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EASA Electrical and Electronic Fundamentals (modules 3 and 4)  LK9672  Transformer Construction and Operation  LK1989


 This comprehensive solution is designed to fulfil the learning requirements of the European Safety Agency   The Transformer construction and operation pack allows students to study not only how transformers work,   MODULE 2.0
 (EASA) module 3 - electrical fundamentals - for aircraft maintenance engineers. The solution contains all the   but also study several different properties of induced magnetism. This kit consists of a plastic base, a laminated
 Locktronics  parts needed as  well as 4  separate workbooks covering each  of  the sub-modules in the EASA   iron core, mounting fixtures, and six coils protected in a heat resistant film. Topics covered include Lenz’ Law,
 MODULE 2.0
 specification.  Faraday’s  Law,  how  iron  cores  increase  magnetic  field  strength,  and  electromagnetic  induction  itself.  This
         versatile piece of equipment can also be used to teach about how transformers used by power companies
         carry  electrical energy.  Extensive  instructions  on how to use  the apparatus  as  a demonstration  as  well as
         inquiry based lessons surrounding electromagnetic induction and transformers are included.                  MODULE 3.0


 MODULE 3.0







                                                                                                                     MODULE 4.0
 MODULE 4.0







                                                                                                                     MODULE 5.0
 MODULE 5.0






 MODULE 8.0







 MODULE 11.0
                                                                                                                     MODULE 11.0
 ANSI version also available LK9672A                                           ANSI version also available LK1989A   MODULE 8.0

 LEARNING OBJECTIVES & EXPERIMENTS:             LEARNING OBJECTIVES & EXPERIMENTS:

 This kit includes all of the learning objectives
 included in LK9339 plus the following:  •  Non-inverting amplifier  •  Power and energy in DC systems
 •  Testing a diode  •  Voltage follower       •  Power in AC systems, power factor,
 •  Diode characteristics  •  Inverting amplifier  losses
 •  Diode clipping  •  Summing amplifier
 •  Diode clamping  •  Differential amplifier  •  Transformer construction
 •  Half-wave rectifier  •  Differentiator     •  Reactive loads
 •  Full-wave (bridge) rectifier  •  Integrator
 •  Voltage multiplier  •  Logic gates
 •  Thyristor  •  AND and OR logic
 •  Zener diode characteristics  •  Fibre optics
 •  Zener diode voltage regulator
 •  Light emitting diodes  •  LVDT principles
 •  Controlling capacitive sensors
 •  Testing transistors  •  Relaxation oscillator
 •  BJT transistor characteristics  •  Motor controller
 •  Transistor as a switch  •  Feedback control system
 •  Transistor as an amplifier
 •  Transformer coupled amplifier  SCAN TO VISIT                                                 SCAN TO VISIT
 •  Stabilised common-emitter amplifier  PRODUCT PAGE                                           PRODUCT PAGE
 •  Two-stage amplifier
 •  Push - pull amplifier
 •  Twin - T oscillator
 •  Ladder oscillator
 •  Astable multivibrator

 •  Operational amplifier principles
 •  Comparator vs Schmitt trigger

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