Seeed Studio 4-Channel 16-Bit Analog-to-Digital Converter(ADC) Based on ADS1115 with Analog Grove Connector for Raspberry Pi Same Size as Pi Zero

Seeed Studio 4-Channel 16-Bit Analog-to-Digital Converter(ADC) Based on ADS1115 with Analog Grove Connector for Raspberry Pi Same Size as Pi Zero

$ 17.95

Score By Feature

Based on 6 ratings

Delivery

9.46

Giftable

9.30

Packaging

9.71

Customer service

9.54

OveReview Final Score

How Our Score Is Calculated

Product Description

For Raspberry Pi, an analog-to-digital converter (ADC) is a standard accessory.

Based on Texas Instruments' ADS1115, a precision, low-power, 16-bit ADC chip, this 4-channel ADC is based on precision, low-power, 16-bit ADC.

In order to make this ADC suitable for Raspberry Pi Zero users, we made it into a compact Raspberry Pi Zero form factor that includes an analog Grove connector, which will enable users to interface with analog Grove modules.

Questions & Answers

How does this work? Can I find instructions here?

It is possible to find instructions in the wiki.

Would my 3 come in handy for my purpose. Would a 5" touch screen look good on top of this?

It is true. You can use the Adafruit driver to set up the project.

Selected User Reviews For Seeed Studio 4-Channel 16-Bit Analog-to-Digital Converter(ADC) Based on ADS1115 with Analog Grove Connector for Raspberry Pi Same Size as Pi Zero

The A/D line is overvoltaged and the boot will not begin

4/5

Despite finding one nagging issue on the scorecard for this little A/D board, the board still looks pretty good. In addition, the Raspberry Pi will not boot when a signal is applied to any A/D input. You can remove the voltage and everything will boot. Upon returning to the University Once the voltage is applied after booting, everything works perfectly. The system appeared to work in one setting and not in another, which took some time to figure out. This is the lesson to be learned from this Voltage is applied to the inputs before the R- junction if the item being measured applies voltage You might be having a problem if you are running Pi/AD together.

Kira Hunt

| Mar 16, 2021

I like it a lot! Those are good points! I chose this ADC board since it is based on the TI ADS1115 ADC and it still provides access to It's easy to get it to work with ads1x15's library, only a few lines of Python code are required

5/5

My sole issue with changing the board address is that you have to use a soldering iron. Using more than one I2C module is not an issue (if you are not using more than one).