Skip to product information
1 of 9

Mikroelektronika d.o.o.

DAC 14 Click Board™

DAC 14 Click Board™

SKU: MIKROE-5525

Regular price
€36,95 EUR exc tax
Regular price Sale price
€36,95 EUR exc tax
Sale Sold out
Shipping calculated at checkout.
If no stock shown above, check availability
View full details

Key Features

Programmable outputs, flexible configuration, comparator mode for all channels, Hi-Z power-down mode, multifunction GPIO, selectable interface, and more
Based on the DAC53202 - 10-bit dual-channel buffered digital-to-analogue converter from Texas Instruments
Can be used for communications equipment, enterprise servers, test and measurement, and general-purpose power-supply modules
mikroBUS: I2C and SPI Interfaces

Overview

Experience high-precision digital-to-analogue conversion with the DAC 14 Click Board™. Equipped with the powerful DAC53202 - a 10-bit dual-channel programmable voltage/current-output DAC from Texas Instruments - this compact board offers unparalleled performance for your electronics.

With fast I2C and SPI serial interfaces and a Hi-Z Power-Down mode, the DAC 14 is perfect for use in communications equipment, enterprise servers, test and measurement, and general-purpose power-supply modules. And, with a programmable comparator mode and general-purpose I/O pin, this smart DAC is ideal for processor-less applications.

Streamline your software development with the mikroSDK-compliant library included with the DAC 14 Click Board™. This library provides functions that simplify the coding process, so you can focus on creating the best possible product. And, with full testing and compatibility with the mikroBUS™ socket, you'll have a fully functioning product right out of the box. Upgrade to the DAC 14 Click Board™ today and achieve exceptional performance!

Overview
CategoryDAC
ApplicationsCan be used for communications equipment, enterprise servers, test and measurement, and general-purpose power-supply modules
Key components
On-board modulesDAC53202 - 10-bit dual-channel buffered digital-to-analog converter from Texas Instruments
Features
Key featuresProgrammable outputs, flexible configuration, comparator mode for all channels, Hi-Z power-down mode, multifunction GPIO, selectable interface, and more
Interfaces
InterfaceI2C, SPI
CompatibilitymikroBUS™
Electrical
Input voltage3.3V or 5V
Physical
Click board sizeL (57.15 x 25.4 mm)
Compliance
Country of originSerbia
RoHSCompliant
Ordering information
Part number (SKU)MIKROE-5525
ManufacturerMikroelektronika d.o.o.
EAN8606027385766
Warranty12 months
Shipping weight0.02 kg
  • 1 × DAC 14 Click Board™

Contact us to confirm the full contents of the box.

Engineer Q&A

Questions and Answers

3 questions
  • What Is the DAC 14 Click Board™?

    The DAC 14 Click is a Click Board™ based on the DAC53202, a 10-bit dual-channel buffered digital-to-analog converter from Texas Instruments. It can operate in voltage or current output mode, with multiple programmable output ranges.

    Answered by John LeggUpdated 11 Oct 2026
  • What Is the Bit Resolution of the DAC 14 Click Board™?

    The DAC 14 Click Board™ has a 10-bit resolution.

    Answered by John LeggUpdated 11 Oct 2026
  • How Does DAC 14 Click Board™ Work>?

    The DAC 14 Click Board™ is based on the DAC53202, a 10-bit dual-channel buffered digital-to-analogue converter from Texas Instruments.

    Each DAC channel can be configured as voltage or current output, with multiple programmable output ranges. The DAC53202 supports Hi-Z Power-Down mode and an independent comparator mode for each channel. It suits voltage margining, scaling and waveform generation.

    The Click board supports I2C (up to 1MHz) and SPI (up to 50MHz). It works with 3.3V or 5V logic levels and comes with a library and example code.

    Answered by John LeggUpdated 11 Oct 2026

Can't find your answer? Ask our engineers.

Ask a Question

Ask Our Engineers About This Product

Your question goes to the Debug Store technical team. We answer by email, and useful questions may be added to this page without your name or email address.

We reply within 24 hours.