XINGYHENG 5Pcs MCP4725 Breakout Module I2C DAC Development Board 2.7V to 5.5V Supply
Details
- BrandXINGYHENG
- Maximum Supply Voltage5.5 Volts
- Minimum Supply Voltage2.7 Volts (DC)
- Mounting TypeDIN Rail
- Number of Pins4
Description
⚡ Elevate your digital signals with precision and power!
- ENERGY SMART MODES - Configurable power-saving mode extends device life without compromising performance.
- VERSATILE IO T READY - Perfect for smart home devices, wireless control, and industrial monitoring—future-proof your innovations.
- PRECISION ANALOG OUTPUT - 12-bit DAC delivers ultra-smooth, high-fidelity analog signals for your next-gen IoT or audio project.
- ROBUST RELIABLE BUILD - Nickel-plated copper conductors ensure long-lasting durability and superior anti-oxidation performance.
- PLUG PLAY I 2 C INTERFACE - Effortlessly connect with Arduino and other microcontrollers via a standardized 2-wire I2C bus.
The XINGYHENG MCP4725 Breakout Module is a compact, single-channel 12-bit DAC with a wide 2.7V to 5.5V power supply range, featuring a durable nickel-plated copper design and an easy-to-use I2C interface. Ideal for professional-grade IoT, audio, and wireless control projects, it offers non-volatile memory storage and configurable power modes to optimize performance and energy efficiency.
Specifications
| Brand | XINGYHENG |
| Maximum Supply Voltage | 5.5 Volts |
| Minimum Supply Voltage | 2.7 Volts (DC) |
| Mounting Type | DIN Rail |
| Number of Pins | 4 |
| Interface Type | I2C |
| Number of Channels | 1 |
| Material | Copper |
| UPC | 700713394907 |
| Manufacturer | XLX |
| Hardware Platform | Arduino |
| Item Weight | 0.634 ounces |
| Package Dimensions | 2.5 x 1.8 x 0.6 inches |
| ASIN | B07ZHZ7PDQ |
| Date First Available | October 23, 2019 |
Reviews
L**A
They work!
All five worked flawlessly. Interfacing with a Teensy and Arduino. Also worked with Adafruit’s multiplexer.
R**E
Works but with major caveats
It works but with two serious issues that will keep me from buying again:1. There is no A0 pin to change the I2C address. This greatly complicates things if you need to write to multiple MCP4725s from a single microprocessor.2. There is no documentation with even the most basic and essential information. Like the I2C DEFAULT ADDRESS. Unbelievable. So you have to run your own experiments to figure out which address to use.100% do not recommend.There is no excuse for a manufacturer to omit critical detail about the product they sell. Users will need to know the default address of this device. Where is that info? Are we suppose to guess, or to morph into detectives in order to get started with this thing? The Adafruit MCP4725 clearly identifies the default address RIGHT ON THE CHIP. Borrow a page from their book and do the same? Grief.
J**E
Great little DAC
I have purchased probably 20 of these and haven't had a problem with any of them
H**3
Inexpensive I2C Analog to Digial Converter
These met my expectation and perhaps a bit more. I was looking for a cheap 12b DAC for micros that didn't have one built in and the 4725 fit the bill. They came with no documentation but the MCP4725 is widely used and documentation easily obtained. When I finally got around to trying it out, Sparkfun's website got me going in about 15min. I was pleased with the 5vpp output. The device only has a single address pin which could be tied high or low for address 0x61 or 0x60, or it could be used as a high or low chip select in case one needed more than two DACs.
Common Questions
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