The ADUC845 MicroConverter is a fully integrated dual 24-bit, multi-channel Sigma Delta ADC and flash microcontroller on a single chip. This device is a multi-channel extension of Analog Devices' popular ADuC844 and ADuC846 MicroConverter family and is optimized for applications in industrial control, smart sensors, load cells, and instrumentation that require precise acquisition of multiple (up to 10) channels. The ADUC845 is available in 52-pin PQFP or 56-pin CSP packages and operates on a 3 V or 5 V power supply over the standard industrial temperature range. Like all of Analog Devices' MicroConverter products, the device is supported by the QuickStart and QuickStart-Plus development systems.
The ADUC845 MicroConverter integrates advanced features suitable for high-performance applications. It incorporates dual 24-bit Sigma Delta analog-to-digital converters (ADCs), allowing for simultaneous sampling and conversion of multiple input signals. This capability is particularly beneficial in scenarios where precise measurement of various parameters is crucial, such as in industrial automation, precision weighing systems, and sensor data acquisition.
The device's architecture supports up to ten channels, enabling it to handle complex data acquisition tasks efficiently. The integrated flash microcontroller allows for embedded processing, facilitating real-time data manipulation and control without the need for external processing units. This integration reduces system complexity and enhances reliability by minimizing the number of required components.
The ADUC845 operates with a flexible power supply range of 3 V to 5 V, making it compatible with a wide variety of power management solutions. Its availability in both 52-pin PQFP and 56-pin CSP packages provides design flexibility, catering to different space and layout requirements in electronic designs.
In addition to its hardware capabilities, the ADUC845 is supported by Analog Devices' QuickStart and QuickStart-Plus development systems, which provide comprehensive resources for rapid prototyping and development. These tools include software libraries, example projects, and debugging support, enabling engineers to streamline the design process and accelerate time-to-market for their applications.
The ADUC845 is an ideal choice for applications demanding high precision and reliability, making it a valuable component in modern electronic systems designed for industrial and instrumentation purposes.The ADUC845 MicroConverter is a fully integrated Dual 24-bit, Multi-Channel Sigma Delta ADC and Flash Microcontroller on a single chip. This device is a multi-channel extension of ADIs popular ADuC844 and ADuC846 MicroConverter family and is optimized for applications in Industrial Control smart Sensors loadcells and instrumentation that require p
recison acquisition of multiple (up to 10) channels. The ADUC845 is available in 52-pin PQFP or 56-pin CSP packages and operates on a 3 V or 5 V power supply over the standard industrial temperature range. Like all of ADI`s MicroConverter products, the device is supported by the QuickStart and QuickStart-Plus development systems.
Also known as the parallel A/D converter, this circuit is the simplest to understand. It consists of a series of comparators, each comparing the input voltage to a reference voltage.
The parallel analog-to-digital (A/D) converter is a fundamental circuit in...
DAC stands for Digital to Analog Converter. This article explores the code created by Michael Smith for a PWM-based DAC. The code has been modified to allow for experimentation with various DAC options. A comparison is made between the...
This LED flasher circuit is a classic two-transistor flip-flop. It is a popular circuit often built by beginners in the electronics hobby. The schematic diagram of this well-known LED flasher circuit includes two transistors, two capacitors, four resistors, and...
This circuit combines two separate line-level stereo (left and right) signals into a single stereo output, eliminating the need to switch between two sets of input signals. In this application, it is utilized to connect stereo audio from a...
The analog input is connected to the span resistor of a Digital-to-Analog Converter (DAC). The voltage range of the analog input is selectable, mirroring the output voltage range of the DAC. The current flowing through the ladder termination resistance,...
This article describes how to build a simple yet effective sound trigger for cameras or flashes. The circuit allows for experimentation with high-speed photography.
The sound trigger circuit is designed to activate a camera or flash unit in response to...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more