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Please note: The content is generated by an AI language model based on reviews. We are constantly improving the accuracy, however, its outputs may contain errors or offensive content from certain reviews. Please report any errors or offensive content to us. Also, please note that we will not collect your questions unless you click the thumbs up/down button to provide feedback. The answers displayed will be stored by us so if another Fakespotter asks a similar question we can provide them an answer faster. Your feedback will only help us make Fakespot Chat better! By using Fakespot Chat, you agree to Fakespot's terms of use and privacy notice.

Pros & Cons

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Pros

The jd-vcc jumper can be used to run the logic side at 3. V. Works like they should, easy to hookup. Price is right.

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Highlights

The AI used to provide these results are constantly improving. These results might change.

Quality


3v microcontroller sharing common ground with the 5v supply


An example setup with the photon would be feeding the microcontroller board with a usb power supply and then using the vin pin ...  Read More

Competitiveness


I repeated these tests with in1 and in2 on one particular module and found the behavior to be consistent


The other is that the control inputs in1 and in2 float at around 3

Overview

  • How are reviewers describing this item?
    good, two, quality and fine.
  • Our engine has profiled the reviewer patterns and has determined that there is minimal deception involved.
  • Our engine has discovered that over 80% high quality reviews are present.
  • This product had a total of 139 reviews as of our last analysis date on Aug 28 2022.

Helpful InsightsBETA

The AI used to provide these results are constantly improving. These results might change.

    Posted by a reviewer on Amazon

    Some testing with a variable supply and a multimeter showed the followingwith jdvcc at 5v and the control input grounded the relay would reliably pull in when vcc passed 3


    Posted by a reviewer on Amazon

    This suggests the board would probably work ok pulling the jdvcc jumper and running the logic side at 3


    Posted by a reviewer on Amazon

    With vcc at 5v the control input ran about 2ma


    Posted by a reviewer on Amazon

    The current draw on jdvcc set at 5v it was around 40ma with a relay pulled in vcc at 3


    Posted by a reviewer on Amazon

    I did not test multiple modules

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Please note: The content is generated by an AI language model based on reviews. We are constantly improving the accuracy, however, its outputs may contain errors or offensive content from certain reviews. Please report any errors or offensive content to us. Also, please note that we will not collect your questions unless you click the thumbs up/down button to provide feedback. The answers displayed will be stored by us so if another Fakespotter asks a similar question we can provide them an answer faster. Your feedback will only help us make Fakespot Chat better! By using Fakespot Chat, you agree to Fakespot's terms of use and privacy notice.