Telecommunication Math Skills

Overview

Telecommunications Math Skills is a course designed to provide participants with solid telecommunications math skills necessary for electronics and electricity. Topics covered in the course include the Basics of DC Circuits, Basic Algebra, Network Analysis, Series AC Circuits, Parallel AC Circuits, Ohm's Laws, Computer Number Systems and Series & Parallel DC Circuits.

Objectives

After participating in the program, participants will be able to:

• Compute power, voltage and current gain in electrical networks
• Find the total impedance of an AC network and reduce it to an equivalent series circuit
• Find the total current and impedance of an RLC parallel circuit
• Apply Ohm's law to AC circuits
• Describe and apply the law of sine and the law of cosines
• Determine the phase angle of an AC wave
• Find currents and voltages in a circuit using the three theorems
• Describe Kirchhoff's law for current and voltage
• Solve unknown electrical values in series and parallel circuits
• Analyze and find total resistance for series and parallel circuits
• Discuss series-aiding and series-opposing voltages

Format

Telecommunications Math Skills is a 30 hour program, offered in multiple sessions based on the needs of the client. The course is conducted in an interactive, learner-centered style of facilitation.

Special Features

• In-Class Problem Solving Practice
• Interactive course delivery
• Easy to follow courseware

Benefits

• Participants gain telecommunications math skills and knowledge to prepare them for electronics and electricity courses.
• Participants gain hands-on practice with calculator functions designed to enhance problem solving techniques associated with telecommunications, electronics and electricity.