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Functionally Compatible with AD7380·AD7381 ADCs
Equipped with Processing Performance of 4 Mega Samples Per Second
Mouser Electronics announced on the 13th that it supplies ADI's (Analog Devices) AD7386 Successive Approximation Register (SAR) Analog-to-Digital Converter (ADC).
The 16-bit AD7386 is single-ended and functionally compatible with AD7380 and AD7381 ADCs. It features processing performance of 4MSPS (mega samples per second) and is produced in a compact 3×3mm LFCSP package.
The AD7386 is a high-speed ADC with dual simultaneous sampling characteristics, suitable for motor control, ultrasonic detection, power management, and data acquisition applications.
The ADI AD7386 supplied by Mouser includes 2 SAR ADCs, 1 multiplexer, 1 sequencer, and 1 serial interface with 2 separate data output pins.
Engineers can access data in the device through the serial interface that operates with 1 or 2 serial output devices.
It features single-ended analog input and operates with a 3.0~3.6V power supply. It provides a buffered internal 2.5V reference voltage. An optionally selectable external reference voltage has a maximum of 3.3V. Typically, drift is only ±1ppm/°C.
Equipped with Processing Performance of 4 Mega Samples Per Second
Mouser Electronics announced on the 13th that it supplies ADI's (Analog Devices) AD7386 Successive Approximation Register (SAR) Analog-to-Digital Converter (ADC).
▲Mouser, ADI 16-bit AD7386 SAR ADC Supply
(Image=Mouser Electronics)
(Image=Mouser Electronics)
The 16-bit AD7386 is single-ended and functionally compatible with AD7380 and AD7381 ADCs. It features processing performance of 4MSPS (mega samples per second) and is produced in a compact 3×3mm LFCSP package.
The AD7386 is a high-speed ADC with dual simultaneous sampling characteristics, suitable for motor control, ultrasonic detection, power management, and data acquisition applications.
The ADI AD7386 supplied by Mouser includes 2 SAR ADCs, 1 multiplexer, 1 sequencer, and 1 serial interface with 2 separate data output pins.
Engineers can access data in the device through the serial interface that operates with 1 or 2 serial output devices.
It features single-ended analog input and operates with a 3.0~3.6V power supply. It provides a buffered internal 2.5V reference voltage. An optionally selectable external reference voltage has a maximum of 3.3V. Typically, drift is only ±1ppm/°C.
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