Microcontrollers
Analog Devices microcontroller units (MCUs) can be used in a multitude of IoT processing applications. They allow analog and digital sensing for interpreting capabilities with built-in ADCs, DACs, and temp sensors for precision sensing applications. Some of these MCUs can be powered by a single coin cell battery with on-board power management, along with embedded memory and security features to help protect our customer’s IP. These microcontrollers can be used in industrial, automotive, and instrumentation applications, as well as Internet of Things (IoT) applications such as Smart Agriculture, Smart Building, Smart City, Smart Factory, and Smart Health.
Subcategories
Product Selection Table
Latest Resources
Application Notes
- AN-946: Flash/EE Memory Programming via LIN—Protocol 6 (Rev. D) PDF
- AN-908: Interfacing the HD44780-Based Character LCD to an ADuC702x (Rev. 0) PDF
- AN-644: Frequency Measurement Using Timer 2 on a MicroConverter® (uC013) (Rev. 0) PDF
- AN-645: Interfacing an HD44780 Character LCD to a MicroConverter® (uC014) (Rev. 0) PDF
- AN-660: XY-Matrix Keypad Interface to MicroConverter® (Rev. 0) PDF
- AN-759: Expanding the Number of DAC Outputs on the ADuC8xx and ADuC702x Families (uC012) (Rev. 0) PDF
- AN-806: Flash Programming via I2C—Protocol Type 5 (Rev. D) PDF
- AN-1111: Options for Minimizing Power Consumption When Using the ADuCM360/ADuCM361 (Rev. 0) PDF
- AN-709: RTD Interfacing and Linearization Using an ADuC8xx MicroConverter® (Rev. 0) PDF
- AN-1310: Flash Programming via MDIO—Protocol Type 8 (Rev. 0) PDF
- AN-1160: Cortex-M3-Based Serial Download Protocol (Rev. B) PDF
- AN-1159: I²C-Compatible Interface on Cortex-M3 Based Precision Analog Microcontroller (ADuCxxx Family) (Rev. A) PDF
- AN-1138: LINB DLL Programmer's Guide (Rev. 0) PDF
- AN-1139: Understanding the Parallel Programming Protocol (Rev. 0) PDF
- UC-005: ADuC812 ADC Software Calibration PDF
- UC-019: DMA To XRAM on the ADuC831/832 (Rev. prA) PDF
- UC-015: An ADuC824-Based Temperature-Logger PDF
- UC-018: Uses of the Time Interval Counter (Rev. prA) PDF
- UC-003: The ADuC812 as an IEEE 1451.2 STIM PDF
- UC-001: MicroConverter® I2C® Compatible Interface PDF
- UC-002: Developing in C with the Keil uVision2 IDE PDF
- UC-007: User Download (ULOAD) Mode PDF
- AN-0970: RTD Interfacing and Linearization Using an ADuC706x Microcontroller (Rev. 0) PDF
- AN-881: Flash/EE Memory Programming via LIN—Protocol 4 (Rev. 0) PDF
- AN-968: Current Sources: Options and Circuits (Rev. 0) PDF
- AN-904: ADuC7028 Evaluation Board Reference Guide MicroConverter ADuC7028 Development System (Rev. 0) PDF
- AN-895: ADuC702x MicroConverter I²C-Compatible Interface (Rev. 0) PDF
- AN-840: Code Update via I²C®; (Rev. 0) PDF
- AN-891: ADuC703x Series LIN Baud Rate Calculations (Rev. 0) PDF
- AN-831: Implementing a Counter with the ADuC702x Family (Rev. A) PDF
- AN-765: Measuring Duration of a Short Pulse on the ADuC702x Family (Rev. 0) PDF
