A simplified solution for study designed for safe benchtop use.
This pack brings together the different aspects of electrical, electronic and digital principles. Students start by understanding circuit theorems to analyse voltage and current electrical circuits with passive components. Then they move onto understanding circuits containing reactive components with series and parallel combinations. Then they construct a number of different types and classes of amplifiers: discrete and based on op amps. Finally, students investigate digital components and simple digital logic circuits. A full colour workbook with teachers’ notes is included.
Pictures are a representation of the product and correct at the time of uploading. Occasionally there may be changes to equipment for supplier or development reasons which may not be reflected. Please check the bill of materials before purchase to confirm the contents that you will receive.
Please contact us to find out the prices in your region for this product.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
Understanding circuits to analyse voltage, reactive components, amplifiers, digital components & logic circuits.
An introduction to individual logic gates, and how they can be constructed from other logic gates.
An introduction to individual logic gates, and how they can be constructed from other logic gates.
Matrix Technology Solutions Ltd, The Factory, 33 Gibbet Street, Halifax, HX1 5BA
Opening Times: Monday – Friday 9:00am – 17:00pm
Telephone: +44 (0) 1422 252 380