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Tile universal

Tile is versatile - any design starts with a prototype. The PCB design of the new device is a difficult and often difficult process, and its implementation is most often associated with great costs. However, there is an alternative: if you want to quickly and easily check the operation of the electronic equipment with the aid of Those tiles is universal. Choosing the right tiles depends on what electronic components you are using in your system and what is its degree of difficulty.

E-Board - why use tile prototypes?

Board electronic - the easiest database fields for solderingis used on ceramic tile, universal, 100 mils, which corresponds exactly to 2.54 mm. The distance between centers of mounting holes, which often have electronic components in the housings through hole (THT) resistors, capacitors, connectors goldpin, chips in packages of SIP and DIP, lots of displays, transistors, LEDs, etc. Some tiles have field SMD rastrach about corresponding the most popular opaque case of SMD components. In this category you will find the PCB for the manufacture of linings like the Raspberry Pi Hat. For exceptional projects, has created a unique, round pytka conceptual PA07!

The construction of universal tile

Most commonly used two types of pathscorresponding to graphic plates in plates contact: short track, spanning several sites and long, running along the edge of the plate containing a few dozen sites. The first, in short, are used for making connections (nodes) between the individual pins of the electronic elements of the system. Long tracks are ideal for use as a bus power – supply and voltage. In the case of large tiles, there are several universal rails – you can combine them together to increase the number of contacts in the network (e.g., mass) or use separately for different supply voltages (e.g., symmetrical, +/- 5V for analog circuits).

What can and cannot be built on a universal Board?

Simply put, the printed circuit Board suitable for the soldering of all common electronic systems operating at low voltages and economy class in Xian frequencies. It should be borne in mind that due to the relatively small gaps between tracks, universal boards are not suitable for use with voltages of the order of several tens or more volts, in turn width ways reduce the possibility of transmitting large currents.