- AN-661: ADuC814 to ADM1032 via I2C® Interface (Rev. 0) PDF
- AN-798: Using the PWM to Generate Analog Output on the ADuC702x Family (Rev. 0) PDF
- AN-724: ADuC702x Serial Download Protocol (Rev. C) PDF
- AN-719: ADuC7024 Evaluation Board Reference Guide MicroConverter®; ADuC7024 Development System (Rev. A) PDF
- AN-718: ADuC7020 Evaluation Board Reference Guide MicroConverter® ADuC7020 Development System (Rev. A) PDF
- UC-020: Migrating to the ADuC831 from the ADuC812 PDF
- UC-016: Migrating to the ADuC832 from the ADuC812 PDF
- UC-009: Addressing 16MB of External Data Memory PDF
- UC-006: A 4-wire UART-to-PC Interface PDF
- UC-008: Using the ADuC834 C-library PDF
- AN-643: Closed-Loop Control Circuit Implementation of the ADuC832 MicroConverter®IC and the AD8305 Logarithmic Converter in a Digital Variable Optical Attenuator (Rev. 0) PDF
- AN-654: Optical Module Development Platform 2.5 Gbps Transmitter with Digital Diagnostics (Rev. 0) PDF
- AN-354: Ask the Applications Engineer 1-Multi Troubles PDF
Technical Articles Page
- Power Limitations of Loop-Powered Smart Transmitters
- EmStat Pico: Embedded Electrochemistry with a Miniaturized, Software-Enabled, Potentiostat System on Module
- Enabling Robust Wired Condition-Based Monitoring for Industry 4.0 Part 1
- Fast Prototyping and Deployment of Control Algorithms for Power Conversion Applications
- Smart Integration: Combining Analog Components with Arm Microcontroller Cores to Solve Tough Embedded System Problems
- Precision Counts in IoT
Technical Articles
- Lithium Ion Battery Monitoring – Redundancy Required?
- Part 2: Simplifying Design of Industrial Process-Control Systems with PLC Evaluation Boards
- Part 1: Simplifying Design of Industrial Process-Control Systems with PLC Evaluation Boards
- Integrated Route Taken to Pulse Oximetry
- Precision Analog Microcontroller Simplifies Optical Transceiver Design
Product Selection Guide
Circuit Notes
Solutions Bulletins & Brochures
Webcast
Videos
- Asset Health Monitoring for Better Insights during Transit
- Product demonstration of the LIGHT battery concept & wireless BMS
- Analog Devices Condition Based Monitoring for Industry 4.0
- How to Simplify Your Wearable Design
- Condition-Based Monitoring for Industrial Automation
- 30Kw DC-DC Charger
- Battery Management
- Condition-Based Monitoring for Industry 4.0
- Analog Devices: Battery Formation & Test Capabilities
- Next-Generation Sensors for Condition-Based Monitoring
- Structural Health Monitoring (SHM) Demo
- New Industrial 60 GHZ Radar Sensor for Absolute Positioning
- Electrochemical Gas Sensing Platform
- Electrochemical Water Quality Analysis Demo Platform
- Multi-parameter Water Quality Analysis Reference Design
- Smart Gas Sensing with ADuCM355
- Power Scaling in Strain Gauge Applications
- Smart Bracelet for Heart Rate, Impedance and Motion Sensing
- Complete Motion Control Synchronization for Industrial Automation
