Application Notes (3)
- AN-1160: Cortex-M3 Based ADuCxxx Serial Download Protocol (pdf, 144 kB)
-
AN-1159: I2C-Compatible Interface on Cortex-M3 Based Precision Analog Microcontroller (ADuCxxx Family)
(pdf, 227 kB)
- AN-1159 Companion Code (zip, 11 kB)
- AN-1111: Options for Minimizing Power Consumption When Using the ADuCM360/ADuCM361 (pdf, 244 kB)
Circuit Note (5)
- CN-0221: USB-Based Temperature Monitor Using the ADuCM360 Precision Analog Microcontroller and an External Thermocouple (pdf, 366 kB)
- CN-0270: Complete 4 mA to 20 mA HART Solution (pdf, 274 kB)
- CN-0300: Complete Closed-Loop Precision Analog Microcontroller Thermocouple Measurement System with 4 mA to 20 mA Output (pdf, 411 kB)
- CN0278: Complete 4 mA to 20 mA HART Solution with Additional Voltage Output Capability (pdf, 442 kB)
- Complete 4 mA to 20 mA Loop Powered Field Instrument with HART Interface (pdf, 259 kB)
Code Examples (1)
- ADuCM360/361 code examples and function libraries (zip, 1143 kB)
Data Sheets (3)
- AD5421: 16-Bit, Serial Input, Loop-Powered, 4 mA to 20 mA DAC Data Sheet (Rev F, 01/2013) (pdf, 3039 kB)
- AD5700/AD5700-1: Low Power HART Modem Data Sheet (Rev D, 05/2013) (pdf, 490 kB)
- ADuCM360/ADuCM361: Low Power, Precision Analog Microcontroller with Dual Sigma-Delta ADCs, ARM Cortex-M3 Data Sheet (Rev A, 11/2012) (pdf, 418 kB)
Design & Integration Files (1)
-
CN0267 Design & Integration Files
(zip, 936 kB)
- Schematic
- Bill of Materials
- Gerber Files
- PADS Files
- Assembly Drawing
Design Tool (1)
- ADuCM360/ADuCM361 Digital Filter Response Model (xls, 509 kB)
Device Drivers (2)
Documentation (5)
- Development Tools
- UG-250: Evaluation Board for 16-Bit, Serial Input, Loop-Powered 4 mA to 20 mA DAC (pdf, 540 kB)
- UG-367: Using the ADuCM360/ADuCM361 Low Power, Precision Analog Microcontroller with Dual Sigma-Delta ADCs, ARM Cortex-M3 (pdf, 1642 kB)
- UG-382: Evaluation Board for FSK AD5700/AD5700-1 HART Modem (pdf, 272 kB)
- UG-457: ADuCM360 Development Systems Getting Started Tutorial (pdf, 995 kB)
FPGA HDL (2)
Overview (1)
- Programmable Current and Voltage Output Drivers (pdf, 1369 kB)
Software Configurable Products (1)
Solutions Bulletins (4)
- Digital to Analog Converters ICs Solutions Bulletin
-
Industrial ICs
Industrial ICs Solutions Bulletin, Volume 10, Issue 8 - Industrial ICs Solutions Bulletin, Volume 10, Issue 8 (pdf, 4250 kB)
- Peak High-speed Performance even at low power. It's why more engineers choose ADI Data Converters.
User Guides (4)
- UG-250: Evaluation Board for 16-Bit, Serial Input, Loop-Powered 4 mA to 20 mA DAC (pdf, 540 kB)
- UG-367: Using the ADuCM360/ADuCM361 Low Power, Precision Analog Microcontroller with Dual Sigma-Delta ADCs, ARM Cortex-M3 (pdf, 1642 kB)
- UG-382: Evaluation Board for FSK AD5700/AD5700-1 HART Modem (pdf, 272 kB)
- UG-457: ADuCM360 Development Systems Getting Started Tutorial (pdf, 995 kB)
Utilities and Conversions (1)
-
Sigma-Delta ADC Tutorial
An interactive illustration showing the behavior of an idealized sigma-delta A/D converter.
Videos (4)
- ADI Elves Software Tool and the ADuCM360 Microcontroller Getting Started Video
-
AD5421: 16-bit 4mA to 20mA DAC
The AD5421 is a loop powered 16-bit 4mA to 20mA digital to analog converter (DAC) and features integrated precision converters and smart power management circuitry. The AD5421 is the industry's lowest power 4mA to 20mA DAC. -
Demo circuit for 4- 20-mA HART Enabled Field Instruments
Field instrument demonstration circuit for a loop powered HART® enabled smart transmitter. A complete low power, high precision signal chain solution with minimum area overhead, tested and verified as part of ADI’s Circuits from the Lab™ initiative. -
Loop-Powered Field Instrument Circuit with HART Interface
Save time in designing loop powered field instruments with Analog Devices’ demo circuit. It features low power, high performance components – ADuCM360 precision analog microcontroller, AD5421 16-bit 4-20mA loop-powered DAC and AD5700 FSK HART modem.
Analog Dialogue (1)
-
Quad 16-Bit Voltage-/Current-Output DACs Save Space, Cost, and Power in Multichannel PLCs
(Analog Dialogue, Volume 44 – July 2010)
