161 → festo.com/didactic Learning Media > Courseware > Workbooks Diodes and Rectifier Circuits Teaches the fundamentals of diodes and rectifier circuits, including their structure and key characteristics in forward and reverse bias. Covers the operation of half-wave rectifiers and their practical applications. Guides students in applying these concepts by designing a dual-heat, dual-speed hair dryer circuit. The campus license includes the PDF versions of the student manual and instructor guide. Structure: – Exercise 1: Diodes – Exercise 2: Half-wave rectifiers – Exercise 3: Project - Heat and speed settings for a hair dryer – Exercise 4: Full-wave rectifiers – Exercise 5: Ripple reduction – Exercise 6: Zener diodes – Exercise 7: Project - modification of an alarm system Campus license: en 8131442 de 8233375 Course on Festo LX aDiodes and Rectifier Circuits BJT and Basic Circuits Teaches the fundamentals (construction, packages, symbol, basic characteristics, etc.) of the bipolar junction transistor (BJT). Shows how to correctly bias a BJT so that it can operate as a current-control device. Shows how to use a BJT as an electronic switch. Covers the operation of BJT circuits used for voltage and current amplification. The campus license includes the PDF versions of the student manual and instructor guide. Structure: – Exercise 1: The bipolar junction transistor – Exercise 2: BJT operation and characteristics – Exercise 3: Load line and operating point of a BJT circuit – Exercise 4: The BJT switch – Exercise 5: The common-emitter amplifier (concept and DC bias) – Exercise 6: The common-emitter amplifier (AC operation) – Exercise 7: The common-collector amplifier (concept and DC bias) – Exercise 8: The common-collector amplifier (AC operation) – Exercise 9: Project - Microphone audio amplifier – Exercise 10: Troubleshooting Campus license: en 8131442 de 8233375 Course on Festo LX aBJT Fundamentals and Basic Circuits Impedance Teaches the fundamentals of impedance in DC and AC circuits, highlighting the contributions of capacitors and inductors through capacitive and inductive reactance. Covers how resistance, capacitance, and inductance interact to shape circuit behavior. Guides students in applying these concepts by designing a car’s interior LED light control circuit, building skills for analyzing and designing complex electronic systems. The campus license includes the PDF versions of the student manual and instructor guide. Structure: – Exercise 1: Impedance and parallel circuits – Exercise 2: Impedance and series circuits Campus license: en 8131442 de 8233375 Course on Festo LX aImpedance Operational Amplifier Fundamentals Teaches the fundamentals of operational amplifiers (packages, symbol, basic characteristics), including ideal vs non-ideal behaviour and operation with and without feedback. Demonstrates the use of op amps as comparators (with and without hysteresis), inverting/non-inverting amplifiers, and summing amplifiers. Includes a dual-level detector project and introduces systematic troubleshooting techniques for op amp circuits. The campus license includes the PDF versions of the student manual and instructor guide. Structure: – Exercise 1: Fundamentals of operational amplifiers – Exercise 2: The voltage comparator – Exercise 3: The non-inverting voltage amplifier – Exercise 4: The voltage follower – Exercise 5: The inverting voltage amplifier – Exercise 6: The summing amplifier – Exercise 7: Project - Dual-Level detector – Exercise 8: Troubleshooting Campus license: en 8131442 de 8233375 Course on Festo LX aOperational Amplifier Fundamentals
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