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DAC breakout with 4 outputs MCP4728 (made by e-radionica)

Name DAC breakout with 4 outputs MCP4728 (made by e-radionica)
Price
€7.94
(for 1 pc)
SKU100081

Availability: In stock

DAC, shortened from Digital to Analog Converter, is a digital device that provides an analog output voltage. Otherwise, most microcontrollers have PWM outputs, therefore outputs that simulate the analog voltage (in fact, it's just a fast signal change), while the DAC device really provides an analog voltage at its output. The DAC is most commonly used in sound-generating audio, but it can be used in a blanket application where a stable, accurate and accurate voltage is required.


 


The MCP4728 on this breakout has the option of an output voltage from 0V (GND) to power supply voltage (up to 5.5V). It is a 12-bit device, which means that the output voltage can be divided into 4096 steps. A connection is really simple via I2C communication. The device has 4 outputs that can be independently controlled.


 


Voltage: 2.7V - 5.5V
Output voltage resolution: 12bit
• Number of outputs: 4 outputs
Communication: I2C
• EEPROM memory for saving parameters of output voltage permanently
• Low consumption
• Output rail-to-rail
• Comes with 10-pin male header

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TUTORIALS

LINKS
Description

DAC, shortened from Digital to Analog Converter, is a digital device that provides an analog output voltage. Otherwise, most microcontrollers have PWM outputs, therefore outputs that simulate the analog voltage (in fact, it's just a fast signal change), while the DAC device really provides an analog voltage at its output. The DAC is most commonly used in sound-generating audio, but it can be used in a blanket application where a stable, accurate and accurate voltage is required.

 

The MCP4728 on this breakout has the option of an output voltage from 0V (GND) to power supply voltage (up to 5.5V). It is a 12-bit device, which means that the output voltage can be divided into 4096 steps. A connection is really simple via I2C communication. The device has 4 outputs that can be independently controlled.

 

Voltage: 2.7V - 5.5V
Output voltage resolution: 12bit
• Number of outputs: 4 outputs
Communication: I2C
• EEPROM memory for saving parameters of output voltage permanently
• Low consumption
• Output rail-to-rail
• Comes with 10-pin male header

QUANTITY DISCOUNT
30
Available in stock
SHIPPING & RETURNS

We ship internationally via Croatian Post or GLS express service for Europe. GLS express will deliver your package within few workdays(depends on location) and provide you tracking number. Croatian Post shipping is without tracking and might take up to 14 workdays to deliver for Europe and up to 30 workdays to deliver for rest of the world(but usually delivers under 3 weeks).

Returns are accepted in 14 workdays after purchase as long as the product is in original undamaged packaging.

Description

Details

DAC, shortened from Digital to Analog Converter, is a digital device that provides an analog output voltage. Otherwise, most microcontrollers have PWM outputs, therefore outputs that simulate the analog voltage (in fact, it's just a fast signal change), while the DAC device really provides an analog voltage at its output. The DAC is most commonly used in sound-generating audio, but it can be used in a blanket application where a stable, accurate and accurate voltage is required.

 

The MCP4728 on this breakout has the option of an output voltage from 0V (GND) to power supply voltage (up to 5.5V). It is a 12-bit device, which means that the output voltage can be divided into 4096 steps. A connection is really simple via I2C communication. The device has 4 outputs that can be independently controlled.

 

Voltage: 2.7V - 5.5V
Output voltage resolution: 12bit
• Number of outputs: 4 outputs
Communication: I2C
• EEPROM memory for saving parameters of output voltage permanently
• Low consumption
• Output rail-to-rail
• Comes with 10-pin male header

Additional Information

Additional Information

quantity for 1 pc
Project1 Datasheet
project-link1 https://e-radionica.com/productdata/MCP4728.pdf
Project2 No
project-link2 No
Project3 No
project-link3 No
Tutorial1 No
tutorial_link1 No
Tutorial2 No
tutorial_link2 No
Tutorial3 No
tutorial_link3 No