Breadboard Power Supply Kit 5V/3.3V Quickstart Guide

Short Description:

Breadboard Power Supply Kit 3.3Volts your breadboard projects are easily controlled by a selectable voltage to 5 volts, or be able to access. It's like the one that took power through a DC wall wart. DC barrel connector instead of providing a stripped +/- can be attached if desired. This guide Everything you need help to get started with breadboard power supply.

Breadboard Power Supply Kit 5V/3.3V Quickstart Guide

Requirements:
This kit comes as part of a bag, and with the use of a soldering iron to assembly and solder all the parts onto printed circuit boards need to be yourself. You need a few tools to be able to do this. Following is a list of recommended tools and assembly:

Equipment:

• Soldering iron
• Solder
• Wire cutters
• Solder wick (optional - in case of error)
• Multimeter (optional - after a quick test for assembly)

Kit Includes:

• DC barrel connector
• Voltage regulator (LM317 1.5A maximum current)
• 2pcs SPDT slide switch
• 4pcs 0.1 "header pins
• 100uF 25V Capacitor
• 10uF 25V Capacitor
• PTC resettable fuse
• 0.1uF 50V Capacitor
• Resistors 330 ohm 1 / 6W - Orange, Orange, Brown on X2
• 390 ohm 1 / 6W - Orange, white, brown X1,
• 240 ohm resistor 1 / 6W - red, yellow, brown X1,
• Super bright red LED
• Reverse protection diode 1N4004
• Bare PCB

If you are unfamiliar part of the image to identify and use the link below. Both numbers are listed on the bottom of the assembly to correlate with the number of images to help you with. If any part is missing? Drop an email to our customer service team. We'll leave them to you as soon as possible.

Breadboard Power Supply Kit 5V/3.3V Quickstart Guide

How to use it:

Rally

Some soldering experience, beginning with the assembly will be rather straightforward. Welding This is your first time, we recommend taking a look at our welded tutorials.

All part of the header board with the exception of the top (sartaeti side with writing) are welded to. .1 "Header in a breadboard for easy insertion of the PCB is mounted at the bottom. We will assemble kit in order listed above. Note, however, that the parts can be welded technically often in any order, and pick up times, the easiest way at the top (resistors, diodes , lowercase letters, etc.) to start with a small element, then the board for the components (voltage regulator, barrel jack, etc.) are moving on, it is not. there are a huge cause for concern enough working room you choose, regardless of order the whole process is estimated to take 30 minutes, but varies based on the level of your soldering skills to the board a picture for reference.

Breadboard Power Supply Kit 5V/3.3V

Keep in mind two images on the part of the part number of each labeled with the number of matches as well as the instructions below. This is where you can easily figure out what item you need to be welded should be allowed.

1. Keep the DC barrel jack so that its 3 pins line up with those on board.
2. Silk screen that extra white strip on the side of the voltage regulator to align the back of the metal plate. It's on the right side of the PCB image.
3. Solder in a switch in both positions, as long as the orientation of the 3 pins are soldered does not matter.
4. Two pins of two pieces header Break. The shorter side of the hole at the bottom of each board set. If you are confused reference to the first image of this tutorial. Solder the header to imitate the film. They can be plugged into a breadboard pins long side facing you'd downward.
5. Place a large capacitor 100uF its slot. Be careful, as it is polarized, ie, only if it will work to establish the right direction. Stacked Capacitor minus sign sartaeti minus sign.
6. Place the slot slightly smaller 10uF capacitor. Just as we did the last step, make sure it is the right direction with the minus sign.
7. Keep PTC resettable fuse its slot. Orientation does not matter.
8. Place the slot .1uF capacitor. Since it is a ceramic capacitor, the orientation does not matter.
9. There are four spots for the printed circuit board resistors. As you can see each one is labeled with a number. The numbers 330, 390, and 240 of these numbers refer to the amount of each resistor is measured in ohms of resistance. Resistors are color coded to represent the number of different stripes and colors. Two resistors coded "orange orange brown 'slot marked" 330 "in place. Preventing the slot marked '390' 'in orange, white, brown, marked by the place. Last, to prevent the slot marked '240' 'in red, yellow, brown, marked by a space. Orientation does not matter with resistors. To learn more about color coding, refer to the wiki.
10. Keep the slot LED. Orientation matter. Shorter legs with flat edges and flat side have the edge with matching ensures sartaeti.
11. Keep the slot diode. Orientation matter. PCB sartaeti diode with the stripe to match the edge of the stripe.

Using wire cutters and you accidentally snip any additional leads in the wrong place, some soldering, solder wick to get rid of the use of solder, the material, and solder replacement. If you've never done anything like that before, it's already worth it in our welded register to check out this tutorial.

How to use it:

And it is all welded, it's time to plug it into breadboard. VCC and GND pin headers with breadboard power rails up to the line. The other two header pins should fit into the breadboard as shown in the first photo. The only physical support for two additional pins and the PCB is not any electrical connections. If necessary, a reference to the picture below.

Jack left the barrel, you have to select the one you want to switch voltage wall wart to turn it on and connect to other switches are used. The red LED should light up. Be careful, it's brilliant. Double-check with a multimeter to ensure the voltage of each voltage setting breadboard (3.3V or 5V depending on the switch settings) is being applied to.

Breadboard Power Supply Kit 5V/3.3V Quickstart Guide