Screw Terminal Block Breakout Module Board for ESP32-DevKitC

Screw Terminal Block Breakout Module Board for ESP32-DevKitC

$ 22.00

Score By Feature

Based on 19 ratings

Customer service

9.66

Value for money

10.00

Delivery

9.66

Satisfaction

9.54

OveReview Final Score

How Our Score Is Calculated

Product Description

It is possible to extend your ESP32-DevKitC projects to industrial control applications using the breakout board.

There are five pitches on the PCB mount Terminal Block. 0mm/0, no changes. Measures 197" in length, strips have a width of 7mm, and screws have a size of It is made of steel with Cr3+ Zn plating. There is a brass pin header and cage. There are 28AWG wires x 12AWG wires / 2 wires in this range. An area of 5mm square will do.

The PCBs are made from fiber glass with copper layers on both sides.

There is no ESP32-DevKitC module included with this item. Although this board supports ESPRESSIF official ESP32-DevKitC, we do not guarantee that any third-party modules will work with it. For more information, please see the official website of ESPRESSIF before placing your order.

A 3D CAD model (pdf) can be viewed at http//m. The media-amazon channel. Image https//images.com/I/A1GHiVSAGDL. Download the PDF

Questions & Answers

How do you connect the breakout board to an ESP32? You have to solder headers in the breakout board to the ESP32. ?

A female header is attached to the breakout board. When the esp32 already has female headers soldered on, you can simply mount it on the breakout board. If the esp32 does not have female headers, you will have

Selected User Reviews For Screw Terminal Block Breakout Module Board for ESP32-DevKitC

ESP32 breadboards are an excellent alternative to breadboards

5/5

It is difficult to connect Esp32 to the pins on my breadboard, because the width of the Esp32 is larger than the middle portion of the breadboard. I can connect the pins with screws to the screws As well as using this board with the esp32S, I was able to hack it. There is a thin gap between the width of ESP32s and the size of the socket for placing the chip. As I had to give up the 5V and CLK pins since the ESP32s had two less pins than the socket, I added riser pin headers to the ESP32s. My aim was to make them fit this board with just the riser pin headers. The program works great on the whole.

Julio Luna

| Sep 04, 2020

I love that you can mess with your circuitry so easily! Wires can now be directly connected to ESP32 pins, making life much easier for those of us who are connecting wires directly to them

5/5

easy to swap, jump, etc. It does add a footprint to your project, but I actively leave it in my final product since if troubleshooting or maintenance is ever necessary, it won't be necessary to go down to the board level (where appropriate).

Amina Holland

| Mar 04, 2021

You can extend the capabilities of the ESP32 with this project! If you'd like to make the most of your ESP32 projects, this board is perfect

5/5

In a light industrial application, the screw terminals can work well for a robust connection.

Tomas Caldwell

| Mar 06, 2021

This is an easy tool that can be used Connects easily with other modules thanks to its ease of use

5/5

Ares Glover

| Nov 20, 2020

In other words, it served its purpose for which it was intended! The complaints have been ignored

5/5

In the end, I can say it was well worth the cost of integration into my electronics.

Brady Cervantes

| Jan 15, 2021

It has 36 pins, and is called the ESP32

5/5

Using the screws makes it very easy to install and secure. Item of very good quality.

Karter GRIFFITHS

| Jul 12, 2021