modulator. The modulator output is processed by an on-chip digital filter.

For over forty years, Analog Devices has defined innovation and excellence in signal processing. ADI’s standard and application-tuned data converters, amplifiers, microcontrollers, low dropout regulators, MEMS, and digital isolators offer unequaled performance, size, cost, and power advantages to a broad array of medical imaging, patient monitoring, and instrumentation designs. Customer input and feedback are an integral part of ADI’s IC development process, and today we enjoy a strong relationship with virtually all major medical device manufacturers. This includes market leaders in ultrasound, CT and PET scanners, ECGs, infusion pumps, blood analysis systems, pulse oximetry, and automated external defibrillators (AEDs).

The ADE7753 is a single-phase multifunction metering IC with di/dt sensor interface, which features high accuracy, high performance, and high integration. It supports IEC 60687/61036/61268 and IEC 62053-21/62053-22/62053-23.

This document introduces the AD9262 evaluation board, AD9262 is a 16-bit dual channel continuous time sigma delta ADC, the evaluation board supports AD9262BCPZ-10, AD9262BCPZ-5, AD9262BCPZ series products.

The AD7329 is a 1 MSPS, 8-channel, software-selectable, true bipolar input, 12-bit plus sign ADC. It features true bipolar input ranges, software-selectable input ranges, a throughput rate of 1 MSPS, 8 analog input channels, single-ended true differential and pseudo differential analog input capability, and more.

AD9639 Rev. A is a four-channel 12-bit 170 MSPS/210 MSPS serial output 1.8 V ADC launched by Analog Devices. It has the following features: 4 ADCs are packaged in one chip, support JEDEC204 coded serial digital output, integrated temperature sensor, -95 dB channel-to-channel crosstalk, SNR is 65 dBFS, SFDR is 77 dBc, the linearity is very high, DNL is ±0.28 LSB, INL is ±0.7 LSB, full power analog bandwidth is 780 MHz, power consumption is 325 mW, supply voltage is 1.8 V, support clock duty cycle stabilizer, serial port interface function, power-down mode, digital test pattern enable, programmable header, programmable pin functions (PGMx, PDWN).

This document introduces the design and setup of the evaluation board for the AD1974 Four ADC with PLL 192 kHz, 24-Bit Codec, including connecting external power supply, AD1974 control interface, functional block diagram, MCLK routing, power supply, etc.

This document describes the ability of an ADC driver to provide fast slew rates for time domain-focused instrumentation applications. It also introduces the features of the ADA4960 ultrawideband ADC driver/differential amplifier, including its ability to drive 8-bit and 10-bit gigasample flash ADCs, support bandwidths up to 1 GHz, excellent slew rates, and low noise.