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Usb redirector technician edition tutorial pro#

You can try checking the circuit with a multimeter set to measure continuity. Sometimes a wire or cable is bad, causing the circuit to not connect. Make sure the board is not on top of a metal table. If pins are shorting, remove power and check to see if a loose wire is touching something that it should not. Make sure that components are not getting extremely hot to the touch. Shorts in your circuit can cause problems if there is a pin touching something that it is not supposed to.

You can also make an adapter using the SparkFun snappable protoboard or make a custom shield using any of the prototyping boards. The thin wires connected in the female headers are worse due to the tolerance of the socket.įor a more secure connection, it would be better to solder the wires to header pins and add heat shrink. The small wires connected to the breadboard may become loose depending on how it was manufactured and how much wear was applied to the metal strip.

Usb redirector technician edition tutorial pro#

Not Reliable: Fingerprint Scanner Connected to Female Header of Arduino Pro Mini 3.3V

Not Reliable: Lidar Connected to RedBoard and Breadboard Somewhat Reliable: Lidar Connected with Breadboard Any bumps and vibrations applied to the circuit can cause the circuit to lose its connection. The images below show poor electrical connections for prototyping due to the thin wires being inserted into a breadboard and female header sockets. It is best to double-check wired connections just in case a wire was connected incorrectly or is loose.

Is there continuity between the pins, and is the connection secure?Īny loose connections can cause problems because it will cause your circuit to be incomplete.

Is the part or project connecting? Let's clarify what it means to "check your connections." A common method of troubleshooting is to check your hardware connections and power for physical problems. Let's try to find out what may be going on in your circuit! Check Your Connections Don't worry it happens to the best of us, and challenges only help us learn and grow. You even tried to do exactly what the hookup guide and tutorial told you to do! Part of working with electronics and programming is diagnosing the problem and finding a remedy to get the part to function. So you have followed the instructions, and the part or project does not work as expected.

Farther down at the bottom (not shown in this image), you will also notice a section for comments provided by users. These can range from tutorials to technical support tips to projects that the part has been used in under Hackster.io. If you scroll down past the recommended products, "Product Help and Resources" may show up if there is information linked to the product. Let's take a look at the SparkFun FTDI Basic Breakout - 3.3V! The information linked on the product page can range from: Depending on the product, there can be a number of useful links. Besides reading the product description, try checking out a product page's document section for resources. We at SparkFun try our best to provide information about the parts sold in our catalog. Dream big, but start with these small steps. You will want to start by checking out any associated documents. Before we even dive into a project, let's begin with the basics and where to look for information to get started. The above example is a generalization of the questions that we get in support. Also, please leave any animals out of the project! Our technical support department receives some interesting cases. Let's take a giant step back and start simple before going crazy with a project. Oh, and I have not worked with electronics before." "I want to connect 10,080 addressable LEDs attached to a network of wireless modules and controlled by one board attached to a shark.