- Instrumentation Amplifier Enables Remote Strain Gauge
- Analog Devices: Wearable Device to Collect Human Vital Signs, Fueling Digital Health
- Multi-Parameter Health Monitoring Platforms and IoT Ecosystem
- Getting Your Electronics Designs Finished
- How to Simplify Your Wearable Design
- Analog Devices: Noise Reduction Algorithm (NR)
- Analog Devices: Acoustic Echo Cancellation Algorithm (AEC)
- Analog Devices: Beamforming Algorithm
- Vehicle Electrification: Longer Range, Faster Charge, More Efficient
- Smart Health: Vital Sign Monitoring
- Wireless Charging for Zero Pin Sensor
- Analog Devices' Material Sensing Solution for Everyone, Anywhere
- Getting Started with the ADICUP360
- ADICUP360 - Complete Sensor to Cloud IoT Development Kit
- Crop Connect - Environmental Monitoring for Smart Agriculture
- Fast Start IoT Development Platform
- Analog Devices Collaborates with ARM for IoT Devices
- High Performance Sub-GHz Radio Development Platform
- Analog Devices: Gesture-controlled Wireless Electronic Shelf Label
- Analog Devices: Wireless Water Quality Measurement Featuring SmartMesh
- EmStat Pico Embeddable Potentiostat Module by Analog Devices and PalmSens
- iCOMOX: Intelligent Condition Monitoring Box
- ADI: Inertial Measurement Unit (IMU)-Based Stabilization
- Ultra Low Power Microcontrollers for IoT Applications
- SHARC Audio Module: Installing and Configuring the Bare Metal Framework
- Lowest Power Edge Nodes: Structural Health Monitoring
- IoT Asset Health Tracking
- 3 Design Challenges when Powering High-end FPGAs & μProcessors
- Sequence 8 Power Rails on an Intel Arria ARM Cortex 20nm SoC FPGA
- Maximize Efficiency by Accurately Reducing Core Voltage of NXP μP
- Monitor, Supervise & Accurately Adjust Power Supplies via a PMBus
- Dynamically adjust Xilinx FPGA Transceiver power supply 1V±0.25%
- Analog Devices Connect: Cloud Platform
Tutorials
Analog Dialogue
Microcontrollers
| SortOrder | Part# | MCU Core Technology | Clock Max Speeds | Memory SRAM on chip | GPIO pins | Price (1000+) ($ US) |
|---|---|---|---|---|---|---|
| 1 | ADUCM300 | ARM Cortex M3 | 16.384 MHz | 6 kB | 6 | $6.40 (ADUCM300WBCPZ) |
| 2 | ADA4558 | - | 10.5MHz | - | 0 | $3.35 (ADA4558WHCPZ-R7) |
| 3 | ADUCM355 | ARM Cortex M3 | 26 MHz | 64 kB | 17 | $5.90 (ADUCM355BCCZ) |
| 4 | ADUCM330WFS | ARM Cortex M3 | 16.384 MHz | 6 kB | 6 | $3.96 (ADUCM330WFSBCPZ-RL) |
| 5 | ADUCM331WFS | ARM Cortex M3 | 16.384 MHz | 10k | 6 | $4.36 (ADUCM331WFSBCPZ-RL) |
| 6 | ADUCM4050 | ARM Cortex M4F, ULP | 52 MHz | 128 kB | 51 | $10.29 (ADUCM4050BCBZ-R7) |
| 7 | ADUCM3029 | ARM Cortex M3, ULP | 26 MHz | 64 kB | 44 | $9.00 (ADUCM3029BCBZ-R7) |
| 8 | ADUCM3027 | ARM Cortex M3, ULP | 26 MHz | 64 kB | 44 | $8.46 (ADUCM3027BCBZ-R7) |
| 9 | ADUCM363 | ARM Cortex M3 | 16 MHz | 32 kB | 19 | $5.89 (ADUCM363BCPZ128) |
| 10 | ADUCM362 | ARM Cortex M3 | 16 MHz | 32 kB | 19 | $8.53 (ADUCM362BCPZ128) |
| 11 | ADUCM322 | ARM Cortex M3 | 80 MHz | 32 kB | 39 | $8.90 (ADUCM322BBCZ) |
