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Electronics for Beginners. Russian edition book
Make: Electronics. English edition book
Make: Elektronik. German edition book
L'électronique en pratique. French edition book
Make: Electronica. Spanish edition book
Eletrônica para Makers. Portuguese edition book
Elektronika. Od praktyki do teorii. Polish edition book

Make: 
Electronics

A fantastic book

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Make: Electronics is a wonderful book by English writer Charles Platt that gives an absolute beginner in electronics the opportunity to dive into the fascinating world of resistors, transistors, and electricity.

Make: Electronics is built on the principle of "learning through discovery": you learn electronics and electricity through practical experiments, literally getting a taste of electricity, while the experiments are designed to be safe for beginners. Make: Electronics is written for complete beginners: everything is explained clearly, and no prior experience in electronics is required.

I really enjoyed reading this book, learning the basics of electronics, carrying out the experiments, and assembling complete devices from individual components. Electronics became my hobby after that, and I became much more interested in the field. I sincerely recommend this wonderful book.

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What is needed for this?​
First - buy the book.

First of all, you need the book itself. Look for it in local bookstores or get an electronic edition; it is easy to find online. I read the e-book because I couldn’t quickly buy a print copy. The book has three editions. I read the second edition, and the component lists for the experiments below are based on it.

Below are some links where you can purchase Make: Electronics in electronic or print form:

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Second - buy components.

In order to plunge into research with the book, you will need tools and electronic components. All needed components are relatively cheap and affordable, and most likely, you will find the majority of what you need in a large specialized electronics store.

Another, simpler option, especially for a beginner, is to buy a ready-made component kit assembled specifically for this book. For example, Chaney Electronics used to sell such kits. However, they are fairly expensive, and the company is located in the USA. I live in Europe, where shipping may be unavailable or can almost double the price of an already expensive kit.

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As a result, I decided to assemble and buy the necessary components myself.

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This was not an easy task for me, I ran into some difficulties in selecting the required components:

  • I needed to buy everything in advance because ordering components as you progress through the book is inefficient and adds extra time and shipping costs.

  • Because I am a beginner in electronics, as are most readers this book is intended for, the list of required components initially looked intimidating (18 different resistors, 16 different capacitors, and almost a hundred different items for the first 25 experiments).

  • Some components were simply unavailable in local stores, or the available versions differed from those specified in the book, and at the time I could not tell whether a different version of a DPDT switch would work for the experiment.

  • Some inexpensive components, costing only 1-2 USD, would have had to be ordered from different online stores, which would be inconvenient and uneconomical because of the shipping costs.

  • Almost all components, with the exception of wires, were 2-2.5 times more expensive in local stores than the same items on AliExpress. Buying components on AliExpress is a practical option, where you can find practically everything, but the main drawback is delivery time, which can range from 10 to 30 days.

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I decided to pay more and place an order with the local store GME.CZ because I was eager to start reading the book and doing the experiments. I found about 70% of what I needed at GME.CZ and ordered the rest from AliExpress.

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As it turned out later:

  • Some of the components, although technically compatible, were inconvenient to work with. The important thing was that I could complete the experiments and continue reading.

  • Some additional equipment and accessories could have made circuit assembly significantly easier, even though the book described some of them as optional or did not mention them at all.​

How many experiments are there?

There are 34 experiments in the book.

If you buy pre-assembled sets of components, then all of them cover the needs of only the first 25 experiments. It makes sense as from the 26th experiment, specific components are required (a permanent magnet in the form of a cylinder, a huge amount of wire, etc.).

Buying components yourself for fewer than the first 25 experiments does not make much sense, because these experiments are the minimum needed to enjoy the book and learn the basics of electronics. The remaining experiments are up to you.

I would also like to point out that the components you buy, and especially the tools, will definitely be useful around the home even if electronics does not become part of your life (which is very unlikely :) ).

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What is really needed from the list of components?

Below I have compiled a table listing the components and tools you will need for experiments 1-25 from the second edition of Make: Electronics, including the components required for soldering complete devices. Sorry about the small font - the table is very large.

I regularly buy components from AliExpress and sincerely recommend it: local stores rarely offer prices this low, while the quality from trusted sellers is very good. In the links below, I selected sellers I have personally bought from.

The tables below list the components, required quantities, a link to each product, and an alternative link if the main one does not work. In the "Comment" field, I highlight important details for the corresponding item.

The information below is divided into 3 blocks:

  1. Required components and tools, without which you will not be able to perform the experiments in the book. (I also included components for assembling and soldering the security alarm circuit in experiment 18 (without an enclosure), because assembling such a device on a circuit board is a very important skill and the book devotes considerable attention to it.)

