7.2 Plan an Determine 5S application and observation of required Lecture/ Written/Oral 2 hours approach for timeframe Discussion examination component Identify work safety requirements and economy of Individualized Practical testing materials with durability Learning demonstration Evaluate various testing methods Direct Student Identify types of electronic components Laboratory Practice proper use of VOM/DMM Experience Observe OH&S principles Identify testing methods 7.3 Test Read Lecture/ Written/Oral 8 hours components Materials, and equipment uses and Discussion examination specifications Individualized Practical Proper care and use of tools Learning demonstration Identify types of electronic components Direct Student Passive components Laboratory Active components Experience Dynamic components Hybrid components Determine testing methods automated debugging inspection platform testing prototyping Measure capacitance and resistance using VOM/ DMM Determine testing procedures for electronics components Apply proper use of testing instruments 7.4 Evaluate the Determine testing process and records system Film Viewing Demonstration 4 hours testing process Analyze different systems and processes Individualized and Questioning Analyzing simple circuit using ohms and power law Learning Assessment of Analyzing series/ parallel circuits using ohms and Direct Student Output Product power law Laboratory Analyzing series/ parallel capacitances Experience analyzing series parallel inductors On the Job analyzing rectifier circuits Training analyzing amplifier circuit Project Method
7.2 Plan an approach for component testing Determine 5S application and observation of required timeframe Identify work safety requirements and economy of materials with durability Evaluate various testing methods Identify types of electronic components Practice proper use of VOM/DMM Observe OH&S principles Identify testing methods Lecture/ Discussion Individualized Learning Direct Student Laboratory Experience Written/Oral examination Practical demonstration 2 hours 7.3 Test components Read Materials, and equipment uses and specifications Proper care and use of tools Identify types of electronic components Passive components Active components Dynamic components Hybrid components Determine testing methods automated debugging inspection platform testing prototyping Measure capacitance and resistance using VOM/ DMM Determine testing procedures for electronics components Apply proper use of testing instruments Lecture/ Discussion Individualized Learning Direct Student Laboratory Experience Written/Oral examination Practical demonstration 8 hours 7.4 Evaluate the testing process Determine testing process and records system Analyze different systems and processes Analyzing simple circuit using ohms and power law Analyzing series/ parallel circuits using ohms and power law Analyzing series/ parallel capacitances analyzing series parallel inductors analyzing rectifier circuits analyzing amplifier circuit Film Viewing Individualized Learning Direct Student Laboratory Experience On the Job Training Project Method Demonstration and Questioning Assessment of Output Product 4 hours
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