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Intro to Electronics

This section is primarily for new players, so if you already know about the basics of electricity, SWCH, WIFI, and INST, you can skip ahead to the next section.

Basics of Electricity in TPT

How SPRK Works

SPRK, found in the electronics menu, is the basis of all electronics in TPT. SPRK is an indestructible solid that cannot be placed, but it can be "drawn" on to metals and conductive elements. When a conductive element is sparked, it is replaced with SPRK and the ctype of the SPRK is set to that element. The life of the SPRK is set to 4 and when it reaches 0, the SPRK will replace itself with its ctype. SPRK will also transfer itself to any conductive elements within 2 pixels.

This allows SPRK to move along conductive elements, which include all metals, WATR and SLTW, MERC, and QRTZ (when under pressure). As seen below, different conductors (METL, GOLD, WATR, and SLTW) conduct at different speeds.

Basic Conductors

The most basic conductors are METL, PSCN, and NSCN, which are found in the electronics menu. These are what you will use most of the time to transfer electricity. METL conducts to both PSCN and NSCN, and both PSCN and NSCN conduct to metal, as demonstrated below.

However, things get a bit complicated. While PSCN conducts to both METL and NSCN, NSCN cannot conduct to PSCN.

This behavior can be used to make a diode, which allows electricity to flow only one way.

Using BTRY

BTRY is an element that can be used to constantly spark any conductor. Simply place one pixel of it and it will work.

Using INSL

One of the more useful electronic elements is INSL, which completely blocks heat and electricity. This can be used to prevent SPRK from jumping over a 1-pixel gap.

Using SWCH to Control Electronics

SWCH is an element that is used to control the flow of electricity by turning it on and off. SWCH is turned on and off by PSCN and NSCN, like many other powered elements you will learn about later, and conducts to and from METL.

Using WIFI to transfer electricity

Using INST

Basic ARAY Usage

ARAY Basics

Useful ARAY Tricks

Using PTCT and NTCT To Make Logic Gates

PTCT/NTCT Basics

Logic Gates

Useful Electronic Devices

Making a Shift Register

Making a Ring Counter

Making a Binary Counter

Making Read-Only Memory

Using Powered Elements

Using CRAY and PSTN

Advanced ARAY Usage

INWR Readers

Advanced Read-Only Memory

Using DRAY