| 12 | ADUCM320I | ARM Cortex M3 | 80 MHz | 32 kB | 39 | $12.80 (ADUCM320BBCZI) |
| 13 | ADSP-CM409F | ARM Cortex M4 | 240 MHz | 384 kB | 91 | $11.42 (ADSP-CM409CBCZ-AF) |
| 14 | ADSP-CM403F-F | ARM Cortex M4 | 100 MHz | - | 40 | - |
| 15 | ADSP-CM403F-E | ARM Cortex M4 | 150 MHz | - | 40 | - |
| 16 | ADSP-CM403F-C | ARM Cortex M4 | 240 MHz | - | 40 | $11.87 (ADSP-CM403CSWZ-CF) |
| 17 | ADSP-CM402F-F | ARM Cortex M4 | 100 MHz | - | 40 | - |
| 18 | ADSP-CM402F-E | ARM Cortex M4 | 150 MHz | - | 40 | - |
| 19 | ADSP-CM408F-B | ARM Cortex M4 | 240 MHz | - | 91 | $10.78 (ADSP-CM408CSWZ-BF) |
| 20 | ADSP-CM408F-A | ARM Cortex M4 | 240 MHz | - | 91 | $11.53 (ADSP-CM408CSWZ-AF) |
| 21 | ADSP-CM407F-D | ARM Cortex M4 | 150 MHz | - | 91 | - |
| 22 | ADSP-CM407F-B | ARM Cortex M4 | 240 MHz | - | 91 | $11.33 (ADSP-CM407CSWZ-BF) |
| 23 | ADSP-CM407F-A | ARM Cortex M4 | 240 MHz | - | 91 | $12.46 (ADSP-CM407CSWZ-AF) |
| 24 | ADUCM310 | ARM Cortex M3 | 80 MHz | 32 kB | 28 | $32.53 (ADUCM310BBCZ) |
| 25 | ADUCM330 | ARM Cortex M3 | 16.384 MHz | 6 kB | 6 | $4.18 (ADUCM330WDCPZ) |
| 26 | ADUCM320 | ARM Cortex M3 | 80 MHz | 32 kB | 39 | $12.80 (ADUCM320BBCZ) |
| 27 | ADUCM350 | ARM Cortex M3 | 16 MHz | 32 kB | 66 | $7.50 (ADUCM350BBCZ) |
| 28 | ADUCRF101 | ARM Cortex M3 | 16 MHz | 16 kB | 28 | $3.99 (ADUCRF101BCPZ128) |
| 29 | ADUCM361 | ARM Cortex M3 | 16 MHz | 8 kB | 19 | $5.05 (ADUCM361BCPZ128) |
| 30 | ADUCM331 | ARM Cortex M3 | 16.384 MHz | 6 kB | 6 | $4.29 (ADUCM331WDCPZ) |
| 31 | ADUCM360 | ARM Cortex M3 | 16 MHz | 8 kB | 19 | $7.85 (ADUCM360BCPZ128) |
| 32 | ADUC7126 | ARM7 TDMI | - | 32 kB | 40 | $6.34 (ADUC7126BSTZ126) |
| 33 | ADUC7124 | ARM7 TDMI | - | 32 kB | 30 | $5.98 (ADUC7124BCPZ126) |
| 34 | ADUC7122 | ARM7 TDMI | - | 8 kB | 32 | $8.70 (ADUC7122BBCZ) |
| 35 | ADUC7039 | ARM7 TDMI-S | - | 4 kB | 6 | $4.36 (ADUC7039BCP6Z) |
| 36 | ADUC7029 | ARM7 TDMI | - | 8 kB | 28 | $4.66 (ADUC7029BBCZ62) |
| 37 | ADUC7023 | ARM7 TDMI | - | 8 kB | 20 | $2.99 (ADUC7023BCBZ62I-R7) |
| 38 | ADUC7121 | ARM7 TDMI | - | 8 kB | 32 | $11.46 (ADUC7121BBCZ) |
| 39 | ADUC7120 | ARM7 TDMI | - | 8 kB | 32 | $16.50 (ADUC7120BBCZ) |
| 40 | ADUC7061 | ARM7 TDMI | - | 4 kB | 8 | $3.50 (ADUC7061BCPZ32) |
| 41 | ADUC7060 | ARM7 TDMI | - | 4 kB | 14 | $4.53 (ADUC7060BCPZ32) |
| 42 | ADUC7036 | ARM7 TDMI | - | 6 kB | 9 | $6.92 (ADUC7036BCPZ) |
| 43 | ADUC7034 | ARM7 TDMI | - | 4 kB | 9 | $6.56 (ADUC7034BCPZ) |
| 44 | ADUC7033 | ARM7 TDMI | - | 6 kB | 9 | $6.92 (ADUC7033BSTZ-88) |
| 45 | ADUC7032-8L | ARM7 TDMI | - | 6 kB | 9 | - |
| 46 | ADUC7129 | ARM7 TDMI | - | 8 kB | 40 | $8.06 (ADUC7129BSTZ126) |
| 47 | ADUC7128 | ARM7 TDMI | - | 8 kB | 28 | $7.24 (ADUC7128BCPZ126) |
| 48 | ADUC7028 | ARM7 TDMI | - | 8 kB | 30 | $6.19 (ADUC7028BBCZ62) |
| 49 | ADUC7027 | ARM7 TDMI | - | 8 kB | 40 | $6.70 (ADUC7027BSTZ62) |
| 50 | ADUC7025 | ARM7 TDMI | - | 8 kB | 40 | $6.23 (ADUC7025BCPZ62) |
English
简体中文
日本語
Руccкий