  2. Highly recommended components and tools that make circuit assembly easier and more convenient.

  3. Optional tools and materials that are useful to have but are not essential. This section also includes the parts needed to complete the optional security alarm in experiment 18, such as the enclosure, buttons, and connectors.

You can also find the complete component list, required quantities, comments, and purchase links in this Google Docs file.

I really hope that this information will be helpful.

Table 1. Experiments 1-25. Required components and tools (79 items)
  • 47 ohm resistor

  • 100 ohm resistor  

  • 150 ohm resistor  

  • 220 ohm resistor  

  • 330 ohm resistor  

  • 470 ohm resistor  

  • 680 ohm resistor  

  • 1 kOhm resistor  

  • 2.2 kOhm resistor  

  • 4.7 kOhm resistor  

  • 10 kOhm resistor  

  • 47 kOhm resistor  

  • 100 kOhm resistor  

  • 220 kOhm resistor  

  • 330 kOhm resistor  

  • 470 kOhm resistor  

  • 1 MOhm resistor  

  • Variable resistor (potentiometer) 1 kOhm

  • Variable resistor (potentiometer) 20 or 25 kOhm

  • Variable resistor (potentiometer) 100 kOhm

  • Variable resistor (potentiometer) 500 kOhm

  • Ceramic capacitor 10 nF (0.01 μF)

  • Ceramic capacitor 22 nF (0.022 μF)

  • Ceramic capacitor 47 nF (0.047 μF)

  • Ceramic capacitor 100 nF (0.1 μF)

  • Ceramic capacitor 330 nF (0.33 μF)

  • Ceramic capacitor 1 uF

  • Electrolytic capacitor 3.3 uF

  • Electrolytic capacitor 10 uF

  • Electrolytic capacitor 15 uF

  • Electrolytic capacitor 22 uF

  • Electrolytic capacitor 33 uF

  • Electrolytic capacitor 68 uF

  • Electrolytic capacitor 100 uF

  • Electrolytic capacitor 220 uF

  • Electrolytic capacitor 1000 uF

  • Rectifier diode 1N4007

  • Signal diode 1N4148

  • Push button 2 contacts for board

  • 3A automotive fuse

  • 5mm red LED

  • 5mm yellow LED

  • 5mm green LED

  • 3mm low-current LED (any color)

  • 7-segment indicator

  • Bipolar transistor 2N2222

  • 5cm speaker, 8 ohm impedance

  • 9V DPDT relay

  • Toggle switch SPDT

  • Toggle switch for PCB, 3 pins

  • Connecting wires with crocodiles (alligators)

  • LM7805 voltage regulator

  • Zinc galvanized staples or bolts + copper coins

  • Breadboard 830

  • 9V battery

  • Connector clip for 9V battery

  • 1.5V AA alkaline battery

  • 1xAA 1.5V battery holder

  • CD4026 IC, driver for 7-segment indicator

  • 555 timer IC

  • 8-pin IC socket (555 timer)

  • 74HC00 logic IC

  • 74HC08 logic IC

  • 74HC32 logic IC

  • 74HC02 logic IC

  • 74HC27 logic IC

  • 74HC393 logic IC

  • MC-38 magnetic sensor

  • Perforated board

  • Perforated board matching the breadboard size

  • Single-core wire 22 AWG, 3 different colors

  • Multicore wire 22 AWG, preferably a fourth color

  • Heat shrink tubes

  • Multimeter

  • Soldering iron (15-30W)

  • Soldering iron cleaning sponge

  • Soldering wire

  • Side cutters

  • Small pliers

Table 2. Experiments 1-25. Highly recommended components and tools in addition to Table 1 (7 items)
  • AC-DC multi-voltage power adapter (at least 9V)

  • 2.1mm power plug and jack, male and female

  • Antistatic tweezers

  • Male-to-male jumper wires

  • U-shaped jumpers for solderless breadboard

  • Soldering helping hand (third hand)

  • Copper crocodile (alligator) clamps

Table 3. Experiments 1-25. Optional but useful components and tools in addition to Tables 1 and 2 (14 items)
  • Banana plug/socket connectors for the alarm body frame

  • Push-button switch, 2 pins

  • White copper wire 2-pin

  • MC-38 wired magnetic sensor

  • DC power socket, female, 2.1mm

  • Alarm body frame

  • Set of bolts

  • Nylon lock nuts

  • Drill bit set 3-10mm

  • Awl

  • Zip-lock plastic bags

  • White adhesive label sticker

  • Plastic box organizer

  • Male-to-female jumper wire​

Support Tinker Vault
Some links are affiliate links (Amazon.com, Amazon.de, AliExpress). Every product is bought and tested independently - your support (with no extra cost for you) keeps this project going. Thank you!

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