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Sindre Midjaasegilro
Sindre Midjaas
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MPAE-18733: Updated example for new versions of MPLAB, XC8, DataVisualizer and MCC Melody
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.main-meta/main.json

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"metaDataVersion": "1.0.0",
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"category": "com.microchip.ide.project",
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"content": {
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"metaDataVersion": "1.1.0",
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"metaDataVersion": "1.3.0",
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"name": "com.microchip.mcu8.mplabx.project.avr128db48-getting-started-with-opamp-mplab-mcc",
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"version": "1.0.1",
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"version": "2.0.0",
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"displayName": "Getting Started with Analog Signal Conditioning (OPAMP)",
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"projectName": "avr128db48-getting-started-with-opamp-mplab-mcc",
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"shortDescription": "These MPLAB X MCC examples in Getting Started with Analog Signal Conditioning (OPAMP) (TB3286), show how the OPAMP can be used on the AVR DB family of microcontrollers.The OPAMP peripheral features up to three internal operational amplifiers.",
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"shortDescription": "These MPLAB X MCC examples in Getting Started with Analog Signal Conditioning (OPAMP) (TB3286), show how the OPAMP can be used on the AVR DB family of microcontrollers.The OPAMP peripheral features up to three internal operational amplifiers.",
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"ide": {
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"name": "MPLAB X",
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"semverRange": ">=5.40.0"
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"semverRange": ">=6.20.0"
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},
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"compiler": [
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{
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"name": "XC8",
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"semverRange": "^2.30.0"
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"semverRange": "^2.50.0"
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}
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],
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"dfp": {
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"name": "AVR-Dx_DFP",
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"semverRange": "^2.6.303"
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},
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"configurator": {
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"name": "MCC",
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"semverRange": ">=4.0.0"
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"semverRange": ">=5.5.1"
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"metaDataVersion": "1.0.0",
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"versionRange": "*"
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}
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},
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"author": "Martin Mostad",
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"subcategories": [
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[
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"Peripherals",
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"OPAMP"
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],
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[
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"Peripherals",
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"ADC"
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],
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[
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"Peripherals",
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"DAC"
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],
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[
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"Development Kit",
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"AVR128DB48 Curiosity Nano"
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],
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[
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"Supporting Tools",
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"MPLAB Data Visualizer"
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],
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[
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"Supporting Tools",
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"MPLAB Mindi"
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]
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],
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"peripherals": [
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"OPAMP",
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"ADC",
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"DAC"
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],
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"author": "Microchip",
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"peripherals": ["OPAMP", "DAC", "ADC", "TCB", "RTC", "USART"],
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"keywords": [
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"Analog Signal Conditioning",
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"Getting Started",
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"Digital-to-Analog Converter",
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"Resistor Ladder",
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"Adjustable Gain",
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"Programmable Gain",
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"Operational Amplifier",
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"Op Amp",
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"Simulation",
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"Battery Monitoring",
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"Programmable Gain Amplifier",
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"PGA",
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"Differential Amplifier",
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"Instrumentation Amplifier",
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"Wheatstone Bridge",
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"AVR-DB",
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"AVRDB",
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"getting-started-with-opamp"
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"Data Streamer"
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],
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"additionalData": {
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"longDescription": {

README.md

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# Getting Started with Analog Signal Conditioning (OPAMP)
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The Analog Signal Conditioning (OPAMP) peripheral features up to three internal operational amplifiers (op amps). The op amps can be configured to a multitude of different operations using internal multiplexers and resistor laders
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The Analog Signal Conditioning (OPAMP) peripheral features up to three internal operational amplifiers (op amps). The op amps can be configured to a multitude of different operations using internal multiplexers and resistor ladders.
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The main purpose of op amps is to condition the analog signals before acquisition in a microcontroller or to provide the necessary output drive in control applications
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The main purpose of op amps is to condition the analog signals before acquisition in a microcontroller or to provide the necessary output drive in control applications.
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These examples show the following configurations of the OPAMP peripheral on the AVR DB family of microcontrollers:
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These examples show the following configurations of the OPAMP peripheral on the AVR® DB family of microcontrollers:
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* **Voltage Follower:**
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OP0 is configured as an voltage follower
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OP0 is configured as a voltage follower
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* **Non-Inverting PGA:**
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OP0 is configured as a non-inverting PGA
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* **Differential Amplifier:**
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OP0 and OP1 are combined to create a differential amplifier
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OP0 and OP1 are combined to create a differential amplifier
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* **Instrumentation Amplifier:**
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OP0, OP1 and OP2 are combined to create an instrumentation amplifier
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## Related Documentation
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* [TB3286 - Getting Started with Analog Signal Conditioning (OPAMP)](https://microchip.com/DS90003286)
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* [TB3286 - Getting Started With Analog Signal Conditioning (OPAMP)](https://microchip.com/DS90003286)
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* [AVR128DB48 Device Page](https://www.microchip.com/wwwproducts/en/AVR128DB48)
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* [AVR128DB48 Curiosity Nano User Guide](https://www.microchip.com/DS50003037)
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## Software Used
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* [MPLAB® X IDE](https://www.microchip.com/mplab/mplab-x-ide) 5.40 or later
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* [MPLAB® Code Configurator (MCC)](https://www.microchip.com/mplab/mplab-code-configurator) 4.0.0 or later
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* MPLAB AVR-Dx_DFP version 1.4.75 or later
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* For the Atmel Start version of these projects, please go to [this repository](https://github.com/microchip-pic-avr-examples/avr128db48-getting-started-with-opamp-studio-start)
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* [MPLAB® X IDE](https://www.microchip.com/mplab/mplab-x-ide) v6.20 or later
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* [MPLAB® Code Configurator (MCC)](https://www.microchip.com/mplab/mplab-code-configurator) v5.5.1 or later
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* [MPLAB® XC8](http://www.microchip.com/mplab/compilers) v2.50 or later
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* MPLAB® AVR-Dx_DFP v2.6.303 or later
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* [MPLAB® Data Visualizer Stand alone](https://www.microchip.com/mplab/mplab-data-visualizer) v1.3.1677 or later
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* For the Atmel Start version of these projects, please refer to [this repository](https://github.com/microchip-pic-avr-examples/avr128db48-getting-started-with-opamp-studio-start)
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## Hardware Used
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* [AVR128DB48 Curiosity Nano](https://www.microchip.com/DevelopmentTools/ProductDetails/PartNO/EV35L43A)
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## Setup
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All examples can be completed using the AVR128DB48 Curiosity Nano without any extra components
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All examples can be completed using the AVR128DB48 Curiosity Nano without any extra components.
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## Operation
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* Connect the AVR128DB48 Curiosity Nano to a computer using a USB cable
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* Clone the repository or download the zip to get the source code
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* Open the .X projects with MPLAB
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* Press *Make and Program Device* to run the example
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* To reconfigure the example press *MPLAB® Code Configurator*, reconfigure the project and then press *Generate*
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* Open the `.X` projects with MPLAB
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* Press **Make and Program Device** to run the example
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* To reconfigure the example press **MPLAB® Code Configurator**, reconfigure the project and then press **Generate**
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## Conclusion
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After going through these examples you should have a better understanding of how to configure the the OPAMP peripheral to achieve different modes of operation.
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These examples facilitate a better understanding of how to configure the the OPAMP peripheral to achieve different modes of operation.
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