Category Archives: Digital Electronics

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Method Statement For Installation Testing and Commissioning Of MATV Distribution System

This electrical method statement covers the installation, testing and commissioning procedure for the master antenna or MATV Distribution system. All the materials will be as approval from the consultant engineer and installation & routing will be as per the shop drawings approvals for MATV system. Minimum tools and  equipment’s for the installation and testing of… Read More »

Binary, Hexadecimal, Octal, and BCD Numbers

After reading this article, you shall be able to: Convert between binary and decimal numbers. Convert between decimal and binary fractions. Convert between binary and hexadecimal numbers. Convert between decimal and hexadecimal numbers. Convert between binary and octal numbers. Convert between binary and BCD numbers. The decimal number system is fine for calculations done by… Read More »

Hexadecimal Number System

The one main disadvantage of binary numbers is that the binary string equivalent of a large decimal base-10 number can be quite long. When working with large digital systems, such as computers, it is common to find binary numbers consisting of 8, 16 and even 32 digits which makes it difficult to both read and… Read More »

Numbering System and Digital Logic [Simplified]

There are different numbering systems used in digital electronic circuits and computers. However, the numbering system used in one type of circuit may be different to that of another type of circuit, for example, the memory of a computer would use hexadecimal numbers while the keyboard uses decimal numbers. The different number systems are Decimal… Read More »

Binary Numbers Arithmetic Operators – Two’s Complement [Explained]

Because of its widespread use, we will concentrate on addition and subtraction for Two’s Complement representation. The nice feature with Two’s Complement is that addition and subtraction of Two’s complement numbers works without having to separate the sign bits (the sign of the operands and results is effectively built-into the addition/subtraction calculation). Remember: −2n−1 ≤ Two’s… Read More »